How Tanzania Government plans to leap jump mining to the future

 

Tanzania’s mining sector has been a mix of sweet and sour, with of economic progress and injustices at the same time. In an earlier brief that we published, we traced, from an investors perspective, Tanzania’s mining history, the key reforms and pitfalls that have befallen this remarkable sector making it the most loved and hated at the same time, with a conclusion, that despite the progress made, government needs to do more to restore its past glory. In this article the government of Tanzania responds to stakeholders, reassuring confidence that the mining sector is destined for the better.

By Tanzania Ministry of Minerals

The mining sector is one of the key sectors in Tanzania, contributing significantly to the country’s GDP, employment, and social development. The minerals available in Tanzania include Metal Minerals such as Gold, Copper, Iron, Silver, Nickel; Industrial Minerals such as Graphite, Gypsum.

Other Minerals include Energy Minerals such as Coal, Uranium; Gemstones such as Diamond, Ruby, Emerald, and the unique Tanzanite found only in Tanzania; Rare Earth Elements such as Neodymium, Lanthanum, Cerium; and Construction Minerals such as gravel, sand, marble, and limestone.

Therefore, the government has been implementing various strategies to ensure these abundantly available resources benefit the nation and its citizens as a whole.

We will continue to improve our legislation and business environment to make sