Enhancing the Viability of NDCs in East Africa: Assessing Progress, Gaps and path to net zero

Author: Nader Khalifa, Researcher, Governance and Economic Policy Centre*, December 2025

Introduction: COP30 as the Implementation Milestone

The COP30 in Belém – Brazil marked a critical milestone, being framed as the “Implementation COP,” arriving a decade after the signing of the Paris Agreement and returning to Brazil over 30 years since the landmark 1992 Earth Summit. The COP concluded with some proclamations on Just Transition Mechanism and adoption of Global Goal on Adaptation (GGA) indicators, and increased focus on nature and finance but little radical actions to tame the climate crisis under 1.5°C target.

Despite the milestones, global implementation remains off-track, with countries collectively failing to reduce emissions and scale resilience at the pace required. The climate crisis is still treated with suspicion, geopolitical jostling and underfunded, highlighting a clear gap between ambition and action. Only small share around 12–15% of European climate finance is accessible to the poorest and most climate-vulnerable African countries, far below their share of climate risk and need (OECD, 2023). In East Arica, analysis of climate adaptation finance shows that approximately 52.7 % of funds committed for adaptation were actually disbursed between 2009 and 2018 (Savvidou et al., 2021).

This paper assesses the state of global progress on Nationally Determined Contributions (NDCs), with a particular focus on East African countries—Kenya, Uganda, Tanzania, and Rwanda. It further compares the level of NDC implementation and financial support needs in these countries against the climate finance commitments and disbursements of selected European nations, evaluating whether NDCs remain viable tools for achieving the Paris Agreement objectives, identifying gaps, and proposes strategic recommendations to strengthen their viability in achieving Paris Agreement goals.

Global NDC Assessment: Are We on Track for Paris Targets?

According to the UNFCCC’s latest NDC Synthesis Report (2023–2024), global emissions remain far above Paris-aligned trajectories. Current NDCs collectively put the world on a 2.4–2.6°C warming path far from the 1.5°C target (UNEP, 2023).

NDC Implementation Gap: Structural Barriers and Evidence of Underperformance

Although East African countries have strengthened their Nationally Determined Contributions (NDCs) since 2015—many increasing mitigations ambition by over 20–30% and expanding adaptation priorities—the region continues to face a widening implementation gap as real-world emission reductions have not followed at the required scale. This gap reflects both systemic constraints and insufficient translation of political commitments into measurable action and raises serious questions about whether NDCs, as currently designed, can deliver the Paris outcomes.

Key Implementation Gaps and Challenges

High dependence on external climate finance

  • Most East African NDCs rely on 70–90% external financing, particularly for adaptation and energy transition.
  • The region collectively requires more than USD 280–300 billion by 2030, yet receives less than 12%–15% of that annually (AfDB, 2023).
  • Adaptation finance alone is underfunded by over USD 2.5 billion per year across the region (GCA, 2023).

Limited progress in translating NDC commitments into sectoral action

  • Updated NDCs include ambitious mitigation targets—such as Kenya’s 32% by 2030, Uganda’s 22%, and Ethiopia’s conditional 68%—yet emissions continue to rise in transport, agriculture, and industry.
  • Only 20–30% of planned mitigation actions are currently being implemented at scale.

Weak MRV systems and institutional capacity

  • More than 70% of East African countries lack fully operational MRV systems across energy, agriculture, and waste sectors.
  • Inadequate data collection and reporting reduce accountability and hinder access to climate finance, which increasingly requires robust tracking frameworks (ICAT, 2022).

Limited domestic integration and mainstreaming

  • NDCs remain insufficiently embedded in national and subnational development plans.
  • Fewer than 40% of sector ministries align annual budgets with NDC priorities, creating fragmentation and slow execution.
  • Local governments—key for adaptation delivery—receive less than 10% of the required climate financing.

Slow and complex climate finance disbursement

  • Global climate funds (e.g., GCF, GEF) take 18–24 months on average from concept to approval.
  • East Africa adaptation finance disbursement ratio (≈52.7 %), considerably below what’s needed and indicating a persistent delivery gap.
  • Private-sector investment remains below USD 4 billion per year, far short of the USD 24–30 billion needed annually.

Limited community participation in planning and delivery

  • NDC implementation often excludes rural and climate-vulnerable communities, despite these groups experiencing more than 70% of climate impacts (floods, droughts, crop failures).
  • This reduces local ownership and increases the risk of maladaptation.

East African NDCs: Ambition, Progress, and Implementation Realities

The second generation of Nationally Determined Contributions (NDCs) in East Africa demonstrates a clear increase in ambition compared to 2015 submissions. However, implementation continues to lag far behind targets due to systemic financing, institutional, and capacity constraints. This section synthesizes the ambition levels, progress indicators, and the underlying structural barriers limiting effective delivery of NDC commitments in Kenya, Tanzania, Uganda, and Rwanda.

Ambition Levels and Emission Reduction Targets

All four East African countries have strengthened their 2030 climate commitments, reflecting enhanced sectoral coverage (Kenya: Energy, agriculture, LULUCF, transport, waste, Tanzania: Energy, transport, forestry, waste, Uganda: Energy, forestry, agriculture, Rwanda: Energy, industry, waste, agriculture) and improved quantification of mitigation and adaptation actions.

These targets indicate rising ambition; however, nearly 80–90% of planned mitigation outcomes remain dependent on external finance, highlighting an imbalance between national ambition and the available resource base.

  • Implementation Status: Progress and Performance

Despite strong stated ambition, real implementation remains uneven and significantly below required trajectories. Key observations include:

Positive Developments

  • Kenya continues to lead the region in renewable energy deployment, with geothermal providing over 40% of total power generation, complemented by utility-scale wind and solar.
  • Rwanda operates one of the most advanced MRV systems in Africa, integrating national inventories, sectoral reporting templates, and verification frameworks.
  • Tanzania and Uganda have made notable progress in adaptation planning, particularly in agriculture, water, and disaster risk management.

However, progress falls short of NDC trajectories due to:

  • Delayed and unpredictable international climate finance disbursement, especially for adaptation.
  • Limited mainstreaming of NDCs, with weak integration into national development plans, sectoral strategies, and district-level programs.
  • Technical gaps in MRV, GHG accounting, emissions modeling, and data management.
  • Insufficient private sector participation due to regulatory uncertainty, weak incentives, and few bankable climate projects.

Overall, implementation progress remains slow, fragmented, and insufficient to place the region on a Paris-aligned trajectory.

Climate Finance Needs, Delivery, and the Widening Gap

East African NDCs require substantial financing for both mitigation and adaptation. Country estimates highlight an urgent mismatch between required and delivered resources:

Evidence of the Finance Gap

  • East Africa receives less than 12% of Africa’s total climate finance inflows (CPI, 2024).
  • Adaptation finance remains below 30% of total flows to the region, despite East Africa being among the world’s most climate-vulnerable regions (Brookings Institution, 2022).
  • GCF projects in East Africa face approval timelines averaging 24–36 months, slowing implementation of urgent projects.
  • National institutions struggle to meet stringent fiduciary and documentation requirements of major climate funds.

Institutional, Governance, and Capacity Constraints

Several deep-rooted challenges hinder NDC implementation:

Institutional Challenges

  • Weak MRV systems in several countries limit tracking, reporting, and verification of progress.
  • Fragmented inter-ministerial coordination, especially between energy, finance, agriculture, and environment ministries.
  • Data deficits in key sectors (LULUCF, agriculture, off-grid energy, transport), affecting GHG inventory accuracy.

Governance and Operational Gaps

  • Limited local government engagement, despite significant adaptation actions being subnational.
  • Low public participation, particularly in rural and climate-vulnerable communities.
  • Few mature, bankable projects, leading to under-utilization of available finance windows.
  • Private sector climate investment remains below 15% of total climate finance in East Africa.

Collectively, these challenges reinforce the structural implementation gap, limiting the region’s ability to translate Paris ambition into real, measurable outcomes.

International Climate Finance Support: European Commitments vs. Delivery

    • Pledges vs. Delivered Finance

European countries — led by Germany, France, the EU, and the UK — collectively pledge significant climate finance to Africa. However, the delivery gap remains substantial:

  • OECD data show that while European donors reported USD 34–36 billion in climate finance annually (2019–2022), the actual disbursements to African LDCs were less than USD 9–11 billion.
  • Only around 12–15% of European climate finance is accessible to the poorest and most climate-vulnerable African countries.
  • Adaptation finance remains critically low: in 2022, EU institutions allocated only 27% of their climate finance to adaptation—far below the 50% target encouraged by COP26 and COP27 decisions.
  • The UNFCCC Standing Committee on Finance confirms a USD 1.2–1.3 trillion cumulative finance gaps for African NDCs by 2030.
  • According to a report by FSD Africa, the average disbursement ratio for climate finance in Africa is 79%, which includes both mitigation and adaptation flows CPI (2022).
  • According to Stockholm Environment Institute (SEI) data, adaptation finance for African countries was disbursed at an average rate of 46%, compared to 56% for mitigation finance.
  • The Landscape of Climate Finance in Africa (2024) report from the Climate Policy Initiative (CPI) estimates that adaptation finance flows to Africa rose from USD 11.8 billion in 2019/20 to USD 13.8 billion in 2021/22.

Misalignment with African Priorities

European finance is still mitigation-heavy, although Africa’s most urgent needs relate to adaptation:

  • More than 65–70% of EU climate finance to Africa goes to mitigation sectors (renewables, energy efficiency).
  • Adaptation sectors such as agriculture, water management, early warning systems, and climate-resilient infrastructure receive less than 30%.
  • UNEP’s Adaptation Gap Report indicates that adaptation finance globally is also constrained, Analyses show that a large majority of adaptation actions identified in African NDCs remain unfunded or underfunded, with only around 20–23% of adaptation needs being met by climate finance flows, leaving substantial gaps for implementation. (UNEP Adaptation Gap Report 2023).
  • The African Development Bank estimates that Africa needs USD 52–57 billion/year in adaptation finance but currently receives less than USD 11.4 billion/year.
    • Systemic Barriers Limiting Access to European & Multilateral Funds

African LDCs face structural constraints that prevent them from accessing European climate finance effectively:

  • Approval cycles for GCF and GEF projects routinely takes time, delaying implementation.
  • High fiduciary standards, financial reporting requirements, and bankability tests result in rejection or delays for NDC-aligned proposals.
  • Only 14 African national institutions are currently accredited to the GCF, limiting direct access.
  • Less than 5% of readiness funding reaches local MRV institutions, leading to persistent data gaps.
  • Technical assistance for NDC implementation—planning, monitoring, tracking, and verification—remains insufficient for most countries.

This combination makes African NDCs remain “ambitious on paper, underfunded in practice.”

Why NDCs Still Matter

Despite finance and implementation challenges, NDCs remain central to Africa’s climate and development future because they:

  • Define and update national climate ambition every five years;
  • Guide investment pathways in mitigation and adaptation;
  • Anchor national development plans to climate-resilient trajectories;
  • Serve as the main framework for accessing climate finance;
  • Provide structure for reporting under the Enhanced Transparency Framework.

Strengthening NDC design, financing, MRV, and implementation support is fundamental post-COP30, where countries are expected to raise ambition and demonstrate credible progress.

Policy Recommendations

To close the growing implementation gap and ensure that East African NDCs deliver measurable climate outcomes, the following evidence-based policy actions are proposed. These recommendations strengthen institutional capacity, enhance climate finance access, accelerate sectoral mainstreaming, and improve accountability post-COP30.

  • Strengthen Institutional and Technical Capacity
  • Establish Dedicated NDC Implementation Units

Create permanent, inter-ministerial NDC coordination units mandated to align sectoral policies, oversee progress, and engage with development partners.

  • Upgrade MRV Systems and Technical Competencies

Invest in end-to-end MRV systems—GHG inventories, mitigation tracking, adaptation metrics, and digital monitoring tools—while providing continuous training for sector ministries.

  • Develop National Climate Data Repositories

Build centralized climate data platforms for agriculture, energy, transport, and land use to enhance evidence-based policymaking and transparency.

  • Enhance Climate Finance Mobilization and Access
  • Formulate National Climate Finance Strategies:

Align domestic priorities with the eligibility criteria of the GCF, GEF, Adaptation Fund, and bilateral donors to improve approval rates and reduce project rejection.

  • Increase Readiness and Project Preparation Funding

Expand participation in GCF Readiness, NDC Partnership support, and GEF capacity-building programs to address limited pipeline of bankable projects.

  • Promote Blended Finance and Private Sector Mobilization

Introduce policy incentives for green bonds, guarantees, concessional loans, and PPPs to unlock long-term mitigation and adaptation investments.

  • Advocate for Simplified Access Windows for LDCs

The future COPs must negotiate streamlined procedures, reduced documentation requirements, and faster approval timelines for LDC and fragile countries.

  • Mainstream NDCs into National and Local Development Planning
  • Integrate NDC Targets into National Budgets and Sector Plans

Embed climate actions in annual budget cycles, Medium-Term Expenditure Frameworks, and district/county development plans.

  • Establish Performance Indicators for Line Ministries

Link ministerial scorecards and KPIs with measurable NDC outcomes to strengthen accountability and accelerate implementation.

  • Embed Adaptation into Core Sectors

Ensure NDC-aligned adaptation actions are systematically integrated into agriculture, water, health, infrastructure, and urban planning frameworks.

  • Scale Up Community and Citizen Participation
  • Adopt Community-Based Adaptation (CBA) Frameworks

Expand participatory adaptation programs in rural and climate-vulnerable regions, supported by local extension systems.

  • Link Rural Development Programs to NDC Outcomes

Prioritize climate-smart agriculture, reforestation, watershed management, and off-grid energy in rural development interventions.

  • Strengthen Gender and Youth Inclusion

Mandate gender-responsive planning and youth representation in NDC committees, local climate governance, and project implementation.

  • Enhance Regional Cooperation and Knowledge Exchange
  • Establish a Regional MRV and Knowledge Platform

Under the East African Community (EAC), create a shared platform for data exchange, methodologies, and best practices on GHG inventories and sectoral MRV.

  • Promote Cross-Border Renewable Energy Corridors

Accelerate regional geothermal, hydro, and solar initiatives, along with power-pool integration and transmission infrastructure.

  • Strengthen Transboundary Ecosystem Management

Improve joint management of critical basins—Lake Victoria, the Nile, and rangeland ecosystems—to enhance resilience and disaster risk reduction.

  • Improve Transparency, Governance, and Accountability
  • Publish Annual NDC Implementation Reports

Introduce open-access dashboards that track emissions, adaptation progress, climate finance flows, and project delivery.

  • Create Independent Oversight Mechanisms

Establish multi-stakeholder oversight bodies involving civil society, academia, and the private sector to review progress and recommend corrective actions.

  • Mandate Public Disclosure of Climate Finance

Require transparent reporting of all international and domestic climate finance flows, including donor commitments, disbursements, and utilization.

About the Author: Nader Khalifa is an engineer and energy professional with over 15 years of expertise in the energy and petroleum sectors. He currently serves with the Ministry of Energy & Petroleum of Sudan, in addition to his role as a Sudan Team Member for the Initiative on Climate Action Transparency (ICAT) project, a collaborative effort involving UNEP, CCC, and HCENR, and a distinguished researcher and a Colosseum Member at the Governance & Economic Policy Centre (GEPC).

References

  1. African Development Bank (AfDB) (2023). Climate finance in Africa: Overview and outlook. Abidjan: African Development Bank Group.
  2. Brookings Institution (2022). Finance for climate adaptation in Africa: Still insufficient and losing ground. Brookings Global Economy and Development Program. Available at: https://www.brookings.edu/articles/finance-for-climate-adaptation-in-africa-still-insufficient-and-losing-ground/.
  3. Climate Policy Initiative (CPI) (2024). Landscape of climate finance in Africa. London: Climate Policy Initiative. Available at: https://www.climatepolicyinitiative.org/publication/landscape-of-climate-finance-in-africa-2024/.
  4. FSD Africa & Climate Policy Initiative (CPI) (2022). Landscape of climate finance in Africa. Nairobi: FSD Africa. Available at: https://fsdafrica.org/wp-content/uploads/2022/09/1.-Landscape-of-Climate-Finance-in-Africa-l-Full-report.pdf 
  5. Global Center on Adaptation (GCA) (2023). Africa’s adaptation gap: Climate finance needs and priorities. Rotterdam: Global Center on Adaptation. Available at: https://gca.org/reports/state-and-trends-in-adaptation/.
  6. Government of Kenya (2020). Updated Nationally Determined Contribution. Nairobi: Ministry of Environment and Forestry.
  7. Government of Rwanda (2020). Updated NDC Submission. Kigali: Ministry of Environment.
  8. Government of Tanzania (2021). Updated Nationally Determined Contribution. Dodoma: Vice President’s Office.
  9. Government of Uganda (2022). Second Nationally Determined Contribution. Kampala: Ministry of Water and Environment.
  10. ICAT (2022). Guidance for Transparency Frameworks in LDCs. Copenhagen: Initiative on Climate Action Transparency.
  11. IPCC (2022). AR6 Working Group III: Mitigation of climate change. Geneva: Intergovernmental Panel on Climate Change. Available at: https://www.ipcc.ch/report/ar6/wg3/.
  1. Nature (2025). Reframing climate finance for Africa. Available at: https://www.nature.com/articles/d44148-025-00353-5
  1. OECD (2023). Climate finance provided and mobilised by developed countries in 2013–2021. Paris: Organisation for Economic Co-operation and Development. Available at: https://www.oecd.org/environment/climate-finance-provided-and-mobilised-by-developed-countries.htm.
  2. Savvidou, G., Atteridge, A., Omari-Motsumi, K. and Trisos, C. (2021). Quantifying international public finance for climate change adaptation in Africa. Stockholm: Stockholm Environment Institute. Available at: https://www.sei.org/publications/climate-finance-adaptation-africa/.
  1. Stockholm Environment Institute (SEI) (2024). How effective is climate finance in assisting farmers in low- and middle-income countries adapt to climate change? Available at: https://www.sei.org/features/how-effective-is-climate-finance-in-assisting-farmers-in-low-and-middle-income-countries-adapt-to-climate-change/
  2. UNEP (2023). Adaptation Gap Report 2023: Underfinanced, underprepared. Nairobi: United Nations Environment Programme. Available at: https://www.unep.org/resources/adaptation-gap-report-2023
  3. UNFCCC (2023). Nationally Determined Contributions synthesis report. Bonn: United Nations Framework Convention on Climate Change. Available at: https://unfccc.int/ndc-synthesis-report-2023

 

 

Sustainable Energy Policy, Regulation and Green Economy finance course 2026-Applications open

Gain skills, Accelerate the Energy Transition in Africa!
Join the Sustainable Energy Policy, Regulation and Green Economy Financing Course to gain the knowledge, tools, and skills to shape policies, drive regulatory reforms, and unlock financing for clean, reliable, and equitable energy. Designed for policymakers, civil society leaders, private sector actors, and finance professionals, this course equips you to tackle climate change, expand energy access, and lead a just and inclusive green economy. Take action today and be part of the transformation powering Africa’s sustainable future.

The GEPC sustainable Energy Policy, Regulation and Green Economy Financing Course Equips policy makers, civil society leaders, private sector stakeholders, and financial professional’s with the knowledge and practical skills to drive Africa’s reduction of energy poverty, transition to clean, reliable , and equitable energy system.  Against the backdrop of climate change and persistent energy access challenges, the course addresses critical gaps in policy formulation, regulatory frameworks, advocacy and financing mechanisms.

Participants will gain tools to design and implement sustainable energy policies, promote inclusive governance, mobilise investments for green projects and support a just and resilient energy transition that fosters economic growth, social equity and environmental sustainability.

Course Background and Context

Climate change presents an urgent global challenge, with the most severe impacts disproportionately affecting less developed countries in East Africa and Africa generally. Despite international commitments under the Paris Agreement and subsequent UN Climate Conferences (CoP27 and CoP28), developing countries face significant barriers in accessing technology, finance, and expertise to transition to clean energy. Global climate governance often leaves low-income countries under-resourced and underrepresented, creating complex challenges for equitable and just energy transitions.

In Eastern Africa and Africa generally, policy frameworks and regulatory mechanisms for sustainable energy remain underdeveloped, poorly communicated, and inadequately enforced. This has created critical gaps in governance, technical capacity, and financing, limiting the country’s ability to expand clean energy access, reduce emissions, and achieve its climate commitments. Strengthening national capacity, promoting citizen engagement, and enhancing advocacy for policy reform are therefore essential to support a just and inclusive energy transition.

Sustainable energy is central to meeting these challenges. Defined as clean, reliable, affordable, and equitable, sustainable energy supports national development needs while minimizing environmental harm and fostering long-term economic, social, and environmental sustainability. Integrated sustainable energy systems combine renewable sources—such as solar, wind, hydro, geothermal, and biomass—with modern technologies, smart grids, and storage solutions to deliver energy efficiently, reduce greenhouse gas emissions, and expand access to underserved communities.

Continentally, Africa continues to face significant energy access deficits, with approximately 600 million people lacking reliable electricity and 970 million without access to clean cooking solutions. Only about 25% of electricity in the region comes from renewable sources, despite Africa possessing around 60% of the world’s best solar potential. These gaps highlight the urgent need for effective policy, regulation, and financing strategies to mobilize investment, accelerate energy transition, and achieve energy equity.

Efforts and Challenges in Sustainable Energy Access and Financing

Efforts to expand access to sustainable energy, including initiatives like the World Bank Mission 300, have made progress but remain limited. Clean cooking solutions are still expensive and often inaccessible for the poorest and remote households. Expanding energy access and achieving a just transition requires policy reforms such as unbundling existing energy utilities and integrating sustainable energy systems into national, mini, and off-grid networks. Well-designed integrated systems can support public services—solar-powered water, health facilities, small businesses, electrified transport, housing, and modernized agriculture—while reducing reliance on fossil fuels.

Investment in clean energy has grown modestly over the past two years, including multilateral and private sector contributions, yet financing remains far below what is needed. Critical questions persist: how can governments and private sector actors scale investments in sustainable energy systems, and which models are best for advancing clean energy and other renewable technologies in Africa?

Globally, the energy sector is rapidly shifting toward renewables, with record growth in 2023 reaching 3,870 GW of installed capacity (IRENA, 2024). Countries are adopting Nationally Determined Contributions (NDCs) to guide climate adaptation and mitigation at the national level, supported by financing mechanisms like carbon trading, multilateral funds, and private sector investments.

However, in Eastern Africa and Africa generally, limited knowledge and expertise hinder the ability of governments, civil society, and private actors to navigate evolving global energy policies and regulatory frameworks. Accessing climate finance and developing bankable green economy projects remains challenging. Consequently, strengthening skills, policy understanding, regulatory capacity, and financing literacy is critical to accelerate the transition to sustainable clean energy and scale up investment in the green economy, providing jobs and sustainable development.

This course is designed to equip public policymakers, civil society actors, private sector stakeholders, and financial institutions with the knowledge, skills, and tools to shape and implement sustainable energy policies, advance regulatory reforms, and unlock financing for a just and equitable green economy.

Skills Gap Analysis and Justification

The transition to sustainable and clean energy in Eastern Africa and across the Africa region is constrained by a critical shortage of technical knowledge, policy expertise, and institutional capacity. Various engagements between the Governance and Economic Policy Centre (GEPC), civil society organizations, and government institutions have consistently highlighted the need for targeted capacity building to accelerate policy, regulatory, and financing reforms that support the energy transition.

Identified Skills Gaps

In 2022, the Governance and Economic Policy Centre in collaboration with one of its international partners, attempted to form a National Multisector Reference Group on Energy Transition in Tanzania as a bespoke platform for policy dialogue, advocacy, and capacity development.  The feedback and lessons drawn from this process demonstrated an urgent need for renewed capacity-building and leadership in this area. A subsequent short skills gap study commissioned by GEPC in 2024 identified several critical weaknesses among key stakeholder groups:

  • Government officials and legislators lack the technical expertise to design, implement, and monitor effective sustainable energy policies and laws.
  • Civil society organizations have limited knowledge of the global political economy of climate change and energy, limited advocacy, analytical, and policy engagement skills to effectively influence decision-making and accountability mechanisms.
  • Private sector actors struggle to identify, develop, and present bankable renewable energy projects.
  • Financial institutions face challenges in evaluating, matching, and financing sustainable energy investments.
  • Overall political will and coordination for driving sustainable energy transition remain weak and fragmented.

Rationale for the Course

In response to these systemic capacity gaps, GEPC has designed the Sustainable Energy Policy, Regulation and Green Economy Financing Course to strengthen the technical and institutional foundations for an inclusive and just energy transition. The course directly addresses the need for:

  • Enhanced policy and regulatory understanding among public officials and other key stakeholders.
  • Improved advocacy and engagement capacity for civil society and community actors.
  • Strengthened financial literacy and investment readiness within the private and banking sectors.
  • Greater collaboration and coherence among energy sector stakeholders.

This course addresses these gaps by equipping policymakers, civil society actors, private sector professionals, and financial institutions with the knowledge, skills, and tools to shape sustainable energy policies, advance regulatory frameworks, and mobilize financing for a just and inclusive green economy.

Course Approach

The program will be delivered as an extended seven-week modular course.  It will be facilitated by a diverse faculty of experts drawn from GEPC technical ecosystem, global partners and experts, combining practical experience, policy insights, and technical expertise.

Through a blend of lectures, case studies, simulations, and interactive sessions, the course will equip participants with the knowledge and tools necessary to shape effective policies, foster accountability, and mobilize financing for sustainable and equitable energy development.

Course Objectives

The course aims to:

  1. Enhance understanding of sustainable energy policy, regulatory frameworks, and governance mechanisms relevant to Tanzania and the region.
  2. Develop technical and analytical capacity among policymakers, civil society, and financial sector actors to support the design and implementation of effective energy transition strategies.
  3. Strengthen advocacy and policy engagement skills for civil society to influence public policy and regulatory reform processes.
  4. Improve knowledge of financing mechanisms and models for mobilizing investment in renewable and green economy projects.
  5. Foster collaboration and policy coherence among government, civil society, private sector, and financial institutions in advancing a just and inclusive energy transition.
  6. Promote innovation and leadership in sustainable energy planning, implementation, and financing.

Expected Outcomes

Upon completion of the course, participants will be able to:

  • Demonstrate a clear understanding of the policy, legal, and regulatory dimensions of sustainable energy and green financing.
  • Apply analytical and strategic tools to develop and implement effective energy transition policies and projects.
  • Understand the global political economy of sustainable energy, engage more effectively in policy dialogue, advocacy, and accountability processes related to the energy sector.
  • Identify, design, and evaluate bankable clean energy projects suitable for public and private investment.
  • Strengthen institutional coordination and stakeholder collaboration for integrated and sustainable energy governance.
  • Contribute to building national and regional momentum for a just, inclusive, and climate-resilient energy future.

Course Content and Modules Overview

The Sustainable Energy Policy, Regulation and Green Economy Financing Course is designed to provide participants with both conceptual understanding and practical tools for influencing, designing, and implementing sustainable energy solutions. The course content is structured into seven interlinked modules, each addressing a critical dimension of sustainable energy and the energy transition.

Weekly Modules

Objectives, expected competence

Module 1: Understanding Sustainable Energy and the Global Energy Transition

Objective: To provide a foundational understanding of sustainable energy systems, their global dynamics, and relevance to Eastern Africa and Africa’s development agenda.

Key Topics:

  • Concepts and principles of sustainable energy and just transitions
  • Global energy transition: drivers, trends, challenges
  • Overview of emerging trends in renewables and energy efficiency technologies
  • Global and regional energy transition frameworks (UNFCCC, Paris Agreement, SDGs, NDCs and Agenda 2063)
  • Energy access, poverty, and development linkages
  • Eastern Africa and Africa’s energy context and policy landscape

Expected Competence: Participants will gain an informed understanding of the global and national energy transition landscape and how it aligns with sustainable development goals.

Module 2: Policy, Legal and Regulatory Frameworks for Sustainable Energy

 

Objective: To build participants’ knowledge of the policy and legal frameworks governing sustainable energy.

Key Topics will cover:

  • Global energy policy debates in the context of energy access and transition
  • National and regional policy and legal frameworks in the context of global energy
  • Energy Policy formulation processes and regulatory designs
  • Energy Policy tools: subsidies, tariffs, carbon pricing, auctions
  • Regional integration and power pools (e.g., EAPP, WAPP, SAPP)
  • Institutional coordination and governance mechanisms
  • Role of legislature and local governments in sustainable energy governance
  • Gender, equity, and social inclusion in energy policy

Expected Competence: Participants will be equipped to analyze, interpret, and contribute to policy and regulatory reform in the energy sector.

Module 3: Financing the Green Economy and Renewable Energy Investments, project development & bankability

 

Objective: To enhance understanding of green financing mechanisms, instruments, practical competencies, and strategies for developing financeable projects, mobilizing, manage and analyze green financing.

Key Topics:

  • Global Climate Change and green economy financing terrain
  • Geopolitics of climate financing and energy diplomacy
  • Principles of green economy and sustainable finance
  • Financing models for renewable energy (public, private, PPPs, and blended finance), Green bonds, blue bonds, climate funds, carbon markets, carbon swaps and JTEPs

·        Project feasibility studies, project modeling, preparation, operations and risk management

  • Mobilizing domestic and international finance for energy projects
  • Role of National Capital & Money markets, Green Banks, DFIs and MDBs (World Bank, AfDB, TDB)
  • Clean Energy Financing Contracts

Expected Competence: Participants will understand the clean energy financing terrain, acquire practical skills and tools to analyze clean energy financing texts, developing, and evaluating bankable renewable energy projects and access appropriate financing channels 

Module 4: Governance, Equity & Environmental Safeguards

 

Objective: To understand the governance, equity & environmental safeguard concerns underlying the transition to sustainable energy.

Key Topics:

    • Social and environmental concerns and safeguards
    • Responsible Business Conduct in Energy sector
    • Just Transition: equity, gender, community inclusion
    • Governance and anti-corruption in energy financing

Expected Competence: Participants will gain insights into the advocacy concerns and suitable policy and regulatory responses to just energy transitions and financing of sustainable energy. 

Module 5: Communication, Advocacy, Accountability and Stakeholder Engagement

 

Objective: To strengthen participants’ advocacy, negotiation, and communication skills for influencing policy and ensuring accountability in energy governance.

Key Topics:

  • Communication for sustainable energy
  • Principles and tools of policy advocacy and public engagement
  • Strategies for evidence-based advocacy and coalition building
  • Role of civil society, media, and academia in energy governance
  • Public participation and citizen accountability mechanisms
  • Case studies of successful communication and advocacy in energy transition

Expected Competence: Participants will develop the skills to effectively communicate, advocate for and influence energy policies and reforms that promote transparency, inclusion, and sustainability

Module 6: Leadership, Innovation and the Future of Energy Transition

 

Objective: To inspire leadership and innovation in sustainable energy planning and implementation.

Key Topics:

  • Transformational leadership for the green transition
  • Africa’s leadership and priorities for sustainable energy
  • Innovation, digitalization, AI, and energy governance
  • Africa scenario planning and strategic foresight for future energy systems
  • Integrating climate resilience and just transition principles in policy and regulation

Expected Competence: Participants will gain leadership insights and strategic foresight to drive innovation, partnerships, and sustainable change in the energy sector.

Week 7: Applied Learning & Practicum

 

Objective: To provide participants with practical hands-on experience in operations of sustainable energy projects, designing sustainable energy projects, financeable and bankable projects, developing applicable policy briefs and advocacy communiques for sustainable energy.

  • Activities:
    • Case study presentations: participants analyze a real renewable energy project
    • Group project: draft a financing proposal or policy brief
    • Physical or Virtual Field visit (e.g., solar mini-grid, geothermal plant, wind farm) 

Delivery Methods

The course will employ a blended learning approach, integrating:

  • Expert-led lectures and interactive discussions
  • Practical case studies and simulations
  • Group work and peer-to-peer learning
  • Policy labs and project design sessions
  • Guest lectures from leading practitioners and global experts

Participants will receive digital resources, reading materials, and toolkits to support post-course application of skills in their professional contexts.

Target Participants

The course is designed for junior- to senior-level professionals and practitioners involved in energy, climate, and economic governance who play or aspire to play a role in shaping policy, regulation, and financing for sustainable energy.

It specifically targets:

  • Government officials and legislators involved in energy, environment, finance, infrastructure, and local government sectors.
  • Civil society leaders and policy advocates working on governance, climate justice, and sustainable development issues.
  • Private sector actors and project developers in renewable energy, infrastructure, and related industries.
  • Financial and investment professionals from banks, development finance institutions, and microfinance organizations seeking to understand green financing opportunities.
  • Academics and researchers working on energy policy, economics, and sustainability studies.
  • Development partners and international organizations supporting energy transition and green growth initiatives.

Diversity and Inclusion:
GEPC encourages participation from women, youth, and professionals from underrepresented groups to promote inclusivity and diverse perspectives in the sustainable energy transition discourse.

Admission Requirements

Applicants should meet the following minimum requirements:

  1. Educational Background:
    • At least a bachelor’s degree or equivalent qualification in a relevant field such as social sciences, political science, public policy, economics, law, environmental studies, engineering, communication, finance, or related disciplines.
    • Applicants with significant professional experience in the energy or governance sector will be considered in lieu of academic qualifications.
  2. Professional Experience:
    • At least one year of relevant work experience in government, civil society, academia, or the private sector, preferably in areas related to extractive sector, energy, public policy, climate & environment, media or economic development, banking and green financing
  3. Language Proficiency:
    • Proficiency in English (both written and spoken) is required, as the course will be conducted in English.
  4. Motivation Statement and CV:
    • Applicants must submit a brief statement (300–500 words) explaining their motivation for joining the course and how they plan to apply the knowledge gained in their professional setting. They must attach a short CV or resume plus a Headshot portrait photo
  5. Recommendation:
    • A letter of support from an employer, supervisor, work colleague or institutional head is encouraged but not mandatory.

Course Duration:  7 Weeks (19th January-7th March, 2026)

The course is designed with flexible delivery options to accommodate the varying needs of participants. The seven-week program structured into weekly modules, allowing participants to combine professional responsibilities with learning.

Certification

Upon successful completion of the course requirements, participants will receive a Certificate of Completion from the Governance and Economic Policy Centre (GEPC), jointly endorsed by partnering academic or professional institutions where applicable.

Course Fees: A Subsidized rate of USD 300. Limited scholarships will be available to exceptional and early bird applicants

Course Management:  Virtual & Online

Virtual delivery will be managed through GEPC’s Moodle and Google Classroom digital learning platform.

Essential Timelines

Date

Activity

3rd December

Advertising call for Applications

9th  January 2026

Deadline for Applications

12th January, 2026

Notification of selected participants

19th January 2026

Course Commencement

7th  March  2026

End of Course and Graduation

 

How to apply:

Applications and support documents (Motivation letter, CV and Headshot photo) must be sent as a single PDF or word file by 9th  January 2026 to:  info@gepc.or.tz

Climate Change action at Subnational level: Rationale for Skilling Local Government Authorities for Climate Change Action in Tanzania

By Ng’homange Merkiad James: Researcher, Governance and Economic Policy Centre

*Mr Ng’homange is a senior lecturer at the Local Government Training Institute (LGTI) at Hombolo, Dodoma

Climate change is one of the most pressing challenges facing Tanzania today, threatening livelihoods, infrastructure, and national development. Despite the growing national and global attention to climate policy, Local Government Authorities (LGAs) — the level of government closest to the people — remain inadequately skilled and resourced to respond effectively. This policy paper argues that building the capacity of LGAs is essential for translating Tanzania’s national climate change commitments into local action. It proposes targeted training, institutional support, and resource mobilization to strengthen LGAs’ roles in climate adaptation, mitigation, and energy transition initiatives.

 

  1. Introduction

The United Nations Framework Convention on Climate Change (UNFCCC) warns that climate change is advancing rapidly, with the poorest communities in developing countries such as Tanzania facing the most severe and irreversible impacts. Prolonged droughts, erratic rainfall, and frequent floods are disrupting food systems, destroying infrastructure, and worsening health outcomes through increased exposure to diseases and air pollution.

In Tanzania, where over 80% of the rural population depends on rain-fed agriculture — a sector contributing more than 60% of the national GDP — the consequences are profound. Yet, despite these local-level vulnerabilities, climate change interventions and decision-making remain concentrated at the global and national levels, leaving LGAs on the periphery of policy and practice. Most local authorities lack the requisite knowledge, skills, and financial capacity to implement climate action plans, integrate adaptation into planning frameworks, or mobilize community-based mitigation measures.

Empowering LGAs through structured and context-relevant climate training can transform Tanzania’s climate governance landscape. Skilled LGAs can lead public education campaigns, enforce green urban planning, promote clean cooking technologies, and even issue municipal green bonds to finance sustainable infrastructure projects.

  1. The Nexus Between Climate Change and Local Governments

Local Government Authorities are semi-autonomous subnational governments mandated under the Local Government (District Authorities) Act No. 7 and the Local Government (Urban Authorities) Act No. 8 of 1982. They are responsible for promoting peace, order, decentralization, and socio-economic development in their jurisdictions.

The OECD defines a local authority as “a decentralized entity elected through universal suffrage and having general responsibilities and some autonomy with respect to budget, staff and assets” (OECD/UCLG, 2016[31]). While countries can be organised as unitary or federal states, they all rely on local authorities as entities for the delivery of various services[1].

The call for local adaptation action stems from the recognition that climate risks first manifest locally, and local communities and local authorities have an innate understanding of how impacts affect them and how they need to be addressed. Their proximity to communities makes them a critical actor in climate governance, as they are well positioned to identify local risks, mobilize citizens, and deliver adaptive responses.

However, low involvement in national climate processes, limited funding, and lack of technical expertise continue to hinder their potential. Without strong LGA engagement, Tanzania’s commitments to climate adaptation, resilience, and clean energy transition risk remaining unfulfilled.

  1. Climate Change Impacts and the Need to Skill Local Governments

Tanzania’s vulnerability to climate change is evident across multiple sectors — agriculture, water, energy, infrastructure, and health. Droughts and floods are already imposing economic losses, reducing productivity, and disrupting livelihoods. According to the National Climate Change Response Strategy (2021–2026), these impacts threaten to derail progress toward the country’s Vision 2025 and the Sustainable Development Goals (SDG7[2]).

The recent floods demonstrate Tanzania’s vulnerability and yet the, a statement on the Status of Tanzania Climate in 2022 from Tanzania Meteorological Authority revealed that extreme weather conditions such as increased seasonal variation in observed rainfall and temperature have been significant in most parts of Tanzania and this will continue in the foreseeable feature[3].

Global evidence underscores that effective climate action requires localized implementation. Transitioning to clean and renewable energy — such as solar, wind, and hydropower — is vital, but its success depends on local capacity to plan, regulate, and support adoption. LGAs, as the closest link between citizens and the state, must therefore be equipped to manage these transitions.

The OECD in 2023 observed that despite, their competencies and mandates, local governments cannot go alone, they need both national and global level support to fully tackle climate change mitigation and adaption measures.

Capacity building and empowering of local government authorities can be instrumentally transformative in advancing local community public education, municipal urban planning and green zoning, improved regulation and approval of municipal building permits that factor smart and clean energy technologies in new housing plans and settlements. Moreover, local authorities can play a significant role in the public education and distribution of clean cooking energy systems such as affordable gas stoves in rural areas.  Local municipal green bonds issued by local authorities can be a major source of unlocking local financing for green projects such as urban municipal public transportation, clean energy generation and public and private sector projects.

  1. Tanzania’s Climate Policy and Institutional Framework

Tanzania has made significant strides in developing its climate governance architecture. The country is a signatory to the Paris Agreement and aligns its national targets with the African Union Agenda 2063, emphasizing environmental sustainability and climate resilience. Domestically, the government has enacted several policies and frameworks, including:

  • National Environmental Policy (2021)
  • National Climate Change Strategy (2021–2026)
  • Nationally Determined Contributions (2021 & 2023 updates)
  • Environmental Management Act (Cap. 191 of 2004)
  • National Carbon Trading Guidelines (2022)
  • National Clean Cooking Strategy (2024)

Despite this robust framework, implementation remains centralized. Local governments, which are essential to the execution of climate adaptation and mitigation measures, are often excluded from planning and under-resourced for execution. This disconnect has limited the translation of policy commitments into community-level results.

  1. Bridging the Local Government Skills Gap

An  assessment by the Governance and Economic Policy Centre (GEPC) and the Local Government Training Institute (LGTI) at Hombolo identified major capacity and knowledge gaps among local government staff. While some departments offer courses on “Climate Change and Livelihoods,” these remain ad hoc, limited in scope, and inaccessible to most ward, village, and mtaa-level executives.

Climate change work within LGAs is often confined to environmental departments, yet the issue is multisectoral — spanning land use, infrastructure, agriculture, and social services. Many officials lack exposure to the global political economy of climate governance and energy transition. Consequently, LGAs are not effectively advising central government or local communities on context-appropriate climate actions. This skills deficit hinders local-level innovation and weakens citizen engagement. Without building LGA competencies, national adaptation and mitigation strategies risk being poorly implemented or misunderstood at the grassroots level. Moreover, the complex nature of Tanzania’s local government authority structure creates room for overlaps across multiple stakeholders and this creates information and knowledge asymmetries across the LGA structures.

  1. Policy Recommendations

To strengthen Tanzania’s climate resilience and ensure the effective localization of climate policies, this paper recommends the following:

  1. Develop and institutionalize intensive climate training programmes for LGA staff, covering adaptation, mitigation, and energy transition, aligned with national and global frameworks.
  2. Embed climate change modules in induction courses for all new LGA employees to build foundational understanding across departments.
  3. Enhance community engagement and education through LGAs on the benefits of clean energy, forest conservation, and sustainable resource use.
  4. Establish environmental and climate action teams at ward and village levels to coordinate awareness and mobilization campaigns.
  5. Produce and distribute simplified climate training manuals in Kiswahili for use by local officials and community groups.
  6. Support LGAs in action research and local climate data collection to inform evidence-based planning and monitoring.
  7. Facilitate access to local climate finance, including municipal green bonds and partnerships with development actors, to implement local adaptation projects.
  1. Conclusion

Tanzania’s climate response will only be as strong as its local institutions. Building the capacity of Local Government Authorities is not merely an administrative necessity but a strategic investment in sustainable development. Skilled and empowered LGAs can bridge the gap between national climate policy and community action — enabling Tanzania to achieve its commitments to resilience, clean energy, and inclusive green growth.

REFERENCES

Tanzania Meteorological Authority (2023) Statement on the Status of Tanzania climate in 2022, TMA, Dar es Salaam

United Republic of Tanzania (2021) National Environmental Policy 2021, Vice President’s Office, Division of Environment, Government Printer, Dodoma

United Republic of Tanzania (2021) National Climate Change Response Strategy (2021-2026), Vice President’s Office, Division of Environment, Government Printer, Dodoma

United Republic of Tanzania (2014) National Guidelines for Mainstreaming Gender into Environment, Vice President’s Office, Government Printer, Dodoma

United Republic of Tanzania (2021) National Determined Contribution, Vice President’s Office, Division of Environment, Government Printer, Dodoma

United Republic of Tanzania (2024) National Clean Cooking Strategy (2024 – 2034), Ministry of Energy, Dodoma

United Republic of Tanzania (2022) National Carbon Trading Guidelines, Vice President’s Office, Dodoma

United Republic of Tanzania (2010) Guidelines for The Preparation of Environmental Action Plans for Sector Ministries and Local Government Authorities, Vice President’s Office, Division of Environment, Dar es Salaam

United Republic of Tanzania (2017) National Guidelines for Strategic Environmental Assessment, Vice President’s Office, Dodoma

United Republic of Tanzania (2008) The Constitution of United Republic of Tanzania of 1977, Dar es Salaam, Government Printer

United Republic of Tanzania (2004) National Environment Management Act of 2004, Dar es Salaam, Government Printer

United Republic of Tanzania (2002) Local Government (District Authorities) Act, No. 7, (1982), Dar es Salaam, Government Printer

United Republic of Tanzania (2002) Local Government (Urban Authorities) Act, No. 8, (1982), Dar es Salaam, Government Printer

United Nations (2023) Climate Change 2023: Synthesis Report, UN Environment Programme

[1] OECD: Climate adaptation: why local governments cannot do it alone. Environment Policy Paper No. 38

[2] UN Sustainable Development Goals (SDG 7)

[3] Tanzania Meteorological Authority (2023) Statement on the Status of Tanzania climate in 2022, TMA, Dar es Salaam

Critical Minerals Certification: Do Mineral Certification Mechanisms Reduce harm? A Look at the Kimberley Process, ICGLR, RMI, and OECD”

Authors:  Moses Kulaba and Roger Vutsoro, Governance and Economic Policy Centre

 

This short analytical study explores the existing   national, regional and global certification mechanisms such as the Kimberly Process, ICGLR, OECD Due diligence measures, Responsible Mining Initiatives in the quagmire of improving of minerals governance. It entangles and assesses the increasing perceptions (based on evidence from countries such as the DRC) that the current certification regime is running dangerously obsolete, not designed for critical minerals and thus needs a review and realignment for new purpose, including proposing measures that go beyond the current regional certification.

Decades ago, mineral certification was mooted as a solution to addressing the chronic problems of illegal mining, mineral smuggling and mineral driven conflicts, economic injustices and impunity in mineral rich countries.  To this regard, regional and global mineral certification mechanisms were developed with countries and mining companies required to sign up to these new certification principle and mechanisms. However, decades after, minerals continue to be drivers of conflict and harm in many countries.

As the appetite for Critical or Transitional minerals required for the green and clean energy industrial technology gains gusto momentum, there are concerns that this new mineral dash may exacerbate corruption, conflict and suffering in critical minerals rich countries. Apart from calls to establish regional value chains, there is evidence to suggest that a proper global certification mechanism should be put in place to ensure responsive sourcing of critical minerals and that their extraction does not lead to further harm.

What is mineral certification

 

Mineral certification is a process that verifies the origin and legitimacy of minerals, ensuring they are not associated with conflict or human rights abuses. It involves tracing minerals from the mine site to the final point of export and confirming they are free from illegal activities. This helps to prevent the financing of armed groups and other illicit activities linked to mineral extraction. This certification involves a thorough verification process to trace the minerals’ origin and verify they are free from illegal financing, armed group involvement, and human rights abuses.

At face value, this sounds like a good measure, however existing mechanisms of a similar nature such as the Kimberly process, ICGLR certification initiative and the OECD Due diligence measures have not succeeded in fully addressing the issue of conflict minerals and mineral smuggling. In Countries such as the Democratic Republic of Congo and Mozambique, minerals continue to be a driver of conflict and mineral smuggling to neighboring countries is still rife.  This therefore puts to question the efficacy of the existing global certification mechanism in strengthening governance, regulating supply, improving ethical mining business conduct and reducing harm from extractive resources.

Existing major Regional and Global Mineral Certification regimes

 

The Kimberly Process Certification System (KPCS)

The Kimberly Process (KPCS) is a global standard certification process established in 2003 by the United Nations General Assembly (Under resolution 55/56) to prevent conflict diamonds from entering the mainstream diamond market.  KPCS was set up to ensure that diamonds as precious minerals are sourced and traded in a responsible manner, reducing financing conflicts and human rights violation. KPCS has laid out requirements for participating member countries to comply including[1]

  1. Enforcement of regulatory standards to control export and import of rough diamonds
  2. Principles of transparent practices to ensure integrity of the diamond supply chains
  3. Selective trading with only KP certified and compliant members
  4. Verification of exports to ensure every traded diamond is accompanied by a conflict free certificate.

Member countries are obliged to enforce these standards. To date 60 participants (representing 86 countries) are signatory members to the Kimberley process and have committed to applying KP principles in the certification of its traded diamonds. The standards require that;

  • Participant countries must enforce stringent legal and regulatory standards to control the import and export of rough diamonds and ensure adherence to KP requirements.
  • Participants commit to transparent practices, which are crucial for the integrity of the diamond supply chain, by exchanging accurate and timely statistical data.
  • Trade is permitted only between certified KP members who comply fully with these international standards, safeguarding the legitimacy of the diamond trade.
  • Every diamond export is closely inspected and must be accompanied by a valid KP certificate, certifying that the diamonds are conflict-free to prevent the entry of illicit stones into the market.
National Level Governance and Implementation of the Kimberly Process; A case of Tanzania

 

In Tanzania the Kimberly Process Office is situated in the Mining Commission, an Institution within the Ministry of Minerals. This office is responsible for the implementation of the KPCS activities, import and export of rough diamond; the office is under the authority of the Executive Secretary. The Mining Commission works closely with the Tanzania Revenue Authority’s Customs Department, Tanzania Intelligence and Security Service and the Police Force for strengthening internal control. The Kimberley Process Office forms a part of the Mineral Audit and Trade Department, which is under the Director for Mineral Audit and Trade who assists the Executive Secretary in administering the KPCS activities. The office issues Annual reports.

Before the issuance of Kimberley Process Certificate, the exporter of rough diamonds must submit a valid Dealer’s license/Mining license, which allows him to export minerals outside Tanzania. The Dealer’s license indicates full address, type of minerals, the premises and signature of Executive Secretary or a person authorized to sign. The exporter fills the application form which indicates license type, license number, weight, value, source of diamonds to confirm that diamonds are conflict free, place of export and declaration of exporter by putting his/her signature, name and qualification to apply for a certificate and pays to the government USD 100 as an application fee for Kimberley Process certificate. Post to the valuation process, the exporter is required to pay royalty (6% of a value) and inspection fee (1% of value) to the Government.

Any person who contravenes any of the provision in Diamond trading regulation commits an offence and liable:  In case of an individual to imprisonment for a term not exceeding three years or to a fine not exceeding US dollar twenty thousand (US$ 20,000) or to both. In case of body corporate, to a fine not exceeding US dollar one hundred thousand (US$ 100,000), or c. Cancelation of his license and permanently be disqualified from prospecting, mining or dealing in diamond and any other minerals.  Any rough diamonds obtained contrary to the provisions of Diamond trading regulations shall be forfeited in addition to other penalties[2].

The International Conference on Great Lakes Region (ICGLR) Mineral Certification Measures

 

The ICGLR Certification mechanism was developed to address the persistent of mineral driven conflicts in the Africa Great Lakes region. It aims to create a conducive environment for cooperation among member states while also ensuring the protection and well-being of the people living in the Africa Great Lakes region.

The ICGLR Certificate confirms a mineral shipment is conflict-free and meets the ICGLR’s ethical sourcing standards, ensuring it’s free from illegal influence and responsibly traced from mine to market. This certification involves a thorough verification process to trace the minerals’ origin and verify they are free from illegal financing, armed group involvement, and human rights abuses. It provides buyers with the assurance that the minerals meet ICGLR requirements for transparency, legality, and responsible sourcing, supporting ethical supply chains in the region[3].

Currently the DRC, Uganda, Kenya, Rwanda and Burundi are members to the ICGLR’s certification mechanism. Mineral flows are analyzed via an ICGLR Regional Database, using the data on individual shipments collected and transmitted to the ICGLR by each Member States.  The database is verified annually via ICGLR Third Party Audits. The mechanism is viewed as an important regional standard and tool for enhancing collaboration, transparency, and development in Africa’s Great Lakes region, promoting accountability and encouraging businesses to pursue certification for adherence.  
The OECD Due Diligence Guidance for Responsible Mineral Supply Chain

Requires that company supply chains of all minerals from conflict affected and high-risk areas, must respect human rights and avoid contributing to conflict through their mineral or metal purchasing decisions and practices. Recognizes that trade and investment in natural mineral resources hold great potential for generating income, growth and prosperity, sustaining livelihoods and fostering local development. However, a large share of these resources is located in conflict affected and high-risk areas. In these areas, exploitation of natural mineral resources is significant and may contribute, directly or indirectly, to armed conflict, gross human rights violations and hinder economic and social development[4].

The OECD Due Diligence Guidance is considered as the first example of a collaborative government-backed multi-stakeholder initiative on responsible supply chain management of minerals from conflict-affected areas. Its objective is to help companies respect human rights and avoid contributing to conflict through their mineral sourcing practices[5].

The Guidance is also intended to cultivate transparent mineral supply chains and sustainable corporate engagement in the mineral sector with a view to enabling countries to benefit from their mineral resources and preventing the extraction and trade of minerals from becoming a source of conflict, human rights abuses, and insecurity. With its Supplements on Tin, Tantalum, Tungsten and Gold, the OECD Guidance provides companies with a complete package to source minerals responsibly in order for trade in those minerals to support peace and development and not conflict[6]

Responsible Minerals Initiative

 

The Responsible Minerals Initiative (RMI) is a voluntary membership body of companies and industry players with a vision to ensure that mineral supply chains contribute positively to social economic development globally. It seeks to promote the common goal of understanding and contributing to mitigating the salient social and environmental impacts of extraction and processing of minerals in supply chains. It leverages partnerships and use of international standards such as the United Nations Guiding Principles on Business and Human Rights or the OECD Due Diligence Guidance as our guideposts[7].

Comprised of more than 500 member companies; the Responsible Minerals Initiative is considered one of the most utilized and respected resources for companies from a range of industries addressing responsible mineral sourcing issues in their supply chains. RMI provides companies with tools and resources to make sourcing decisions that improve regulatory compliance and support responsible sourcing of minerals from conflict-affected and high-risk areas. RMI undertakes due diligence, assurance and reporting templates for cobalt, gold, tin, tungsten, tin, tantalum and other minerals.

The Nexus between Critical Minerals, Conflict and Harm

 

There is a strong connection between the extraction and trade of certain minerals and the exacerbation of armed conflicts and instability in various regions, particularly in developing countries. Globally, critical minerals fueling Green Tech are also fueling conflict[8] Armed groups often exploit the demand for these minerals (like tin, tantalum, tungsten, and gold, collectively known as “conflict minerals”) to fund their operations, including the purchase of weapons[9]. This reliance on minerals to fuel conflict can lead to human rights abuses environmental degradation, and social unrest, hindering sustainable development. 

Critical minerals such as bauxite, manganese cobalt, lithium and uranium have fuelled conflicts in the DRC, Guinea, Niger, Mali, Chad and Central Africa Republic[10] Myanmar has also experienced a post-coup rush for control over its rare earth minerals, while Latin American countries like Chile and Colombia are grappling with how to ensure that their lithium wealth benefits local economies rather than multinational corporations[11].

Critical Minerals and conflict; A case for DRC

 

Multiple reports produced by UN and Civil society show that the ongoing violence in the DRC is linked to mineral extraction, with rebel insurgents motivated by a desire to extract from the region’s vast cobalt and coltan reserves. Since the onset of the infamous second Congo War in 1998, control over the DRC’s vast mineral resources has fuelled conflict between armed groups and militias. These factions fight over mining territories, using profits from the illegal extraction and smuggling of conflict minerals to finance their operations and purchase weapons. The struggle for control over mineral-rich areas has led to prolonged violence, contributing to the deaths of millions and leaving entire regions destabilized[12]. 

In the DRC, according to the UN Group of Experts, the M23 established control over the mineral-rich area and created a new transportation route to Rwanda. Through taxation and smuggling of minerals, the armed group is financially benefiting from DRC’s mineral resources. It’s estimated that the group is receiving approximately $800,000 USD monthly from the production and trade of minerals at Rubaya.

While some mine sites in eastern DRC may not be directly affected by the conflict, early 2025started with violence in Goma (a major mineral export and transit hub), as well as insecurity moving towards South Kivu with recent clashes in in Nyabibwe, a mineral rich area known for 3Ts and gold, located halfway between Goma and Bukavu. As of mid-February, the M23 had occupied Bukavu, another major mineral export and transit hub in the region.

Recent reports also indicate armed groups in Ituri Province are forming alliances with the M23, while new violence in the province has sparked worries of a larger regional conflict. The UN Group of Experts estimated that armed groups based in Ituri Province generated approximately $140 million USD in 2024, dwarfing the illicit revenue generated by 3Ts[13] Other armed militias and groups such as Allied Democratic Forces (ADF) are equally benefiting from the loot.

In light of this reality, the abundance of critical minerals offers a potential opportunity for economic wellbeing but the geopolitics and the dash for their control and extraction has potential of increasing conflicts in Africa[14]  According to Global witness, the extraction and trade of some critical minerals is intensifying new geopolitical tensions and reinforcing long-standing patterns of exploitation[15] including conflicts.

The Trump Ukraine deal revealed a connection of critical minerals to the Russia and Ukraine war and how natural resources in Ukraine have become a key bargaining chip in international diplomacy between the US and Russia. In the same perspective, the US and the Democratic Republic of Congo are close to sign a minerals-for-security deal, highlighting the increase role of critical minerals in geopolitics and conflict.

In fact, the government of the Democratic Republic of Congo reached out to the Donald Trump administration with a Ukrainian-style proposal in February 2025 in response to the rapid advance of the Rwandan-backed M23 rebel group in the east of the country. The U.S. government has responded enthusiastically with a flurry of negotiations aimed at ending a decades-long conflict born out of the Rwandan genocide of 1994.

The political momentum is building towards a potential peace deal between Congo and Rwanda to be accompanied by bilateral minerals deals between both countries and the United States.  At stake are the mineral riches of North and South Kivu provinces, a major but highly problematic source of metals such as tin, tungsten and coltan[16].

According to different sources, this deal once signed could boost Rwanda processing of Congo minerals and provide the US with an assured source of processed critical minerals required to support its industrial technology and security needs.

 Gaps and why a new regime for mineral certification is required

 

The existing major regional and global mineral certification regimes have significant gaps that necessitate that a new regime is developed.

  • Narrowness in focus and scope: Existing certification mechanisms such KP are narrow in scope largely target diamonds and were not designed to cover a broader mining sector. The ICGLR covers the 3Ts and gold. The emergency of a wider list of critical minerals adds a new context which the KP and ICGLR certification mechanisms were not designed for.
  • Voluntary mechanisms; The existing mechanisms are largely voluntary and member states companies encouraged to join and comply with the standards. For instance, the 21st meeting of the CIRGL Regional Committee on the fight against the illegal exploitation of natural resources recommended CIRGL Secretariat to compile a comprehensive report on the status of implementation of the six tools of the regional certification mechanism. This report revealed that the Republic of Rwanda has not yet established the traceability chain for gold. Instead, Rwanda controls gold extraction and trade using conventional methods and does not issue ICGLR certificates for gold exports[17].”
  • Limited in geographical and legal scope: For instance, the OECD Due diligence Guidance is largely applicable to companies from OECD member countries but with limited enforcement mechanisms in non-OECD countries. Yet mining companies from non-OECD Countries such as China are emerging as the leading exploiters of Africa’s critical minerals according to WTO reports[18]. from the DRC. Chinese based companies own or operate 80 percent of the critical mineral production in the DRC, much of which is sent to China for processing for export via the global supply chain[19] Moreover the ICGLR is confined to its member states while the RMI covers only its 500 members.
  •  
  • Illicit smuggling and trading in conflict minerals continue despite the presence of current certification mechanisms. For instance, despite its membership to the Kimberley Process (KP) and ICGLR commitments, Tanzania’s diamond sector is reported as facing entrenched governance challenges: opaque supply chains, smuggling, and minimal community benefits. Tanzania’s diamonds have suffered from environmental concerns, price volatility from synthetics and smuggled diamonds from regional conflicts areas[20].

Moreover, critical minerals including diamonds are smuggled across borders, transacted in established commercial capitals and hubs such as Kigali, Kampala, Nairobi and Dubai. For instance, a Global Witness investigation report indicates that an international commodities trader Traxys bought conflict coltan smuggled from Democratic Republic of Congo (DRC) to Rwanda[21] The investigation revealed that the multibillion-dollar company headquartered in Luxembourg bought 280 tonnes of coltan from Rwanda in 2024 based on customs documents seen by Global Witness.

Analysis by Global Witness of trade data and testimonies from two coltan smugglers suggested that a big share of the coltan Traxys bought from Rwanda was connected to the ongoing war in the east of DRC. African Panther’s coltan exports soared to unprecedented volumes in 2024, exceeding the combined total of the export volumes recorded over the previous four years. This increase in exports coincided with the escalation of the war in North Kivu and increased smuggling of conflict coltan from Rubaya, further suggesting that an important share of African Panther’s 2024 exports was smuggled from conflict zones in DRC[22].

Despite having limited or no known deposits and operational mines, some countries in East Africa and the Middle East have emerged as leading exporters of critical minerals such as cobalt, lithium and coltan.  Study reports show large volumes of critical minerals transacted via East Africa to foreign markets such as the UAE and China[23].  For instance, in 2025 Kenyan authorities intercepted 10 containers of suspected smuggled copper at the port of Mombasa[24]  These illicitly acquired, smuggled and transacted minerals have found market into the UAE and Western capitals in Switzerland and New York. In 2023 alone, Kenya’s exports of copper to the United Arab Emirates were valued at US$22.27 million. The UAE exports mineral products, including critical minerals, in significant quantities, primarily to Japan, China, and India.

  • Ongoing critical minerals driven conflicts and the rise of new geopolitical conflicts in producer countries: The ongoing mineral driven conflicts have already been documented in the cobalt, coltan mineral rich Eastern DRC and elsewhere but the rush for securing access and control of mineral supply chains by superpowers is reviving geopolitical interests and may result in new geopolitical conflicts.

In the Democratic Republic of Congo (DRC), for instance, since the revision of its mining law in 2018, the country has attracted no responsible Western investors in the mining industry. Meanwhile, China has come to dominate the production of cobalt and copper, primarily mined in the Katanga and Lualaba regions. The recent re-negotiation by the Tshisekedi Administration of the imbalanced minerals-against infrastructure deal signed in 2008 under the Kabila administration between the DRC and China was perceived by China as triggered by the United State of America.

Aware of the security and economic implications of China’s control over the DRC’s critical minerals supply chain, the United States has signaled its return to the DRC mining sector through the recent acquisition of Australian AVZ Minerals’ assets in the Manono Lithium Project by KoBold Metals. In addition, the U.S. is committed to funding the Lobito Corridor—a strategic railway project essential for transporting critical minerals from the Central African Copperbelt to Western markets.

Through its International Development Finance Corporation (DFC), the U.S. has pledged a $550 million loan to support the Lobito Corridor. This project is considered vital in countering Chinese influence in the region by providing an alternative route for exporting critical minerals. This plea was reiterated in Luanda/Angola in January 2024 by the former US President, John Biden, during his last visit to Africa as an US President, in presence of both Angola and DR Congo Presidents.

The corridor is viewed as part of the Partnership for Global Infrastructure and Investment, a G7 initiative aimed at competing with China’s growing presence on the continent. While the Lobito project is designed to challenge Chinese dominance, both Western and Chinese firms will be allowed to use the infrastructure it provides. This dual-access approach raises questions about its strategic value, particularly under a US administration led by President Donald Trump, whose priority is   competition with Beijing. The Lobito Corridor railway could be a physical indicator of the resuscitated geopolitical rivalry and convergence of global superpowers on the African continent as a source for critical mineral resources.

Failure to implement due diligence and traceability mechanisms

 

During the OECD conference on responsible minerals supply chain held in May 2024 in Paris, many Congolese civil society organizations raised concern over the increasing failure in the implementation of due diligence standards in the DRC. CSO mentioned that private sector actors have failed to fully implement supply chain due diligence in alignment with international standards, most notably the OECD Due Diligence Guidance for Responsible Minerals Supply Chains from Conflict-Affected and High-Risk Area. IMPACT added that companies are either turning a blind eye, preferring not to ask questions about the source of their purchases, or have been complicit by over relying on industry schemes despite red flags being raised in UN Group of Experts reports.

The concern around ITSCI—the sole traceability and due diligence provider for 3Ts in DRC—has been so great that in 2024 it lost its recognition with the Responsible Minerals Initiative (RMI), with RMI noting that important gaps remained in the scheme’s fulfilment of recognition terms. Despite this move, the UN Group of Experts has expressed concern that many private sector actors still rely on the scheme to conduct due diligence without carrying out additional independent quality controls required by international standards[25].

Civil Society Call for reforms

 

Because of these gaps civil society organisations have constantly urged for a review and development of a new certification mechanism regime, expanded and aligned to emerging context of transition minerals. For instance, at the start of the 2025 KP plenary in Dubai the Civil Society Coalition pointed out the gaps of the KP in addressing the challenges of diamond mining, smuggling and poverty in the Central African Republic[26].  CSO observed that the KP was narrow in focus, limited to diamonds and the imposed conflict diamond embargos had targeted smugglers without protecting the diamond mining communities.

The KP does not—and likely will not soon—prevent diamonds from being associated with issues outside the narrow conflict diamond definition, including human rights abuses, violence by public and private security forces, forced labour, and environmental degradation. Rigorous due diligence is essential, yet it remains insufficiently addressed.

For instance the KP in Central Africa Republic’s (CAR) experience demonstrated that the sole existence of the certification scheme does not make diamond governance exemplary. Though diamonds share similar governance challenges with other minerals, the Kimberley Process has largely remained isolated from broader dialogues on mineral-related due diligence.

Civil society demanded for the need to bridge the gaps in the KP certification mechanism by inter alia increasing transparency and engagement with mining communities.  CSOs argued that without transparency, the KP will never effectively achieve its mandate of conflict prevention.

Moreover, the existing certification mechanisms are criticized as elitist, disconnected from the community needs and blind to social economic injustices. For example, the KP certification mechanism does not cover the extent to which the mining of the diamond minerals has benefited the communities from where they are sourced.

Investigations by the Kimberly Process Civil Society Coalition of mining operations in Sierra Leone, Lesotho, and the Democratic Republic of Congo, reveals the often-ignored consequences of large-scale diamond mining on local communities in African countries[27].

In Tanzania, despite mining diamonds for more than 100 years, Shyinyanga remains amongst the poorest remains the poorest region in the country[28]. The critical minerals rich Eastern DRC provinces of Kasai Oriental, Kasai Central, North and South Kivu are among the poorest and least developed in the world. 

For diamond resources to truly benefit communities, the documentary identifies greater transparency and independent monitoring as key elements to enhance corporate accountability. Mining companies, industry actors and states all have a role to play to protect community rights and improve both mining and sourcing practices[29].

Further, certification mechanisms do not sufficiently cover or protect citizen against state excesses and inspired violence. Yet the very atrocities committed by rebel groups, which led to the KP’s creation in 2003, are now mirrored by certain governments and their security forces. Top ranking government officials and security forces in the Eastern DRC have been accused of being complacent to illicit mineral trade. The military junta in Myanmar is accused of widespread human rights violations including killings of civilians in critical mineral rich village areas in Kayah state closer to the Thailand border[30].

Conclusion

 

While certification mechanisms such as the Kimberly process were established for a major purpose of controlling blood diamonds over the years, they have this role to an extent but equally shown inherent gaps and shortcomings. Their limitation in scope, involuntary membership nature and poor implementation is a major limitation. They were set up when diamond was among the top most traded commodity and driver of conflicts in countries such as Angola, Liberia and Siera Leone. With the increasing surge in demand for critical minerals such as Nickel, Cobalt, Coltan, Graphite, Lithium, Tin Tungsten and Rare Earth Elements, the new frontiers mineral driven conflicts have expanded and cannot continue to remain on diamonds.  In the current and future context, it will be untenable for critical minerals to remain outside the purview of mineral certification. For the existing certification mechanisms to be relevant and fitted for the changing context and era of energy of transition, substantive reviews and reforms are required.

Recommendations for future certification mechanisms
  1. Expand the KPI and ICGLR certification to cover a broad range of  critical minerals or develop a new commensurate certification measure for critical minerals, with a focus on ethical sourcing, conflict and governance.
  2. Pay attention to the ongoing problems in mining such as the environmental concerns in critical minerals mining operations and their contribution to social and ecological harm to communities and countries from where they are sourced.
  3. Pay close attention to ongoing issues within critical minerals supply chains, including human rights abuses, armed conflicts, the fair distribution of benefits to local communities, and compliance with national labor laws
  4. Review the existing mineral audit  standards, blend constitution of  audit teams with experts, civil society and community representatives to increase transparency and integrity in certification
  5. Require exporting countries to demonstrate significant economic presence of the critical mineral commensurate with export volumes.
  6. Impose export embargoes and critical mineral trading sanctions on countries or companies involved in perpetrating smuggling and export of illicitly acquired and conflict critical minerals.
  7. Expand the scope of existing certification mechanisms such as the Kimberly process to capture community benefits from diamonds and critical minerals.
  8. Demand that membership to regional and global certification and tracking mechanism must be mandatory for all critical minerals producing and exporting countries
  1. Countries that produce critical minerals should diversify their investors and pursue win-win partnerships to prevent their territories from becoming geopolitical battlegrounds for superpowers competing for access to these resources in the era of energy transition
  2. Enhance public database and reconciliation system for tracking mineral flows to better balance production, purchases, and exports at various levels (exporters, mines, mining regions, and Member States). 
  3. To maximize the benefits from critical mineral supply chains, producer countries should prioritize investments that add value to minerals and promote local content. This approach will generate more jobs for millions of unemployed youths, stimulate economic growth, and facilitate technology transfer and reduce susceptibility to conflict

References

Aikael Etal (2021) Understanding poverty dynamics and vulnerability in Tanzania: 2012–2018 available at https://onlinelibrary.wiley.com/doi/10.1111/rode.12829  accessed on 15 May 2025

Martin A, etal (2014), All that Glitters is not Gold: Dubai, Congo and the illicit trade of critical minerals, Partnership Africa Canada, May 2014

Andy Home, After Ukraine deal, US turns its critical minerals gaze to Africa, available at https://www.reuters.com/markets/, accessed on May 22

Global Witness (2025) available at https://globalwitness.org/en/press-releases/new-investigation-suggests-eu-trader-traxys-buys-conflict-minerals-from-drc/ accessed on 15 May 2025

IMPACT, Actors Must Suspend Sourcing Minerals Financing Armed Groups in Democratic Republic of Congo, available at https://impacttransform.org/, accessed on May 23, 1:46pm

ICGLR, Report on the Status of Implementation of the Six Tools of the ICGLR Regional Initiative on Natural Resources in Member States, P14

ISSD (2018) Green Conflict Minerals; The Fuels of conflict in the transition to a low carbon economy;  available at https://www.iisd.org/story/green-conflict-minerals/ accessed on 15 May 2025

Panzi Foundation available via https://panzifoundation.org/conflict-minerals-and-sexual-violence-in-the-drc/# accessed on 15 May 2025

The African Climate Foundation Report; Geopolitics of Critical Minerals in Renewable Supply Chains  available at https://africanclimatefoundation.org/wp-content/uploads/2022/09/800644-ACF-03_Geopolitics-of-critical-minerals-R_WEB.pdf  accessed on 15 May 2025

The Eastleigh Voice (2025); Police launch investigation into suspected copper smuggling at Mombasa port; available at https://eastleighvoice.co.ke/business/112007/police-probe-suspected-copper-smuggling-at-mombasa-port accessed on 15 May 2025

US International Finance Cooperation https://www.dfc.gov/investment-story/strengthening-critical-mineral-supply-chains-countering-chinas-dominance#:~:text=But%20critical%20mineral%20supply%20chains,sent%20to%20China%20for%20processing.

WTO (2024): High demand for energy-related critical minerals creates supply chain pressures; available at

Online sources

[1] https://www.kimberleyprocess.com/about/what-is-kp

[2] The United Republic of Tanzania: Mining Commission; A Report on implementation of the Kimberly Process Certification Scheme for Tanzania Year 2023

[3]ICGLR; available via https://icglrcertification.com/ accessed 13 May 2025

[4]OECD Report (2016) available via https://www.oecd.org/en/publications/oecd-due-diligence-guidance-for-responsible-supply-chains-of-minerals-from-conflict-affected-and-high-risk-areas_9789264252479-en.html, accessed on 13 May 2025

[5] OECD (2016), OECD Due Diligence Guidance for Responsible Supply Chains of Minerals from Conflict-Affected and High-Risk Areas: Third Edition, OECD Publishing, Paris, https://doi.org/10.1787/9789264252479-en.

[6] ibid

[7] https://www.responsiblemineralsinitiative.org/

[8] https://www.worldpoliticsreview.com/critical-minerals-conflict-eu/

[9] European Commission: Trade and Economic Security, Conflict Minerals regulation available at https://policy.trade.ec.europa.eu/development-and-sustainability/conflict-minerals-regulation_en#:~:text=In%20politically%20unstable%20areas%2C%20armed,mobile%20phones%2C%20cars%20and%20jewellery. Accessed on 15 May 2025

[10] ISSD (2018) Green Conflict Minerals; The Fuels of conflict in the transition to a low carbon economy;  available at https://www.iisd.org/story/green-conflict-minerals/ accessed on 15 May 2025

[11] ibid

[12] Panzi Foundation available via https://panzifoundation.org/conflict-minerals-and-sexual-violence-in-the-drc/# accessed on 15 May 2025

[13] IMPACT, Actors Must Suspend Sourcing Minerals Financing Armed Groups in Democratic Republic of Congo, available at https://impacttransform.org/, accessed on May 23, 1:46pm

[14] The African Climate Foundation Report; Geopolitics of Critical Minerals in Renewable Supply Chains  available at https://africanclimatefoundation.org/wp-content/uploads/2022/09/800644-ACF-03_Geopolitics-of-critical-minerals-R_WEB.pdf  accessed on 15 May 2025

[15] Global Witness; Critical Minerals Fuel Conflicts available via  https://globalwitness.org/en/campaigns/transition-minerals/the-critical-minerals-scramble-how-the-race-for-resources-is-fuelling-conflict-and-inequality/#:~:text=How%20are%20critical%20minerals%20driving,communities%20in%20resource%2Drich%20nations. Accessed on 15 May 2025

[16] Andy Home, After Ukraine deal, US turns its critical minerals gaze to Africa, available at https://www.reuters.com/markets/, accessed on May 22

[17] ICGLR, Report on the Status of Implementation of the Six Tools of the ICGLR Regional Initiative on Natural Resources in Member States, P14

[18] WTO (2024): High demand for energy-related critical minerals creates supply chain pressures; available at https://www.wto.org/english/blogs_e/data_blog_e/blog_dta_10jan24_e.htm#:~:text=Exports,all%20at%206%20per%20cent). Accessed on 15 May 2025

[19] US International Finance Cooperation https://www.dfc.gov/investment-story/strengthening-critical-mineral-supply-chains-countering-chinas-dominance#:~:text=But%20critical%20mineral%20supply%20chains,sent%20to%20China%20for%20processing.

[20] URT:  Ministry of Minerals, Mining Commission; A Report on implementation of the Kimberly Process Certification Scheme for Tanzania Year 2023

[21]Global Witness (2025) available at https://globalwitness.org/en/press-releases/new-investigation-suggests-eu-trader-traxys-buys-conflict-minerals-from-drc/ accessed on 15 May 2025

[22] ibid

[23] Martin A, etal (2014), All that Glitters is not Gold: Dubai, Congo and the illicit trade of critical minerals, Partnership Africa Canada, May 2014

[24] The Eastleigh Voice (2025); Police launch investigation into suspected copper smuggling at Mombasa port; available at https://eastleighvoice.co.ke/business/112007/police-probe-suspected-copper-smuggling-at-mombasa-port accessed on 15 May 2025

[25] IMPACT, Actors Must Suspend Sourcing Minerals Financing Armed Groups in Democratic Republic of Congo, available at https://impacttransform.org/, accessed on May 23, 1:46pm

[26] https://www.kpcivilsociety.org/activity/kimberley-process-lifts-ineffective-embargo-end-of-an-era-for-the-central-african-republic-and-another-clear-signal-that-conflict-diamond-scheme-needs-serious-fixing/

[27] Kimberly Civil Society Coalition (2025); BEYOND SHINING ILLUSIONS: New documentary exposes the unspoken realities of large-scale diamond mining available at https://www.kpcivilsociety.org/press/beyond-shining-illusions-new-documentary-exposes-the-unspoken-realities-of-diamond-mining-in-african-countries/ accessed 15 May 2025

[28] Aikael Etal (2021) Understanding poverty dynamics and vulnerability in Tanzania: 2012–2018 available at https://onlinelibrary.wiley.com/doi/10.1111/rode.12829  accessed on 15 May 2025

[29] ibid

[30] https://www.dw.com/en/myanmar-land-mine-use-amounts-to-war-crimes-amnesty-report/a-62533770

Assessing the Impact of the EU’s Carbon Border Tax Adjustment Mechanism on Tanzania’s LNG plans and industrial exports

 The European Union’s (EU) proposed Carbon Border Tax Adjustment Mechanism (CBAM) aims to mitigate carbon leakage by imposing a carbon tax on imports of certain commodities that are not taxed internally within the exporter’s country at a comparable level. This policy brief evaluates the potential impact of the CBAM on Tanzania’s promising liquefied natural gas (LNG) project and fossil powered industrial exports. It offers strategic recommendations for mitigating adverse effects and enhancing Tanzania’s export competitiveness.

Author: Dr Lulu O’lang, Researcher and consultant, Governance and Economic Policy Center

Background:

Effective January 2026 the EU Carbon Border Adjustment Mechanisms (CBAM) will come into full force. As it stands, this carbon adjustment mechanism, which seeks to reduce the incentives for firms to outsource their carbon emissions and promote a more generalised low-carbon transition, might disproportionately impact some non-EU economies. Fossil based goods from a non-EU country will be required to pay a carbon fee before entering the EU. Because many of the potentially impacted economies have a low capacity to adapt their productive structure to shift to less-emitting industries or to adopt low-emission cutting-edge technologies(Magacho et al., 2024).

The EU Carbon Border Adjustment Mechanism (CBAM) is the EU’s landmark tool to prevent carbon leakage and support the EU’s increased climate ambitions. It works by putting a price on carbon emitted during the production of carbon-intensive goods entering the EU to incentivise cleaner industrial production in non-EU countries.  Carbon leakage refers to the process of shifted production and/or emissions to other jurisdictions with less stringent emission constraints. It is one of the key obstacles for the EU to reach its climate commitments. The CBAM was designed to specifically address this risk.

Carbon leakage can occur when a domestic carbon price negatively impacts the competitiveness of an entity operating in this domestic context.

This increased cost might result in the entity shifting its production to another country with a lower carbon price to reduce production costs. For example, a steel producer might consider relocating its production outside of the EU to avoid paying for the carbon it emits. Another possible instance of carbon leakage occurs when non-domestic producers that are not subject to the price of carbon enjoy significant competitive advantages compared to domestic producers, resulting in a shift of production abroad[1]. 

The CBAM is also intended to promote more environmentally friendly production methods in third countries. However, the implementation of the CBAM will have far-reaching implications for countries worldwide. Policymakers on both sides of this initiative must carefully consider a multitude of factors, including its impact on EU trade, its potential effects on the well-being of domestic populations, the influence it might have on public opinion, and broader economic relations with the EU. Some early studies indicate that middle and lower-income countries will be more impacted by CBAM. Hence, these countries may need more action from the EU(Sabyrbekov & Overland, 2024).

How it will work: Illustration below courtesy of  Ulla Wenderoth; Let me ship:https://www.letmeship.com/en/the-eu-carbon-border-adjustment-mechanism/

Goods covered

The CBAM will initially only be applied to goods with a high potential for carbon leakage: Aluminum, iron, steel, fertiliser, electricity, hydrogen and cement. The CBAM takes into account both greenhouse gas emissions that occur directly in the production of products and indirect emissions that arise from the manufacture of intermediate products or the electricity required for production.3 Both certain intermediate products and some downstream products such as liquefied natural gas, petrol, heating oil, synthetic rubber, plastics, lubricants, antifreeze, fertilisers and pesticides are affected. It is expected that all products that are also subject to intra-European emissions trading will be added in the coming years[1]. From 1 January 2026, only authorised CBAM declarants will be able to import the corresponding goods. 

General Effects of CBAMs

The effects of the Carbon Border Adjustment Mechanism:2

  • The import of these goods becomes more expensive due to the pricing of CO2 costs.
  • Potential additional revenues from CO2 pricing of imports are to be invested in climate protection.
  • Incentive for other countries to introduce CO2 pricing so that they can continue to trade freely with the EU.

Tanzania is on the verge of leveraging its significant natural gas reserves through an LNG project expected to substantially boost exports, particularly to the world market. The LNG is not being directly targeted in the first phase of CBAM. The EU’s CBAM in the first phase targets iron & steel and aluminum, in the next phase, it is cement, fertilisers, electricity, and hydrogen.  

The potential challenge to Tanzania’s LNG is primarily through the EU’s influence on global trade norms and expectations regarding carbon emissions. The broader implications for energy exports and the evolving scope of CBAM necessitate proactive measures from Tanzania. Tanzania’s engagement in carbon trading, as formalised by the Environmental Management (Control and Management of Carbon Trading) Regulations, 2022, signals a commitment to carbon reduction and trading practices.

Potential Impact on LNG plans

Competitiveness: The main issue that most developing countries are concerned about CBAM is the competitiveness of their products (Magacho et al., 2024; Perdana et al., 2024). Despite the initial phase of CBAM not directly affecting LNG, the trend towards global carbon pricing mechanisms may influence the competitiveness of Tanzania’s LNG. The naturally low CO2 content of Tanzanian gas, however, positions it favourably against competitors, potentially offering a competitive edge in a carbon-sensitive market.

Market Access: Tanzania’s LNG market is predominantly Asian countries, data shows that the export of Intermediate goods, food and vegetables dominates the export products to the EU. There is no clear plan for exporting LNG to the EU however should the plan include it in its expansion plan, the CBAM could set precedents affecting market access for energy exports by encouraging stricter carbon intensity benchmarks in the EU. Tanzania’s current carbon trading framework underlines its readiness to engage in carbon reduction initiatives, which could facilitate smoother market access. However, the means to determine the carbon content/ carbon accounting system of traded commodities is crucial  for export goods is still lacking.

Investment Climate: The uncertain trajectory of global carbon pricing policies, including the CBAM, may impact investment decisions related to the LNG project. If highlighted and leveraged, the project’s inherently low CO2 footprint could attract investment by showcasing its commitment to sustainable energy production.

Effects on Tanzania’s Industrial Export products:

CBAM will likely have impacts on industrial export products fired by fossil-based power sources such as Natural gas.

Although, natural gas is still considered a cleaner fossil, the debate is still out there whether it should be excluded from the list of carbon emitters. Depending on how this debate is concluded in the EU, Tanzania’s natural gas power fired industrial product could likely fall into this category and thereby jeopardizing Tanzania’s domestic LNG market and national gas to power plans.

Policy Recommendations

Strategic Engagement: Tanzania should pursue active dialogue with EU policymakers to understand evolving CBAM regulations and advocate for fair treatment of low-carbon intensity projects like Tanzania’s LNG.

Enhanced Carbon Mitigation: Leveraging its low CO2 emitting LNG, Tanzania should continue to invest in renewable energy integration and carbon capture technologies to further decrease the carbon footprint of its LNG exports.

Market Diversification: Given the LNG market’s tilt towards Asia, Tanzania should bolster efforts to diversify its export destinations, thereby reducing dependency on any single market and mitigating risks associated with CBAM. However, it is possible that in the near future CBAM would incentive Asian EU partners to adopt a carbon price mechanism because the amount charged as part of the CBAM deduces the current carbon price applied in the country of origin and these countries may impose tax on their imports to cover for the carbon tax when producing goods for export to EU.

Policy Development: There is no one-size-fits-all approach to designing and implementing CBAM to tackle competitiveness and carbon leakage; policy design and characteristics of the economy matter(Zhong & Pei, 2024).Tanzania should continue to develop and refine its carbon policy and trading regulations to align with international standards and practices, thereby enhancing the attractiveness of its export products including LNG in a carbon-conscious global market. This includes technical support for carbon accounting and regulatory compliance.

Conclusion:

While the CBAM presents challenges, it also offers Tanzania an opportunity to position its LNG project as a leader in low-carbon energy production. By engaging proactively with international partners, investing in carbon mitigation, and diversifying markets, Tanzania can enhance the resilience and competitiveness of its LNG exports in the face of evolving global carbon pricing mechanisms.

References

Magacho, G., Espagne, E., & Godin, A. (2024). Impacts of the CBAM on EU trade partners: Consequences for developing countries. Climate Policy, 24(2), 243–259. https://doi.org/10.1080/14693062.2023.2200758

Perdana, S., Vielle, M., & Oliveira, T. D. (2024). The EU carbon border adjustment mechanism: Implications on Brazilian energy intensive industries. Climate Policy, 24(2), 260–273. https://doi.org/10.1080/14693062.2023.2277405

Sabyrbekov, R., & Overland, I. (2024). Small and large friends of the EU’s carbon border adjustment mechanism: Which non-EU countries are likely to support it? Energy Strategy Reviews, 51, 101303. https://doi.org/10.1016/j.esr.2024.101303

Zhong, J., & Pei, J. (2024). Carbon border adjustment mechanism: A systematic literature review of the latest developments. Climate Policy, 24(2), 228–242. https://doi.org/10.1080/14693062.2023.2190074

[1] Let Me Ship, https://www.letmeship.com/en/the-eu-carbon-border-adjustment-mechanism/

[1] https://tracker.carbongap.org/policy/carbon-border-adjustment-mechanism/

For more about this work and valuable resources visit our website via: www.gepc.or.tz

How AI can be leveraged to power Africa’s sustainable energy systems

The evolution of energy production and consumption has undergone significant transformations over the decades, particularly in the context of Africa, where energy poverty remains a formidable challenge. This policy brief discusses how AI can be leveraged to  Africa’s power future.

By Evans Rubara*, Guest Expert, Governance and Economic Policy Centre

Featured image: Africa Energy portal, AfdB

Historically, the continent has grappled with inadequate infrastructure, unreliable power supply, and reliance on traditional biomass, hindering socio-economic development. As the global narrative shifts towards sustainability, the advent of power-to-energy technologies offers a promising solution. These innovative systems can convert surplus renewable energy into storable forms, such as hydrogen, potentially revolutionizing energy access in Africa. This article explores the intersection of Artificial Intelligence (AI) in powering energy and the unique socio-economic landscape of the continent, highlighting both the opportunities and challenges that lie ahead.

Understanding Energy Poverty in Africa

Energy poverty is defined as the lack of access to reliable, affordable, and sustainable energy services, which severely impacts individuals’ quality of life and economic opportunities. Energy poverty is a critical issue that affects millions across the African continent. According to the International Energy Agency (IEA, 2021), about 600 million people in Africa lack access to electricity, which accounts for nearly 46% of the population. This problem is especially severe in rural areas, where the lack of electricity can reach up to 80%. Even in regions with electrical infrastructure, power outages are common, forcing many families to rely on traditional biomass for cooking and heating. This reliance poses significant health risks and contributes to environmental degradation.

The consequences of energy poverty extend beyond mere inconvenience; they stifle economic growth, limit educational opportunities, and exacerbate health issues.

Without reliable power, businesses struggle to thrive, and families often resort to expensive and unhealthy alternatives. The World Bank (2020) estimates that the lack of access to electricity costs African countries around $5 billion annually in lost productivity. Therefore, addressing energy poverty is not only a moral imperative but also essential for broader socio-economic development across the continent.

The Role of Power-to-Energy Systems

Power-to-energy systems can play a crucial role in alleviating energy poverty in Africa. These technologies convert excess electricity into storable and transportable forms of energy, helping to manage the intermittent nature of renewable energy sources like solar and wind. In regions where energy production fluctuates seasonally, power-to-energy systems can provide a buffer, ensuring a more consistent energy supply.

For example, during sunny days, solar panels can generate surplus electricity that can be converted into hydrogen through a process known as electrolysis. This hydrogen can then be stored and used later for electricity generation or as fuel for transportation. Such flexibility allows energy supply to align more closely with demand, which is vital in areas where consumption patterns can be unpredictable.

The African Continental AI Strategy

 Artificial intelligence (AI) is technology that allows machines to simulate human intelligence and cognitive capabilities. AI can be used to help make decisions, solve problems and perform tasks that are normally accomplished by humans[1].

The African Continental AI Strategy is an initiative by the African Union aimed at leveraging artificial intelligence (AI) for socio-economic development across the continent. This strategy recognizes the transformative potential of AI (African Union, 2019) and seeks to address critical challenges in sectors such as healthcare, agriculture, education, and energy. By encouraging collaboration among member states and investing in AI research and infrastructure, the strategy aims to position Africa as a competitive player in the global AI landscape.

One of the key implications of this strategy is its potential to enhance the integration of power-to-energy systems. With nearly 600 million people affected by energy poverty, the incorporation of AI into energy systems can optimize the generation, distribution, and consumption of energy.

Power-to-energy technologies, which convert surplus renewable energy into storable forms like hydrogen, can benefit from AI-driven analytics that manage energy flow, predict demand, and improve efficiency.

Additionally, the strategy emphasizes the importance of building local capacities and skills. Investing in education and training will enable African nations to develop a workforce proficient in AI applications specific to the energy sector, ensuring that innovations are tailored to local contexts. The strategy also promotes ethical AI use, which aligns with the need for transparent and responsible implementation of technologies that impact communities and the environment.

Advantages of Power-to-Energy Systems in Africa

Power-to-energy systems offer several advantages for Africa. They can increase energy security by diversifying energy sources and enabling local fuel production, reducing reliance on imported fossil fuels. This diversification is particularly important for many African countries that are vulnerable to fluctuations in global energy prices.

These systems also create jobs. Establishing power-to-energy facilities can generate employment in construction, operation, and maintenance, thereby supporting local economies and fostering skills development. Furthermore, power-to-energy technologies facilitate the integration of renewable energy into the grid, which is essential for transitioning to a low-carbon economy. By maximizing the use of local renewable resources, countries can enhance their energy independence.

Moreover, these systems have environmental benefits. By decreasing reliance on fossil fuels and promoting cleaner energy sources, power-to-energy systems can help reduce greenhouse gas emissions, contribute to global climate goals, and improve local air quality.

Challenges and Considerations

Despite their potential, adopting power-to-energy systems in Africa is not without challenges. One major barrier is the initial investment required for these technologies. Many African nations operate with limited budgets, and the high upfront costs of establishing power-to-energy facilities can deter investment. Additionally, the absence of existing infrastructure for energy storage and distribution presents significant logistical hurdles.

The regulatory environment poses another challenge. In many African countries, energy policies are still evolving, and the lack of clear regulations can create uncertainty for investors, hindering the deployment of new technologies. Comprehensive energy policies are urgently needed to support innovation while ensuring equitable access to energy resources.

There is also the risk of creating energy inequities. If access to power-to-energy technologies is limited to urban areas or wealthier populations, rural communities may be left behind, exacerbating existing disparities. Prioritizing inclusive energy strategies is crucial to ensuring that all populations benefit from new technologies.

Power Security Issues

Transitioning to power-to-energy systems carries specific risks, particularly concerning power security. Key issues include the reliability of renewable sources, which can lead to vulnerabilities during periods of low production. For instance, solar energy generation drops significantly at night and can be affected by weather conditions. If not managed properly, power-to-energy systems could lead to an over-reliance on stored energy, compromising supply during peak demand.

Cybersecurity risks are also a significant concern. As energy systems become more interconnected and dependent on digital technologies, the threat of cyberattacks increases. Many developing nations may lack the resources and expertise to secure their energy infrastructure, making them vulnerable to disruptions that could have far-reaching economic consequences.

Furthermore, infrastructure vulnerabilities can exacerbate the challenges faced by power-to-energy systems. The physical infrastructure required, such as storage facilities and distribution networks, may be underdeveloped in many regions. Natural disasters or political instability could further disrupt energy supply.

Market volatility is another issue. As power-to-energy technologies expand, the markets for energy carriers such as hydrogen may become more unstable, creating uncertainty for investors and consumers alike.

Power-to-Energy AI and Cybersecurity

Cybersecurity threats to power-to-energy systems in Africa are complex (Cybersecurity Africa, 2021) and can pose significant risks to the stability and reliability of energy infrastructure. The increased digital interconnectivity of these systems creates vulnerabilities that can be exploited by cybercriminals. If not adequately secured, power-to-energy systems may become targets for attacks that could disrupt energy supply or compromise sensitive data.

Many African countries are still in the process of developing their cybersecurity frameworks. Existing measures may be insufficient to protect critical energy infrastructure, making power-to-energy systems more susceptible to attacks. Cyberattacks on these systems can have severe consequences, including power outages, economic disruptions, and threats to public safety.

Insider threats also pose significant risks. Employees or contractors with access to power-to-energy systems can unintentionally compromise security protocols or act maliciously. Additionally, ransomware attacks are increasingly common in various sectors, including energy, where cybercriminals can encrypt critical data and demand ransom for its release.

Moreover, the vast amounts of data generated by power-to-energy systems for operational efficiency and decision-making are at risk. Cyberattacks could compromise the integrity of this data, leading to incorrect operational decisions, inefficient energy distribution, or even equipment damage.

Enhancing Power-to-Energy AI Systems Cybersecurity

Public-private partnerships (PPPs) are vital for strengthening cybersecurity efforts in the energy sector. These collaborations leverage the strengths of both sectors to create robust cybersecurity frameworks. By facilitating resource sharing and expertise, public and private entities can collaborate on threat intelligence and capacity building, enhancing situational awareness and effective incident response.

In the event of a cyber incident, PPPs can form coordinated response teams, ensuring a rapid and effective response to minimize damage and restore services. Joint initiatives in policy development can lead to the creation of cybersecurity standards that apply across sectors, providing a consistent framework for protecting critical infrastructure.

Investment in cybersecurity infrastructure can also be bolstered through PPPs. By mobilizing resources and sharing responsibilities for security measures, both sectors can contribute to the overall security landscape. Public awareness campaigns and training programs can educate stakeholders about cybersecurity risks, fostering a supportive environment for investment.

Research and development efforts can drive innovation in cybersecurity technologies, while regulatory compliance guidance can help ensure that regulations are met without imposing undue burdens on businesses. Continuous improvement through collaboration will allow both public and private entities to assess and adapt their cybersecurity measures to the evolving threat landscape.

Incentivizing Power-to-Energy Investments in Africa

A comprehensive set of policies addressing financial, regulatory, and infrastructural challenges is essential to encourage power-to-energy investments in Africa, Financial incentives, such as tax breaks or subsidies for companies investing in power-to-energy technologies, can make projects more financially viable. Establishing government-backed loan programs with favourable terms can also support businesses and communities looking to invest in power-to-energy infrastructure.

Clear regulatory frameworks outlining the permitting process and compliance requirements for power-to-energy projects can build investor confidence. Streamlined permitting processes will reduce bureaucratic delays, while technical standards ensure safety and reliability.

Investment in grid infrastructure is crucial for accommodating new power-to-energy projects. Additionally, fostering public-private partnerships can share risks and resources in developing these projects. Creating targeted support for rural areas, such as funding for projects that enhance energy access, will also be important.

International cooperation is vital for engaging with global funding sources and facilitating knowledge sharing with countries that have successfully implemented power-to-energy technologies. Establishing innovation hubs focused on renewable energy and power-to-energy technologies will encourage research and development, paving the way for new solutions and business models.

Strong regional economic cooperation can be a strong driver. While power-to-energy systems present significant opportunities for addressing energy poverty in Africa, careful planning, investment, and collaboration are essential to navigate the challenges. Regional Economic Communities (RECs) have the potential to play a pivotal role in addressing energy poverty. For instance, the Southern African Development Community (SADC, 2019) has launched initiatives to enhance energy access through the Southern African Power Pool (SAPP), which aims to optimize energy generation and distribution. Similarly, the East Africa power pool have all suggested the imperative for cooperation. However, the implementation of these has remained at snail pace and thus missing out on the potential dividends of a regionally integrated power and energy system

Addressing energy poverty is essential for improving livelihoods and fostering economic resilience in Africa. Collaborative efforts among RECs, governments, and international organizations are crucial to overcoming the challenges posed by energy poverty (World Bank, 2020). By fostering an inclusive approach that emphasizes capacity building and innovation, Africa can harness the potential of these technologies to create a sustainable and equitable energy future.

*Evans Rubara is an experienced Natural Resource Management specialist with a deep focus on extractive geopolitics, environmental politics and Sustainability. He can be reached through evans@africatranscribe.co.tz.

Further Reading

  • African Union. (2019). African Continental AI Strategy.
  • Cybersecurity Africa. (2021). Cybersecurity Threats in Energy Systems.
  • Government of Kenya. (2020). National Cybersecurity Strategy.
  • (2021). World Energy Outlook.
  • (2019). National Cybersecurity Policy.
  • Rwanda Government. (2020). National Cybersecurity Policy.
  • (2019). Southern African Power Pool Initiatives.
  • South African Government. (2020). Cybersecurity Policy Framework.
  • World Bank. (2020). The Impact of Energy Poverty on Economic Development.

[1] https://builtin.com/artificial-intelligence

Understanding of Thermal power, opportunities and limitations for power generation in East Africa.

 

In this brief we focus on geothermal as source of energy, shading some perspectives on what it is, the potential and why it may be an attractive source of energy but also point out the downside factors that may limit its exploitation in East Africa.

By  Moses Kulaba, Governance and Economic Policy Centre

Globally, there is an increasing focus on mitigating climate change by gradually transiting to clean energy sources. With its location along the equator and various volcanic plates, Africa is considered as a sleeping giant of renewable energy sources. Despite this abundancy, Africa lags behind in energy access and investment in renewables generally. If deliberate efforts are not taken, Africa will remain perpetually in Energy poverty. The disparity in East Africa is even worse, with countries facing significant energy shortages and a very small investments in Geothermal power.

According to scientists, geothermal energy is largely heat flowing from the core of the earth’s crust to the top surface, which is trapped and transformed into energy.

The Earth is generally a block of solid rock and molten surfaces. At about 3000km deep into the earth there is a transition from solid rock to an inner molten core comprising of liquid iron, nickel and a mixture of other substances.  The amount of heat within 10,000 meters of the earth’s surface contains 50,000 times more energy than all the oil and natural gas resources in the world.

At this depth, the temperatures raise up to around 5700 Kelvins, which is almost the same on the sun.  These temperatures ordinary do not reach to the surface of the earth because the solid rock between the earth’s surface and its molten core are heat conductors. 

However, the molten rock can escape to the earth surface through an eruption and the heat can reach the earth surface through fissures or cracks. This is trapped and harnessed to generate power as illustrated below:

Where does the heat come from?

Geothermal comes from the Greek word, where ‘Geo’ refers to Earth, and ‘Therme’ refers to Heat. The heat comes from beneath the earth’s crust. Generally, it is found distantly far below the earth’s burning molten rock ‘Magma’ and stored in the rocks and vapour in the earth’s centre. The heat comes from two major sources.

  1. Residual heat, which is heat left over largely when the earth formed during the gravitation aggregation phase when the solar system formed. Small bodied such as asteroids which existed before and collided to form the earth and cooled still exits and emit the heat from their bodies
  2. Decay process of radioactive elements in the earth’s mantle. It is estimated that since the earth formed over 4.5billion years ago, there are significant radio active materials, largely radium, radioactive potassium and others in tiny quantities but the decay of these generated enough materials to keep the earth warm

Geothermal energy resource at the surface is therefore the rate of heat flowing through the earth’s surface at any given location.

The rate of this heat flow is to surface is highly variable and depends on the local geological settings and on the types of rocks directly beneath the surface at any given location.

The heat generated from the earth’s surface is measured in the same way as we measure solar energy (Watts per Meter Square). The hottest points on the earth’s surface are ironically the deep ocean basins where magma is always welling up and creating an undersea chain of volcanic mountains.

These actually create new crusts in the ocean basins.  Continents are relatively cool although there are hot spots on the margins such as in the North America where there are occasional heat flows with rates ranging between 20 milliwatts per square meter to 50,000 milliwatts per hour.

Key Features of Geothermal Power

The key feature of geothermal power is (electricity generation) is the rate at which temperatures increases with depth, which is the Local Geothermal gradient. i.e How far deep you have to reach the rocks that is hot enough to create steam.

An average gradient in the crust is about 25 degrees centigrade per km. i.e if you dig by 1 km deep the temperature at that point will be 25 degrees Celsius and constantly at that rate as you go deep and deeper.

The local gradient and thermal conductivity of the rocks the surface determine the local heat. In the mountain areas where the rocks are relatively recently formed the temperatures are hotter and well suited for geothermal.

Geothermal gradients are important because they determine how deep one has to dig to reach to a rock hot enough to produce steam by exposing water to the hot surface. Even in areas with low gradients, geothermal systems can be used for residential and commercial heating and cooling.

Geothermal power basics

To date geothermal power is still a very small tinny part of the overall electricity generating capacity of the world. The total geothermal capacity was approximately around 15 GW by 2018 and was projected to increase to 18 GW by 2021, compared to 600GW of solar and 400 GW of hydro. Asia had the largest installed capacity of around 4.8GW closely followed by the United States with around 3.5GW.

Types of Geothermal systems

There are largely two types of geothermal systems.  The Hydrothermal systems (Hot wet rock) and the Enhanced Geothermal Systems (EGS).

The Hydrothermal systems account for nearly all installed and commercial systems. These are systems where natural ground water or injected water is heated at a depth. It is either its natural depth or deep boreholes and circulated through an exchange system to create steam to drive a conventional steam turbine. Hydrothermal systems must have enough natural permeability of rocks to support enough water circulation without high pressure pumping or fracturing of the rocks.

The Enhanced Geothermal System (EGS) is also referred to as the dry rock system, whereby water is circulated through a hot dry rock so the rock itself is hot but doesn’t naturally have water present because it is largely impermeable.

EGS are considered quite revolutionary in the geothermal energy sector as they can be easily installed in multiple places around the world through available engineering methods. Practically, everywhere around the world it is possible to drill and reach enough depth to generate an Engineered Geothermal System.

Why it is attractive

Geothermal has the lowest carbon foot print of any energy system types and the cheapest in dollar terms per megawatt hour produced and therefore quite competitive compared to other sources. Moreover, it can operate at high capacities of around 70% capacity compared to 20% to 30% for solar and wind respectively. Geothermal systems can also easily support other associated economic activities such as tourism in the hot water springs and spurs.

East Africa’s Geothermal potential

Kenya

In East Africa  so far Kenya has the largest geothermal energy systems network located within the Rift Valley with an estimated potential of between 7,000 MW to 10,000 MW spread over 14 prospective sites.  Kenya generates at least 47% of its energy geothermal with a substantive portion of this being generated from the expansive Olkaria station in Naivasha, generating up to 800MW of Kenya’s geothermal power.

Figure 2: Olkaria Geothermal Project in Kenya, Courtesy Photo of Shutterstock

According to Kenya power, so far, the Country sources up to 91% of its energy from renewables with 47% geothermal, 30% hydro, 12% wind and 2% solar. Kenya hopes to transition fully to renewables by 2030, with KenGen saying the country has the potential to increase its capacity to as much as 10,000MW of geothermal energy.

A report by the Geothermal Energy Association noted Kenya as “one of the fasted growing geothermal markets in the world.” The country is fortunate to have great geothermal energy potential, offering a cost-effective alternative to expensive fossil fuel power. In 2017, installed geothermal capacity in Kenya stood around 660 megawatts (MW); the government has established a target of 5,000 MW by 2030[1].

With more than 14 high temperature potential sites occurring along the Rift Valley, Kenya has an estimated potential of more than 10,000 MWe. Other locations include Chyulu, Homa Hills in Nyanza, Mwananyamala at the Coast and Nyambene Ridges which have equally good potential for additional geothermal generation.

As a result, it is predicted that “Kenya will lead the world with substantial additions to their geothermal infrastructure over the next decade and become a center of geothermal technology on the African continent.”

Geothermal has numerous advantages over other sources of power. It is not affected by drought and climatic variability, has the highest availability (capacity factor) at over 95 %, is green energy with no adverse effects on the environment, and is indigenous and readily available in Kenya, unlike most thermal energy that relies on imported fuel. This makes geothermal a very suitable source for baseload electricity generation in the country[2], putting Kenya in clean energy terms, a step ahead of the others in the region.

Tanzania

Tanzania is endowed with a huge geothermal potential which has not yet been used, and has only been explored to a limited extend. According to Tanzania Geothermal Development Company Limited (TGDC), a 100% subsidiary company of Tanzania Electric Supply Company Limited (TANESCO), in 2013 Tanzania had a geothermal power potential of 650 Mw. However given its location along the East African Great rift valley system, it is likely that these figures are conservative and geothermal potential could be higher with some estimates putting it up to the range of 5000 MW.

Most of the identified geothermal resources occur in three regions: in SW Tanzania in the Rungwe volcanic field, where the project site Songwe-Ngozi, is located, in northern Tanzania at the southern end of the eastern branch of the East African Rift system and in eastern Tanzania (e.g. Rufiji Basin) along the Proterozoic mobile belt around the Tanzanian Craton.

The Deputy Prime Minister and Minister for Energy, Dr Dotto Biteko said Tanzania would start drilling by April 2024. This was to be a major first step in establishing the resource potential before starting energy production.

However, to date, very limited information is available on the progress of these projects and the actual dates when geothermal power could flow into Tanzania’s energy system are uncertain.

Geothermal power is a reliable, low-cost, environmentally friendly, alternative energy supply and an indigenous, renewable energy source, suitable for electricity generation. With an increasing demand for power amidst outages and uncertain future of the LNG gas to power projects, investment and development of geothermal, could be a major boost to Tanzania’s power needs.

Uganda

The main geothermal areas are Katwe-Kikorongo (Katwe), Buranga, Kibiro and Panyimur located in Kasese, Bundibugyo, Hoima and Pakwach districts respectively. According to available data Uganda geothermal resources are estimated at about 1,500 MW[3].  Currently, the government has ambition to develop up to 100 MW in geothermal power generation capacity in the country, as reported by Afrik21[4].

Uganda’s geothermal potential lies primarily within the western part of the country, with the most prominent prospects found in the Panyimur and Kibiro regions. Geological studies indicate that the East African Rift System, which traverses through Uganda, provides favorable conditions for geothermal reservoirs. The estimated geothermal capacity in the country is substantial, and tapping into these resources could significantly contribute to the nation’s energy mix.

The main geothermal resources of Uganda are centered around Lake Albert and Lake Edward in the districts of Kasese, Hoima, Bundibugyo and Nebbi. This area lies along the Western Branch of the East African Rift System (EARS)[5]

But despite the considered geothermal potential, challenges remain in the development and utilisation of the resources. Uganda’s geological complexity poses challenges for geothermal drilling operations. However, advancements in drilling technologies, such as slim-hole drilling and directional drilling, have the potential to overcome these obstacles. Investing in research and development specific to Ugandan conditions is considered a major factor that will improve drilling efficiency and reduce costs[6].

Obstacles to peaking of Geothermal in East Africa

Despite being the cleanest and most efficient energy source, scaling up geothermal generation in East Africa faces significant obstacles.

  1. The resources are site specific. Globally, hydrothermal systems with wet hot rocks are rare in the world and can only be found in very special locations. Similarly in East Africa these resources are located largely along the Great Rift Valley belt such as Western Uganda, Along the Rift Valley in Kenya and Tanzania
  1. Relatively long lead time of between 5-7 years from conception to production of electricity. Heavy investment in transmission and other support infrastructure due to long distances to existing load centers.
  1. High upfront investment costs. In East Africa, the initial investment costs in geothermal is still expensive compared to other forms such as hydro. According to published data indicate that installation costs range between 2.5 to 6.5 million US$ per MWe. Kenya average installation cost is about 3.6 million US$ per MWe[7]. Geothermal exploration demands money upfront – one well costs about 500 million USD[8]. With a few private investors so far, the governments have to borrow expensive loans to build geothermal power plants.
  1. High resource exploration and development risks. In East Africa there is limited updated knowledge of the geology and geodata about the resource potential. Most of the data was collected in the 1970s and 80s and has been upgraded slowly. For example, McNitt (1982) estimated resource potential for Kenya at 1,700 MW, whereas the latest estimates have revised the potential to 7,000-10,000 MW and similarly in Tanzania the latest resource estimate is about 5000 MW, up from 650 MW in 1982.
  1. Inadequate geothermal expertise. Unlike other power options, it requires highly skilled technicians. In a developing country such as in East Africa, geothermal training programs are hard to come by and local experts are limited.
  1. Land use conflicts. Geothermal power stations require substantive large chunks of free land to develop. In this process there can be potential risks for land conflicts between the government or investors and local residents.
  1. Risks for natural disasters. EGS systems have to deal with induced seismicity, or fracturing of rocks to high depth of about 10km or deeper, which risks induced earth quakes due to injected fluids through fracturing. This technology despite being revolutionary in nature is yet to become readily and cheaply available in East Africa.

Key policy recommendations

  1. Conduct and update the existing geodata on the resource potential and feasibility. Experts confirm the only way forward for scaling up geothermal might be for the “government to carry out feasibility studies and exploration to attract private sector development. Once areas with geothermal energy capacity are well mapped out, (…) it will be easier to attract investment in this sphere.”
  1. Scale up investment in existing geothermal projects. Given its huge initial investment costs, the government can reduce this burden by developing projects through Private Partnerships (PPPs) structured investments. Moreover, the government must continue to support and fund geothermal resource assessment and development so as to manage the geothermal exploration risk and attract investors.
  1. Reduce administrative barriers and corruption in the energy sector, by among others, adequate financing of dedicated Geothermal departments, streamlining licensing and allocation of geothermal blocks with incentives and sanctions in order to accelerate geothermal development.
  1. Promote research, development and capacity building for geothermal development by providing fiscal and other incentives. Investment in training can reduce on the current specialized skills gap required for Geothermal development and operations.
  1. Increase marketing of East Africa’s Geothermal potential and its value as a clean energy source. This can be further ramped up by the government packaging and offering multiple incentives through attractive pricing to promote and encourage direct uses of geothermal resources such as utilization of heat, water, gases and minerals. In other words, investment in Geothermal is not only an investment in the energy sector but also in associated productive ecosystem around it, including tourism. A good example is the Olkaria hot spur in Naivasha.
  1. Promote early geothermal generation through implementation of efficient modular geothermal technologies. This is essential in cutting back on the long lead time from conception to production by more than half.
  1. Enforce proper compliance to mitigate possible occurrence of disasters such as man induced earth quakes from fracturing for geothermal power with the regulatory requirement to utilize the best available technologies that optimize the resource and conserve the reservoir.

[1] https://ndcpartnership.org/knowledge-portal/good-practice-database/geothermal-energy-powering-kenyas-future-menengai-geothermal-field-development#:~:text=The%20country%20is%20fortunate%20to,of%205%2C000%20MW%20by%202030.

[2] https://renewableenergy.go.ke/technologies/geothermal-energy/

[3] https://www.thinkgeoenergy.com/uganda-targets-geothermal-development-of-up-to-100-mw-by-2025/

[4] https://www.thinkgeoenergy.com/uganda-targets-geothermal-development-of-up-to-100-mw-by-2025/

[5] https://www.carbon-counts.com/uganda-geothermal-resources

[6] https://www.linkedin.com/pulse/geothermal-energy-engineering-uganda-harnessing-earths-enyutu-elia/

[7] https://rafhladan.is/bitstream/handle/10802/6070/UNU-GTP-SC-17-1201.pdf?sequence=1#:~:text=The%20installation%20cost%20is%20also,3.6%20million%20US%24%20per%20MWe.

[8] https://www.euronews.com/business/2022/11/14/cheap-and-eco-friendly-the-huge-potential-of-geothermal-power

Enhancing Implementation of East Africa’s Nationally Determined Contributions (NDCs) for Climate Resilience: Is it an Exercise in futility?

The Paris Agreement in 2016 set targets to cut global cut global emissions and keep temperatures below 2 degrees Centigrade by 2030 and total net zero by 2010. But so far, we doing so badly, that these targets are largely likely to be missed. In the last few years C02 emissions have been hitting record new high levels ever recorded in billions of years.

Author: Nader M. Khalifa, Governance & Economics Policy Centre, Tanzania, October 2024

  1. Introduction

East Africa faces increasing climate risks, including unpredictable rainfall patterns, severe droughts, and flooding. These climate challenges threaten livelihoods, economic development, and environmental sustainability across the region. Under the Paris Agreement, East African nations have committed to ambitious Nationally Determined Contributions (NDCs) aimed at reducing greenhouse gas (GHG) emissions and enhancing resilience to climate impacts. This policy paper explores the state of NDCs in East Africa and offers a comparative analysis of Kenya, Tanzania, and Uganda’s NDCs, emphasizing recommendations to increase funding, strengthen climate adaptation and mitigation efforts.

  1. Context of NDCs in East Africa

Countries in East Africa are committed to reducing emissions and adapting to climate impacts. Kenya, Tanzania, and Uganda have outlined ambitious NDCs centered on expanding renewable energy, promoting climate-smart agriculture, and building climate-resilient infrastructure. However, significant challenges hinder the implementation of these targets, including financial constraints, limited technical capacity, and political and social barriers. Addressing these challenges is essential to achieve East Africa’s climate resilience goals.

  1. Comparative Analysis of East African NDCs: Emission Targets and Key Factors

East African countries exhibit varied commitments and approaches within their Nationally Determined Contributions (NDCs) based on their unique socio-economic contexts, vulnerability to climate impacts, and institutional capacities. Below is a detailed comparison of emission targets, adaptation and mitigation efforts, financial requirements, and implementation challenges among Kenya, Tanzania, and Uganda.

  • Emission Reduction Targets

  • Kenya: Kenya has committed to reducing its GHG emissions by 32% by 2030 compared to the Business-as-Usual (BAU) scenario. Kenya’s mitigation efforts focus primarily on the energy sector, which includes an ambitious plan to expand renewable energy (particularly geothermal) and enhance energy efficiency across industries.
  • Tanzania: Tanzania’s NDC commits to reducing emissions by 30% by 2030 relative to its BAU scenario. Tanzania’s mitigation focus is on increasing the share of renewable energy, combating deforestation, and improving energy efficiency in industries.
  • Uganda: Uganda aims for a 22% reduction in emissions by 2030. Like Kenya and Tanzania, Uganda’s mitigation strategy heavily emphasizes renewable energy, particularly hydropower, and afforestation efforts, along with energy efficiency improvements in households and industry.

These are quite high targets. For these to be achieved EAC will have to plant so many trees and decarbonize to zero emission in so many sectors such as manufacturing, transportation, agriculture and construction.

Adaptation Strategies

  • Kenya: Kenya is highly vulnerable to climate change, particularly in agriculture, water resources, and human settlements. Its adaptation strategies include promoting drought-resistant crops, improving irrigation and water management systems, and investing in climate-resilient infrastructure (such as flood-proof buildings and early warning systems for extreme weather events). Kenya’s NDC prioritizes ecosystem-based adaptation (EBA) practices to enhance resilience in both rural and urban areas.
  • Tanzania: Tanzania’s adaptation efforts center around sustainable agriculture and forestry, recognizing the importance of these sectors for food security and livelihoods. The country prioritizes improving water resource management, soil fertility restoration, and expanding agroforestry. Adaptation initiatives also target improving the health sector’s ability to cope with climate change-induced diseases.
  • Uganda: Uganda’s adaptation strategies are focused on improving agricultural productivity, increasing resilience in water resource management, and developing sustainable forestry practices. A major component of Uganda’s adaptation plan is strengthening community-based adaptation, particularly in regions vulnerable to extreme weather events like floods and droughts.

Renewable Energy and Mitigation

  • Kenya: Kenya is one of Africa’s renewable energy leaders, with over 90% of its electricity generated from renewable sources, predominantly geothermal, hydropower, and wind. The country aims to further increase its share of clean energy, making it central to its mitigation strategy. The government’s expansion plans include increasing solar installations and expanding geothermal capacity.
  • Tanzania: Tanzania’s renewable energy sector is less developed compared to Kenya. However, the country plans to expand its reliance on hydropower and solar energy, with targeted investments in rural electrification projects powered by renewables. Tanzania’s NDC also prioritizes improving energy efficiency in both industrial and domestic sectors.
  • Uganda: Uganda’s energy mix is primarily hydropower-based, and its NDC targets further expansion of this sector. The country is also exploring solar energy as part of its rural electrification strategy. Uganda’s mitigation efforts also focus on reducing emissions from deforestation and promoting sustainable land management practices.

Financial Requirements and Challenges

NDC is proving  too expensive for EAC Countries to achieve. The cumulative estimated mitigation and adaptation  funding requirement for Uganda, Tanzania and Kenya is about USD109.3Bln 

  • Kenya: Kenya has estimated that it will need $62 billion to implement its NDC by 2030, of which 87% is expected to come from international climate finance. Financial constraints, particularly in securing adequate international support, remain a critical challenge for implementing large-scale renewable energy projects and climate-resilient infrastructure.

 

  • Tanzania: Tanzania’s NDC estimates the need for $19.2 billion by 2030 to meet its mitigation and adaptation targets. Securing adequate financing from both domestic and international sources is a major hurdle, especially for funding long-term initiatives like reforestation, energy efficiency programs, and renewable energy development.
  • Uganda: Uganda’s NDC implementation is projected to cost $28.1 billion, with a significant portion expected from external sources. Uganda’s challenges revolve around mobilizing sufficient funds for rural electrification projects, water management systems, and agricultural resilience initiatives.

 

Implementation Barriers

  • Kenya: While Kenya has strong institutional frameworks for implementing its NDCs, challenges include weak local capacity in monitoring, reporting, and verification (MRV) systems, as well as difficulties in attracting consistent international funding. Political stability in the country helps foster a more conducive environment for climate action, but there are gaps in integrating climate policy across sectors.
  • Tanzania: Tanzania faces significant barriers in terms of technical expertise and capacity for implementing its NDCs. Limited access to data and modern technologies, particularly in rural areas, hampers the effective rollout of renewable energy and agricultural adaptation strategies. Political commitment is strong but often challenged by competing development priorities.
  • Uganda: Uganda’s main implementation challenges include a lack of technical capacity and institutional coordination. While Uganda has ambitious NDC targets, the limited financial and technical resources available for adaptation, especially in agriculture and water management, slow down progress. Moreover, the country struggles with integrating climate action into local governance structures.

The global total emissions is over 50 bln tones annually shared out per sector as follows

No Sector % Co2 Emissions
1 Manufacturing (Oil, Gas, Steel, Cement, Chemicals & Mining) 29%
2 Electricity (Coal, Natural Gas, Oil) 29%
3 Agriculture (Landuse, Waste, Crops & Livestock) 20%
4 Transportation 15%
5 Building (Cooling, Heating) 7%

Source:  Netflix Documentary; What is Next? The Future with Bill Gates

 

The long-term trend is that are not seeing any decline in Co2 emissions in the next future. The last time the planet was this hot was about 20,000,000 years ago. To get to net zero requires netting out to zero by sectors for each Country and this is a gigantic task.

  • Regional Cooperation and Potential Solutions

There is potential for stronger regional cooperation among East African countries to address common climate challenges, particularly around renewable energy development, cross-border water resource management, and shared capacity-building efforts. This includes:

  • Joint Renewable Energy Projects: Collaborative renewable energy initiatives, such as regional geothermal or hydroelectric projects, can reduce costs and improve energy access across borders.
  • Capacity Building through Regional Bodies: Institutions like the East African Community (EAC) and African Union (AU) can help facilitate knowledge sharing, technical training, and the development of MRV systems tailored to regional needs.
  • Shared Climate Finance Mechanisms: Establishing a regional climate fund or enhancing existing ones could help streamline the mobilization of climate finance to meet the collective NDC ambitions of East African countries.
  1. Recommendations for Enhancing East African Countries’ NDCs and Climate Resilience

East African countries like Kenya, Tanzania, and Uganda have made significant strides in formulating their Nationally Determined Contributions (NDCs) to combat climate change. However, to effectively meet their climate goals and enhance resilience, the following strategic recommendations are essential:

  • Increase Climate Financing Access

Recommendation: Establish a more structured approach to accessing international climate finance and improve domestic resource mobilization.

  • Actionable Steps:
    • Strengthen partnerships with international financial institutions such as the Green Climate Fund (GCF), Global Environment Facility (GEF), and bilateral climate finance partners.
    • Develop and refine national climate finance strategies to better align with donor priorities and global climate funding criteria.
    • Encourage private sector participation by developing incentives such as tax breaks, green bonds, and public-private partnerships to fund renewable energy and adaptation projects.
    • Enhance Regional Cooperation

Recommendation: Foster collaboration among East African countries for shared climate solutions, leveraging regional strengths and resources.

  • Actionable Steps:
    • Establish regional climate action platforms under the East African Community (EAC) to facilitate joint renewable energy projects, share best practices, and coordinate climate adaptation measures.
    • Promote cross-border initiatives like regional renewable energy projects (e.g., geothermal, wind, and hydroelectric plants) that can serve multiple countries and reduce costs.
    • Strengthen regional bodies for coordinated action on shared ecosystems, such as the Nile Basin Initiative, to ensure joint management of water resources affected by climate change.
    • Strengthen Technical Capacity and MRV Systems

Recommendation: Develop and improve Monitoring, Reporting, and Verification (MRV) systems to ensure more accurate tracking of NDC implementation and climate progress.

  • Actionable Steps:
    • Invest in training programs for local technical experts on MRV systems, GHG inventory, and data management, with support from international partners.
    • Collaborate with international organizations like the Initiative for Climate Action Transparency (ICAT) and UNEP to implement best practices in MRV across sectors.
    • Develop a regional MRV framework within the EAC to allow for collective data tracking, knowledge sharing, and standardization of methods for measuring progress on NDCs.
    • Focus on Climate-Resilient Agriculture

Recommendation: Prioritize climate-smart agriculture to safeguard food security, livelihoods, and ecosystem health.

  • Actionable Steps:
    • Expand the adoption of climate-smart agriculture (CSA) practices, such as promoting drought-resistant crop varieties, efficient water use systems, and agroforestry.
    • Increase investment in agricultural research and development to identify crops and farming techniques that are more resilient to changing climate conditions.
    • Provide capacity-building support to smallholder farmers through training programs on sustainable agricultural practices and offering financial mechanisms (e.g., microloans) for adopting these methods.
    • Develop Green Infrastructure and Urban Resilience

Recommendation: Promote the development of climate-resilient infrastructure to adapt to future climate risks in urban areas.

  • Actionable Steps:
    • Invest in green urban planning that includes building flood-proof structures, expanding public green spaces, and improving waste and water management systems in urban centers.
    • Encourage the adoption of eco-friendly public transportation systems, such as electric buses or improved public transport infrastructure, to reduce emissions from the transport sector.
    • Create urban climate resilience strategies that incorporate natural solutions, such as restoring wetlands and reforestation to serve as buffers against climate impacts like flooding and heatwaves.
    • Promote Renewable Energy Development

Recommendation: Expand renewable energy initiatives to reduce reliance on fossil fuels and enhance energy access.

  • Actionable Steps:
    • Fast-track the development of large-scale solar, wind, and geothermal projects to increase renewable energy capacity.
    • Provide incentives for both local and international private investments in clean energy infrastructure, including tax reliefs, subsidies, and regulatory reforms that encourage clean energy deployment.
    • Integrate renewable energy initiatives with rural electrification programs to provide off-grid renewable energy solutions to rural areas, improving both energy access and climate resilience.
    • Integrate Climate Adaptation into National Development Plans

Recommendation: Ensure climate resilience is mainstreamed across all sectors of national development policies and strategies.

  • Actionable Steps:
    • Align national development goals (e.g., poverty eradication, healthcare, and education) with climate action priorities to foster sustainable development pathways.
    • Develop sector-specific adaptation plans (e.g., in agriculture, water, health, and infrastructure) and ensure these are supported by legislation and long-term budget commitments.
    • Promote community-based adaptation strategies that empower local communities to develop localized solutions to climate impacts, such as improved land management or water conservation techniques.
    • Support Gender-Responsive Climate Action

Recommendation: Ensure that NDCs are gender-responsive and include strategies to protect vulnerable populations, particularly women and children.

  • Actionable Steps:
    • Mainstream gender considerations into all climate action projects, ensuring that women, who are disproportionately affected by climate change, are included in decision-making processes.
    • Develop gender-specific programs that focus on building women’s resilience to climate impacts in areas like agriculture, water resource management, and entrepreneurship.
    • Collaborate with women-led organizations and networks to amplify their role in climate adaptation and mitigation efforts.
    • Promote Innovation and Climate Technology Transfer

Recommendation: Accelerate the deployment of climate technologies to enhance adaptation and mitigation efforts.

  • Actionable Steps:
    • Establish a regional climate technology hub to facilitate the transfer and development of clean technologies tailored to East Africa’s unique climate challenges.
    • Create a favorable policy environment that incentivizes innovation, such as offering grants or tax credits for start-ups and businesses that develop climate solutions.
    • Encourage collaboration with international partners for access to cutting-edge technologies, including in renewable energy, early warning systems, and agricultural resilience technologies.
    • Strengthen Institutional Governance and Policy Coordination

Recommendation: Improve governance frameworks and inter-sectoral coordination to enhance the implementation of NDCs.

  • Actionable Steps:
    • Establish national climate task forces to oversee the integration of NDCs across various government departments, ensuring climate policies are effectively coordinated and implemented.
    • Improve policy coherence between climate action, agriculture, energy, and economic development sectors to avoid conflicts and inefficiencies in NDC implementation.
    • Ensure strong participation from civil society, local governments, and the private sector to promote inclusive climate governance.

 

Conclusion

Kenya, Tanzania, and Uganda have demonstrated strong commitment to their NDCs, yet significant challenges—such as financial constraints, technical capacity gaps, and implementation barriers—continue to hinder their climate ambitions. Overcoming these obstacles will require enhanced regional cooperation, dedicated capacity-building efforts, and innovative financing solutions, with support from the international community playing a crucial role. By embracing these strategies and recommendations, East African countries can strengthen their resilience to climate impacts, close the gap between climate goals and actions, and contribute substantially to sustainable development and global climate efforts, ultimately improving the quality of life for their citizens.

 

 

 

 

  1. References:
  1. African Development Bank (AfDB) (2020). African Economic Outlook 2020: Developing Africa’s Workforce for the Future. AfDB, Abidjan.
  1. Africa NDC Hub, https://africandchub.org/
  1. East African Community (EAC) (2021). EAC Climate Change Policy and Strategy. EAC, https://www.eac.int/environment/climate-change/eac-climate-change-policy-framework
  2. IPCC (2022). Climate Change 2022: Impacts, Adaptation, and Vulnerability. Contribution of Working Group II to the Sixth Assessment Report of the Intergovernmental Panel on Climate Change. Cambridge University Press.
  1. IPCC Sixth Assessment Report – Chapter 9, https://www.ipcc.ch/report/ar6/wg2/chapter/chapter-9/
  1. Kenya Ministry of Environment and Forestry (2020). Kenya’s Updated Nationally Determined Contribution (NDC). Government of Kenya, Nairobi.
  1. NDC Partnership Knowledge Portal, https://ndcpartnership.org/climate-finance
  1. Uganda Ministry of Water and Environment (2022). Uganda’s Nationally Determined Contribution (NDC). Government of Uganda, Kampala.
  2. United Nations Framework Convention on Climate Change (UNFCCC) (2015). The Paris Agreement. United Nations, Bonn, Germany.
  3. Tanzania Vice President’s Office (2021). Updated Nationally Determined Contribution of Tanzania. Government of Tanzania, Dodoma.

 

Youth in Climate Change and Energy Transition: How Tanzania Government can repurpose youth for SDGs, NDCs and a fossil free future

Young people are the majority of Tanzania’s population ,  destined to inherit the future yet are seriously at a risk of climate change. Many are actively engaged in mitigation measures such as tree planting campaigns with limited focus on the policy and practical measures that are required to ensure or determine a fossil free future is achieved. Effective youth participation in SDGs and NDCs is a goal that is still far from reach.

Author: Arafat Bakir Lesheve, SDG Ambassador and Junior Associate, Governance and Economic Policy Centre

# Featured photo image source: African Climate and Environmental Centre-AFAS

# Click here to register for the forthcoming webinar on implementation of SDGS and NDCs in Africa scheduled for 31st October 2024 via the Link: https://us06web.zoom.us/meeting/register/tZYodOCsqTsuEt1URomW6I9uz6IjSyzq5S96

The transition to a fossil-free future is crucial for Tanzania to achieve sustainable development and combat climate change. The United Nations has set several targets for achieving a fossil-free future by 2030 and 2050. These targets aim to enhance international cooperation in the fight against climate change, promote clean energy research and technology, reduce reliance on fossil fuels, reduce greenhouse gas emissions and speed up the transition to clean and renewable sources of energy.

In 2021 Tanzania developed its Nationally Determined Contributions (NDCs), which spells out how the government plans to build resilience against climate change and contribute to clean future. The NDC is anchored on delivering a fossil free future by 2050 yet the document and its implementation has remained largely a technical exercise with limited knowledge and participation of young people.

Many young people are actively engaged in mitigation measures such as tree planting campaigns with limited knowledge, focus, engagement and participation in the policy and practical measures that are required to ensure or determine a fossil free future is achieved.  With the youth comprising over 65% of Tanzania’s total population, engaging and empowering young people will be crucial to the success of these national and global targets.

This short brief exposes the opportunities , gaps and the need for an intentional repurposing of Tanzania’s youth in climate change and the implementation of the NDC along with the Sustainable Development Goals (SDGs) so as to achieve a fossil free future by 2030 and 2050.

Climate Change and a fossil free future in Tanzania 

Despite being among the least polluters, Tanzania is seriously affected by climate change. The country has experienced irregular rainfall patterns, extended droughts, floods and deforestation. Currently, a significant proportion (about 70%) of all types of natural disasters in Tanzania are climate change related and are linked to recurrent droughts and floods.

The most recent projections for climate change in Tanzania (Future Climate for Africa, 2017)9 show a strong agreement on continued future warming in the range of 0.8°C to 1.8°C by the 2040s, evenly distributed across Tanzania. The warming trend leads to a corresponding increase in the number of days above 30°C by 20-50 days in the central and eastern parts and up to 80 additional days in the coastal area of Tanzania.  Warming until 2090 is projected in the range of 1.6°C to 5.0°C depending on the level of greenhouse gases in the atmosphere[1]

Moreover, climate change’s impact on Tanzania’s forest cover and sensitive ecosystems has been increasing.  According to reports, Tanzania’s forest cover has reduced by at least one third over the past decade, thereby reducing the coverage of the natural carbon sink that has protected us for generations.  Annually, almost 38% of Tanzania’s forest cover is being lost at the rate of about 400,000 ha annually and should this continue, the country would deplete its forest cover in the next 50-80 years[2].

Figure 1: Map of forest loss in Tanzania during 2010–2017 and location of ground survey points

The extreme weather patterns affect National Economic growth due to large dependence of Tanzania’s Growth Domestic Product (GDP) on Climate sensitive activities such as agriculture. The recent floods affected crops and farmland while the extended droughts in some regions have increased food insecurity and poverty by almost half. Sensitive ecological and biodiversity systems hosted within from forests and wooded areas are affected and climate related diseases such as malaria in previously cold and less malaria prone regions such as Moshi, Arusha, Lushoto, Iringa and Mbeya are on the increase.

According to medical reports, malaria is a major public health problem in mainland Tanzania and a leading cause of morbidity and mortality, particularly in children under five years of age and pregnant women.  Moreover, the climate condition has become favourable for transmission throughout almost the entire country, with about 95% of mainland Tanzania at risk.

Over the past few years Tanzania now has the third largest population at risk of stable malaria in Africa after Nigeria and Democratic Republic of the Congo[1]. Clearly, there is a nexus between climate change and the social-economic and public policy challenges that Tanzania faces.

Figure 2: Malaria Prevalence in Mainland Tanzania 2017-2019: Source: Research Gate

The UN’s perilous search for a fossil free future

The UN under the Agenda 2030 targets to achieve a fossil free future by reducing global greenhouse gas emissions by half by 2030 and to achieve net zero by 2050.

For this to be feasible the world has to gradually transit from the use of fossil-based fuels towards renewables and clean energy sources.  Fossil fuels, such as coal, oil and gas, are by far the largest contributor to global climate change, accounting for over 75 percent of global greenhouse gas emissions and nearly 90 percent of all carbon dioxide emissions.

Therefore, ramping up investment in alternative sources of energy that are clean, accessible, affordable, sustainable, and reliable offers a way out of the enormous climate change challenges that we face. To achieve this requires a radical shift in global energy system but equally collective participation.  The UN has encouraged countries to develop and implement Sustainable Development Goals (SDGs) and Nationally Determined Contributions (NDCs), as road maps towards a sustainable cleaner future, yet many countries like Tanzania face a bumpy road ahead. The underfunding and limited meaningful participation by the youth is holding back success.

Climate Change, SDGs and the Nationally Determined Contributions (NDC) in Tanzania

In line with the UN Paris Agreement and call to climate action, the Tanzanian government set targets for climate change response and achieving a fossil-free future. The government aims to accelerate mitigation and adaptation measures, cutting Green House Emissions and contributing towards a transition to cleaner and renewable sources of energy.

These targets are clearly stipulated in Tanzania’s National Adaptation Plans (NAPs), National Climate Change Response Strategies (NCCRS) and most recently the Nationally Determined Contributions (NDC) in 2021.  The NDC provides a set of interventions on adaptation and mitigation which are expected to build Tanzania’s resilience to the impacts of climate change and at the same time contribute to the global efforts to reduce greenhouse gases.

According to the NDC, the government commits to reduce greenhouse gas emissions economy-wide between 30- 35% relative to the Business-As-Usual (BAU) scenario by 2030. The NDC further indicates that about 138-153 million tons of Carbon dioxide equivalent (MtCO2e)-gross emissions is expected to be reduced depending on the baseline efficiency improvements, consistent with its sustainable development agenda.

The NDC goals are aligned to the UN Sustainable Development Goals (SDCs) 2015, in particular SDG13 and other closely related goals such as SDG (1.7,12,14,15.16 &17). They further in synchrony with the Agenda 2063 on the Future of Africa We want and the Sendai Framework on Disaster Risk Reduction (2011).

To achieve these targets, the government commits to consider the impacts of climate change in development planning at all levels and to pursue adaptation measures as outlined in the NDC. Despite these efforts, many SDG targets are off course and NDC’s implementation has been slow. The NDC implementation is faced with financial, governance, institutional and participation gaps, which are delaying or may ultimately thwart its successful achievement of a climate safe and fossil free future.

Gaps in Climate Change, NDC and SDG implementation

The Economics of climate change and implementation of SDGs and the NDC for a climate safe and fossil free future is proving to be an expensive affair.

According to The Economics of Climate Change reports for Mainland Tanzania (2011) and Zanzibar (2011) , an initial cost estimate of addressing current climate change risks is about USD 500 million per year[2].  These reports provide indicative costs for enhancing adaptive capacity and long-term resilience in Tanzania.  This cost is projected to increase rapidly in the future, with an estimate of up to USD 1 billion per year by 2030[3].

Further, the net economic costs of addressing climate change impacts are estimated to be equivalent to 1 to 2% of GDP per year by 20305. Similarly, Tanzania would require an investment of approximately USD 160 billion for mitigation activities aimed at achieving 100% renewable energy for electricity, buildings, and industry by 2050[4]. In total the NDC estimates that USD19,232,170,000 is required for its full implementation.

Moreover, Tanzania is facing several challenges related to weak institutional, financial constraints, poor access to appropriate technologies; weak climate knowledge management, inadequate participation of key stakeholders, and low public awareness have significantly affected effective implementation of various strategies, programmes, and plans[5]

The government has identified an institutional and governance framework for implementation. This includes the National Steering Committees and National Technical Committees for Mainland Tanzania and Zanzibar.  It further mentions the need for mainstreaming intervention but conspicuously, misses listing or identifying the youth as key stakeholders in this implementation.

With tweaks to its current policy and practice landscape, by purposefully targeting involvement of more young people, we believe, Tanzania’s achievement of its SDGs targets and climate change and energy transition goals as elaborated in the NDCs and overall National Development Plans could be faster

Tanzania’s road towards a fossil free future

In 2014 the per capita emissions of the United Republic of Tanzania were estimated at 0.22 tCO2e[1] . This was significantly below global average of 7.58 tCO2e[2] recorded in the same year. However, given the disproportional effect of climate change, adaptation to the adverse impacts continues to be a topmost priority in the implementation of the NDC.

Tanzania underlines the importance of harnessing opportunities and benefits available in mitigating climate change through pursuing a sustainable, low-carbon development pathway in the context of sustainable development. Thus, the NDC takes into account global ambition of keeping temperature increase well below 2°C as per the Paris Agreement.

Moreover, Tanzania is aiming for a greater use of natural gas and harnessing renewable energy sources to reduce on emissions. There are an estimated 57 trillion cubic feet of discovered reserves of which to-date over 100 million cubic feet have been exploited to produce 527 MW10. The government acknowledges that whilst natural gas is a fossil fuel, and therefore contributes to increasing climate change, it results in half the CO2 emissions as charcoal

Currently the government of Tanzania aims to shift away from biomass and increase the share of renewable energy sources such as hydro, wind, and solar in its energy use mix. Tanzania’s energy sector is currently dominated by traditional biomass; accounting for more than 82% of the total energy consumption as of 2019. As of 2022 energy usage in households, charcoal and wood represented 87% of the energy used, Liquefied Petroleum Gas (LPG) accounted for 10%, and other sources such as electricity accounted for about 3%[3].

Secondly, Tanzania has an estimated hydro potential of up to 4.7GW. However, as of 2021, only 573.7 MW (around 12%) of hydro capacity had been installed. The government plans to further develop its hydro capacity to increase the share of renewable energy.

Thirdly, while Tanzania aims to increase its renewable energy generation, there are also plans to ramp up investment in natural gas and coal. The government aims to reach 6700MW (33%) from natural gas and 5300MW (26%) from coal by 2044. However, further investments or reliance on fossil fuels such as coal and natural gas is considered as an energy transition risk as the country may lock itself into a high carbon-intensive pathway and thereby running contrary to achieving the NDC goals.

Furthermore, Tanzania has significant deposits of critical minerals that are considered essential for the clean energy transition. These minerals include nickel, graphite, copper, lithium, and others. The demand for these minerals expected to increase as clean energy technologies develop. This presents an opportunity for Tanzania to benefit from their extraction to value addition hence powering the global transition to a green economy.

The youth dividend and missed opportunities for climate change, NDCs and SDGs in Tanzania

Globally, the youth represent a significant portion of the population and their active involvement and engagement in supporting government and UN targets are essential. According to Tanzania’s 2022 census reports, the youth (under 35 years) constitute significant proportion (over 60%) of Tanzania’s population.  They account for the largest active labour force of the population and no doubt have potentials   to bring about economic growth and development of the country. Moreover, the demographics and dynamics of youth have changed substantially over the last decade. Many young people are highly educated and technologically exposed and skilled.  They are a dividend waiting to be utilized in many respects.

The implementation of Tanzania’s NDC is supposed to be guided by the principles of the UNFCCC, particularly the principle of equity and that of common but differentiated responsibilities and respective capabilities. Furthermore, the implementation is supposed to be implemented in a transparent and participatory manner in accordance with the provisions of the Paris Agreement. Despite these principles, the youth are yet to be fully engaged and harnessed for climate change and a fossil free future.

Since 2006 government has made efforts by developing the National Climate Adaptations Programs and the National Climate Change Strategy. However, Tanzania does not have a climate change policy and its practical engagement of youth despite the numbers has been quite fragmented.

Despite the major progress made, very limited deliberate and structured youth engagement opportunities have been created. For example, there is a government initiative on clean cooking targeting women but is not clear what role the youth can play in this campaign. Moreover, the Youth Policy is not aligned with the Climate Change and Energy policy. The NDC for example is very silent on youth and mentions these in generic terms lobed together under the gender considerations. Governance challenges and weak intra-government coordination exists. There is weak insufficient capacity and resources for youth to engage.

To date, this potential of Tanzania’s youth participation, in the context of the global climate change is largely limited or focused on climate mitigation while engagement in energy transition discourse towards a fossil free future has been substantively low.

How can youth be repurposed for climate change, SDGs and NDC implementation for a fossil free future? 

There are collective actions that Tanzanian youth can uptake to support government plans and UN targets for SDGs, NDCs and a clean future by 2030 and 2050. These includes actions such as creating a facilitative environment,  investment in advocacy, awareness creation, skills development, creating of innovations, movement mobilization, partnership and collaboration for the goals. Tanzanian youth possess the energy, innovation, and sense of urgency required to drive the transition to a fossil-free future. By leveraging their skills and passion, young people can play a vital role with multiple entry points as below.

1. Promote education amongst youth on SDGs and NDCs in Tanzania

As indicated, despite the good intentions and targets set in the Sustainable Development Goals (SDGs and the Nationally Determined Contributions (NDCs), these goals and documents remain largely unknown to youth and young people in Tanzania. Deliberate efforts to popularize them can ramp up youth uptake and support in their implementation.

2. Raise Awareness and Advocate for Renewable Energy:

Towards achieving this, the youth and other stakeholders, including the government should organize awareness campaigns and workshops to educate youth about the benefits of renewable energy and the negative impacts of fossil fuels. As the population continues to grow, so will the demand for cheap energy, and an economy reliant on fossil fuels is creating drastic changes to our climate; Investing in solar, wind and thermal power, improving energy productivity, and ensuring energy for all is vital if we are to achieve SDG 7 by 2030.

 Tanzania Youth led organizations must be supported to amplify the voices of Tanzanian youth in advocating for a transition to renewable energy. Engage in advocacy efforts to promote renewable energy policies and initiatives at the local, national, and international levels; 

2. Promote Energy Efficiency and Conservation

Tanzanian youth can organize campaigns and workshops to raise awareness about the importance of energy efficiency and conservation. They can educate their peers and communities about the benefits of using energy-efficient appliances, reducing energy consumption, and adopting sustainable practices.

Dr. Samia Suluhu Hasan the President of the United Republic of Tanzania is a global champion of clean cooking solutions that aims to address over reliance on toxic biomass, gender inequality against women as well as reduce impact of climate change.  Tanzania’s youth should be in frontline to promote clean cooking solution with the country.

For the government to support youth roles is key to encourage energy-efficient practices among youth by promoting energy-saving habits in households, schools, and communities. Youth and youth led organizations should be supported to advocate for the implementation of energy-efficient infrastructure and appliances in public spaces and buildings.

NGOs, and government agencies must collaborate with energy experts to develop engaging and interactive training materials that cater for the needs and interests of young people towards promoting energy efficiency.

3. Advocating for policy changes

Advocating for policy changes is a crucial step in promoting renewable energy and climate action. Tanzanian youth have the opportunity to actively engage with local and national government representatives to push for policies that support renewable energy and discourage the use of fossil fuels.

Through outreach to their government representatives, youth can express their concerns about climate change and the need for renewable energy policies. They can request meetings or participate in public forums to discuss the importance of transitioning to renewable energy sources and highlight the benefits it can bring to the environment and the economy. By sharing their knowledge and experiences, youth can help policymakers understand the urgency of taking action on climate change and recognize the potential of renewable energy.

Additionally, youth-led organizations and initiatives focused on climate action must provide a platform for young people to come together and advocate for sustainable policies.

4. Engage in Sustainable Agriculture and Land Use

Tanzania youth must be supported to engage in sustainable agriculture and land use. Engaging in sustainable agriculture is of paramount importance in promoting environmental conservation and reducing reliance on fossil fuel-based inputs in farming practices. Tanzanian youth have a significant role to play in actively supporting and advocating for sustainable farming methods that prioritize organic techniques, agroforestry, and permaculture.

5. Foster Entrepreneurship and Innovation in Renewable Energy

Support young people to engage in entrepreneurship and renewable energy. Participating in green entrepreneurship presents Tanzanian youth with exciting prospects to contribute to the sustainable energy sector while establishing their own businesses. By developing innovative solutions for energy efficiency and conservation, young entrepreneurs can make a positive impact on the environment and contribute to the country’s economic growth.

6. Engaging in waste management practices

Promoting environmental sustainability and mitigating the harmful effects of waste necessitate active engagement in waste management practices. Tanzanian youth can play a vital role by championing recycling, composting, and waste reduction initiatives within schools, communities, and households.

By raising awareness about recycling’s significance and providing resources for proper waste separation, the youth can redirect recyclable materials away from landfills, thus fostering a circular economy. Moreover, they can advocate for composting as an effective means of minimizing organic waste while generating nutrient-rich soil for gardening and agriculture. Through their enthusiastic involvement in waste management, Tanzanian youth can contribute significantly to creating cleaner and more sustainable communities and a brighter future for the environment.

Conclusively, Tanzania’s road towards a fossil free future has so far been bumpy and marked with commitments and challenges. Tanzania however has opportunities amongst its youthful population and can turn up the tide to ride faster towards net zero.

References

[1] National Climate Change Strategy, Vice President’s Office, United Republic of Tanzania.

[2] Emissions Database for Global Atmospheric Research (EDGAR), Joint Research Centre (JRC).

[3] ibid

[1] https://web-archive.lshtm.ac.uk/www.linkmalaria.org/country-profiles/tanzania.html

[2] The Economics of Climate change in the United Republic of Tanzania, January 2011

[3] Ibid

[4] URT; Tanzania’s Nationally Determined Contributions, 2021

[5] URT; Tanzania’s Nationally Determined Contributions, 2021

[1] URT: Tanzania Nationally Determined Contribution, 2021

[2] https://dicf.unepgrid.ch/united-republic-tanzania/forest

Re-Positioning women and gender concerns in Critical Green Transition Minerals: Should women be treated differently?

With the increasing focus on climate change and green transition minerals, multiple questions are asked whether women really matter and deserve to be treated differently.

 

Authors: Gloria Shechambo, Moses Kulaba and Judith Karangi, Governance and Economic Policy Centre

*We acknowledge valuable inputs from Ms Rachel Chagonja,  CEO National Council of NGOs, Tanzania and  Natural Resource Consultant

  • Featured photo: Courtesy of IGF:https://www.igfmining.org/four-ways-empower-women-artisanal-small-scale-mining/

The mining sector has mostly been male dominated and has had a differential impact on how women have contributed and benefitted from the sector. Women in mining face multiple challenges including ownership to mining licenses, gender-based discrimination and earn less value from mining.   Moreover, women have been traditionally the artisanal miners and dealers of what were considered less value minerals such as copper, gemstones and pearls. The global shift of interest towards cleaner energy has put a different demand on critical or transitional minerals such as tin, tungsten, has generated a new wave and venture by the rich into new territories, previously held by women and potentially exacerbating the problems that they already faced. (HakiRasilimali, 2021). There is already a rush by mining companies to take over land and acquire new licenses over land previously utilised by artisanal women.  This shift could potentially lead to further inequalities and jeopardies the livelihoods of women in the sector (Pact World,2023).

This subject is essential at this point in time as it encourages governments to re-look into the state of women in critical minerals and how the new global shifts in the mining sector provide a different trajectory to small scale artisanal women miners in particular. Moreover, it is important because mining and transaction of critical/ transition minerals will be the ultimate development agenda of the next 30 years and is bound to affect Tanzania’s mineral governance landscape for the next foreseeable future (Kulaba,2022). Yet lopsided development without women, has always proven to be stagnant and unjust.

As Tanzania navigates the complexities of the energy transition, prioritizing gender inclusiveness in the mining sector will not only benefit women but also contribute to sustainable economic growth and development (BMZ, 2023).

 What are Transitional Minerals

 Critical, Green or Transitional Minerals are minerals that are considered vital in the support of the technology and industrial development required to support the global transition to clean energy. These minerals include but not limited to graphite, lithium, cobalt, copper, tungsten, tantalum etc. By virtue of their properties, these are slightly distinct from other conventional minerals such as gold and diamonds. According to global mining and energy reports the demand for  critical green transition minerals will surge by many folds in the next decade as the global demand and countries race up towards reaching the Paris Agreement targets of Net Zero by 2050.  Already Transition mineral rich countries such as the DRC, Zambia and Tanzania are experiencing a boom in global demand for mining licenses and opportunities for new investment.  While this surge represents an opportunity for mineral rich countries, there is a likely risk that the benefits from this critical/ transition minerals booms could by pass women artisanal miners.

The intersection between Transitional Minerals and negative Gender biases

The mining sector has long been awash with negative gender biases, cultural norms, regulatory, systemic, structural and physical barriers towards women. Mining is considered a man’s task, hard and hazardous for women. Women by their physiological nature are not considered fit to enter tinny deep underground mining pits to extract minerals. In many African mining societies, it is culturally believed that minerals will disappear if women appear on the mining sites or enter the mining pits. Some studies (Kondo 2023) have shown that women have been forbidden to enter mines, that they themselves own for ‘safety’ concerns by local officials.

While some women groups have gone on to challenge these norms and participate in mining, their degree of participation may nevertheless be limited. Norms around domestic roles in the home, for instance, mean that while men can focus solely on mining, women must first complete chores in the home and agricultural activities before participating in mining activities, which limits their earning capacity and career progression. Women also tend to be less mobile, restricted to selling their minerals within mining areas where prices are lower, unlike men who sell their minerals beyond the mining area (Buss et al., 2017).

Moreover, the current legal and policy framework governing the extractive sector has not fully untangled these barriers and does not guarantee effective participation of women in the mining sector (Majamba ,2020). As a result, women have consistently played the less visible roles and are found towards the tail end of the extractives value chain occupying roles such as those of administrative support staff, informal laborers for food supply, sexual entertainment, cleaning services and those that are closest to extracting are artisanal miners.

Women constitute about 40-50% of Artisanal miners in Sub-Sahara Africa (Pact World, 2023); and dominantly involved in extracting minerals that were previously considered ‘less value minerals’ such as salt gemstones, pearls, iron, cobalt, copper, tin, tungsten and tantalum.

In brief, despite their numbers, women neither control ownership nor value of the mining sector. Without addressing these challenges, the emerging boom in Transition Minerals could reinforce the already existing parochial and restrictive barriers that hinder women in the mining sector, keeping women in abeyance from enjoying the economic benefits that come with transition minerals and mining generally for yet the next decades.

Despite their numbers and potential economic multiplier effects, women only own around 1% of all mining licenses and 6% of artisanal mining licenses in Tanzania. This must be a cause for alarm

Do existent shifts within the mining sector bring a different trajectory to women and artisanal miners?

The global agenda and discussions to mitigate negative effects of Climate Change and keeping global warming under 1.5 degree has brought a major shift towards energy transition, changed the mining landscape and upscaled the role of critical/green or transition minerals in Mining and development global policy discussions.

The shift provides both opportunities and risks not only to specific transition mineral rich countries but to women artisanal miners in particular (Policy Forum, 2022). Informed by the Paris Agreement Cop 21 adopted in 2015, the shift has significantly changed the global demand tending towards cleaner energy where critical minerals are needed as the raw materials. Critical minerals which are also called green minerals contribute to reducing unclean emissions for renewable technologies and are very essential for functioning of modern economies, technologies and industries including electronics, renewable energy, automobiles, aerospace and defense (BMZ,2023).

Moreover, the shift to critical minerals signifies a major change in global demand in minerals by super powers, rushing to secure critical supply chains and quantities needed to drive their clean energy industrial development and to secure their energy and strategic security needs.

For example, the demand for graphite and lithium has surged and the value for copper will increase for the next years to come. While this may be an opportunity, there is a risk that the developed countries are potentially bound to benefit more than supplier countries such as Tanzania.

According to the Geological Survey of Tanzania and Mineral scoping reports (NRGI 2022) , Tanzania has  close to 24 documented Critical Minerals  occurrences and has witnessed a boom in new mining licenses. Over 50% of new mining licences issued between 2015 and 2020 targeted critical minerals. Tanzania has recorded new investments in Nickel and Graphite and exploration for large scale mining of Tungstein and Tantalum are underway. The government has placed attracting new investment in the critical minerals sector at the centre of its strategic investment drive for the next five years. A new or revised mining policy could be coming soon.

Figure 1: Tanzania Critical Minerals Exploration boom 2005-2020 (%TL = percentage of the total number of exploration licenses issued per annum) (Source: Tanzania Mining Commission and NRGI-Tanzania Scoping Study Report 2022)

With the challenges already highlighted above, the new shift will not necessarily bring new unique challenges to artisanal small-scale miners and women in particular, however, on the more optimistic side, with increase in Foreign Direct Investment (FDI) can result into better labor market outcomes in the mining sector, infrastructural investment which will enable women and other ASMs to gain better access to market opportunities.

However, pertinent policy questions remain and solutions must be provided. For example, what specific changes in labor dimensions (e.g wages, decency in employment) are more favorable for women? What specific infrastructural needs are more specific and useful to women? And what do market opportunities look like exactly to women? This needs further dissection so as to cater them accordingly. With formalization of ASMs already underway, there might be a greater pressure by investors to ensure formalized ASMs also have access to legal protection against various forms of violations and more opportunities for skills development that is relevant to the sector. What specific skills distinct from male artisanal miners are needed for women? Being able to answer these questions intentionally would enable a more gendered impact to the envisaged developments without assumptions that positive effects would automatically trickle down to women.

With rising attention to responsible sourcing of critical minerals, there may be more attention to ensuring gender and social inclusion in the sector with standards more heightened. Economic empowerment is another potential area through which gender mainstreaming initiatives potential to the sector could be adopted. This may take a form of setting up women’s cooperatives, offering grants and expanding access to financial services to support women’s entrepreneurship in mining related engagements such as processing equipment(s).

A potential area for gender mainstreaming in mining is implementing mechanisms to support women in caring for their children after returning from maternity leave while working full-time in mining areas. For example, a study in Australia found that the proportion of women in the mining workforce was higher among those under 30 but declined significantly with age. This drop was partly attributed to the lack of a supportive environment, such as inadequate onsite childcare and family support systems (Weldegiorgis, 2022).

While Tanzania will have to balance between this development imperative and Climate Change obligations further risks on environmental, and local populations still remain detrimental. The intersection of women mining and energy transition needs a bigger attention and warrants to be assessed to ascertain specific economic opportunities, challenges and what the overall shift means to artisanal women.

Gaps and risks for missed opportunity

With such spurring potentials, come possible risks too. Most of ASMs and women who have been engaged in mining were operating without formal licenses on lands. Expansion of investment to critical minerals means further displacement by largescale companies where licenses might be granted to larger better resourced companies. This might present a larger land competition and worsen the economic situation of ASMs and poor women in the sector.

Technological divide between smaller and larger mining companies might further exacerbate the marginalization of small-scale miners and women as mining of critical minerals requires higher capital investment and advanced technology.

Environmental and health risks arising from large scale mining operations may cause further impacts on communities leaving women and poor artisanal miners prone to health risks due to their vulnerability and higher dependency on natural resources for livelihoods.

Last but not least, if larger inclusion polices are not carefully inculcated, gender inequalities in the mining sector may be furthered resulting in lesser opportunities for women to be in the formal mining and control of the mining sector and the value it provides.

Yet investment and increase of women in the critical minerals sector value chain has significant multiplier effects to the local economy. According the income expenditure studies, given their caregiving roles and geographical immobility limitations women have 10 times more chances of spending their income locally compared to men. In other words, incomes earned by women will create 10 times more economic benefits to the local economy compared to men.

A study in Zambia of some local businesses (groceries, clothing shops and bars) service in Mapatizya ASM sites indicated that on average, over 50 % of their customers were ASM workers and over 50 % of revenues also derived from ASM operators. The estimated percentage of female customers was 10–80 % with an average estimate of 48 % female customers. Local business owners felt that ASM increases cash flow into the local economy through purchase of largely consumer goods such as food, clothing, soap, kerosene and other essential household items. Studies in Tanzania’s mining areas has also confirmed similar patterns. Women also support other livelihood activities, e.g. farming and establishment of small micro-entrepreneurships and village saving and lending schemes.

With a total around 41,000 women constituting about 25-27% of the informal mining and artisanal sector in Tanzania, increasing this number can create up to 10 times multiplier effect on local household incomes, adding economic value and reducing poverty by significant folds.

Policy and Legal governance aspects

The legal and policy framework should provide the framework through which the government creates an enabling environment to enable a functional minerals’ sector along with ensuring women and artisanal miners’ increased involvement in the sector.  Unfortunately, several literatures highlight the existing gaps in the legal and policy framework that hinder the effective involvement of women.

The legal framework governing the Mining Sector in Tanzania only responds partly to the challenges/barriers that women are facing. Despite the affirmative measures to recognize women in the mining sector through facilitating licensing for artisanal and small-scale miners (women included), the legal framework insufficiently supports the effective participation of women in the mining value chain especially in the most challenging areas namely capital skills and marketing (HakiRasirimali,2021).

The Mining Act of 2010 (amended in 2017) as the primary legislation governing Tanzania’s mining sector also manifests some gaps. Some provisions of the Mining Act was relatively more progressive in terms of ensuring gender parity in mining commission is at least 1/3 of the members must be women. The subsequent amendment in 2017 was rather regressive, where it provided that one out of two knowledgeable members should be a woman (Mjamba,2020). The Act does however not provide gender mainstreaming as a strategic tool of advancing women ownership and control of the mining sector.

The Extractive Industries Transparency Act (TEITA) requires for some disclosures on gender, however the extent to which women and ASM matters must discharged is not comprehensive. Moreover, the TEITA law was enacted with a mindset focus on conventional large scale mined minerals such as gold, tanzanite and diamonds. Critical Green Transition Minerals would be a new purview desiring a second look.

The Mining Act 2010 also includes local content requirements to Tanzanian nationals in employment and procurement however these provisions could be strengthened further by emphasizing the minimum threshold for the inclusion of women in jobs, entrepreneurship and service provision.

The Natural Wealth and Resources (Permanent Sovereignty) Act of 2017; the Natural Wealth and Resources Contracts (Review and Re-negotiation of Unconscionable Terms) Act of 2017; and, the Tanzania Extractive Industries (Transparency and Accountability) Act of 2015 are also not actively seeking to promote gender inclusiveness (HakiRasilimali,2020). These Acts have taken a value neutral approach to women and delegated their care to the state and the general public on ownership and governance matters.

In-terms of Land ownership challenge to women, the Tanzania Land Act (1999) and village Land Act (1999) recognize that women’s participation in mining is closely linked to the access and control over land. In this regard, the Act recognize women’s right to own lease and use land for productive purposes, however, customary practices still limit women’s access and control. Future amendments and reforms should consider incorporating gender aspects more explicitly by also mandating companies to adapt more gender sensitive policies and practices,

By loping women together with their male counterparts, the government assumes that these are equal players. It is oblivious of the historical challenges that women have faced and treats them like equal weights in boxing championship. The fact is that they are not. And should never be in this era of transitional minerals moving forward.

Recommendations to mitigate potential risks

  1. Government must review the existing legal framework with a futuristic woman in transition minerals lens. To ensure a more equitable benefit from this important upcoming energy transitional era, the Minerals legal framework would benefit from incorporating more stringent clauses that promote gender inclusiveness to protect women and artisanal miners in the Transition Minerals sector.
  1. Ring fence some mining licenses for critical green transition minerals to women and promote joint ventures between women miners and new transitional mineral companies.
  1. Formalization of mining licenses should take into consideration historical and structural barriers that small scale artisanal and women miners experience by providing access to financial credit and loans.
  1. Secure and strengthen women participation in transition minerals value chain. Economic empowerment interventions should continuously ensure a through gender impact analysis to asses who benefits more in the value chain and who is more affected negatively by the existent mineral operations. This goes along with identifying and providing relevant technical skills necessary for advancing women within the sector, narrowing the wage-gap, and enhancing markets.
  1. Women must deliberately create and government must support safe spaces for women in Transition Minerals. This must include efforts such as strengthening the Women in Mining Associations, formation of Tanzania Women Congress on Climate Change and Energy Transition and establishment of a dedicated National Symposiums and International Women Climate Conferences (COP) to consistently monitor and evaluate and discuss progress made by women in the critical minerals space.

  2. For us at GEPC the formation and operation of a united women front in the form of a Women Congress on Climate Change and Energy Transition offers the only unique opportunity of breaking the barriers that have undermined the different women movements and mining associations, thereby unlocking the potential of women to influence the climate change and transitional minerals spectrum in a more coordinated and reinforced manner. 

  3. Multinational Mining Companies must establish deliberate polices not to encroach or take over mineral licenses previously owned or occupied by women small scale and artisanal miners. Multinational Mining Companies must deliberately seek to partner with women miners as means for increasing women ownership and control of the Mining value Chain.
  1. Furthermore, enforce the law and practice to ensure larger mining companies do not encroach on women owned mining rights, reduce negative environmental impacts to communities and women in particular.

Conclusion

 The global shift toward critical minerals presents   a significant opportunity from critical or transitional mineral rich countries such as Tanzania. It however significantly creates both opportunities and risks for for women in artisanal mining. The booming demand could create an avalanche of new prospectors and investors targeting artisanal mining areas. Without targeted interventions, existing barriers—such as limited access to land, licenses, and financial resources—may further marginalize women in the sector. To ensure inclusive benefit for women in the critical minerals boom, , policy and legal frameworks must deliberately intentional to promote women’s participation through stronger protection, secured access to resources, and skills development. By addressing these challenges, Tanzania and other supplier countries can empower women artisanal miners and foster a more equitable and sustainable transition minerals sector. The vagaries of climate injustice can be addressed, the tainted history of the mining sector reclaimed and women catapulted into a better green future.

 References

BMZ. (2023). Raw materials for energy transition. https://rue.bmz.de/rue-en/releases/157362-157362

  1. Buss, B. Rutherford, J. Hinton, et al. Gender and Artisanal and SmallScale Mining in Central and East Africa: Barriers and Benefits (2017), GrOW Working Paper No. 2
  2. Onditi. Gender Inequalities in Africa’s Mining Policies: A Study of Inequalities, Resource Conflict and Sustainability, Springer, Singapore (2022)

HakiRasilimali. (2021). Engendering the mining sector: To what extent are women benefiting or losing out on revenue management? https://www.hakirasilimali.or.tz/wp-content/uploads/2021/09/Engendering-the-Mining-Sector-in-Tanzania.pdf

Kondo, H. (2023) An exclusive look at Tanzanian women in mining xxxxxxxxxx. https://www.sciencedirect.com/science/article/pii/S2214790X24000595

Majamba, H. I. (2020). The gender gap in Tanzania’s mining sector. Tanzania Journal of Development Studies, 18(1), 29-40.

Pact World. (2023). Artisanal miners: A hidden but critical force in the global economy. https://www.pactworld.org/blog/artisanal-miners-hidden-critical-force-global-economy

Policy Forum. (2022). Critical minerals and energy transition in Tanzania: A new dance, maybe?https://www.policyforum-tz.org/blog/2022-06-14/critical-minerals-and-energy-transition-tanzania-new-dance-maybe

The Citizen. (2023). How to bridge the gender gap in mining. https://www.thecitizen.co.tz/tanzania/magazines/woman/how-to-bridge-gender-gap-in-mining-4549718

United Republic of Tanzania Ministry of Minerals. (2024). Transforming Tanzania’s mining sector with strategic minerals on cards. https://www.madini.go.tz/page/e8a4201d-286f-4409-9db0-719311652336

Weldegiorgis, F (2022). Women and the Mine of the Future: A gendered analysis of the Employment and Skills in the Large-Scale Mining Sector -Australia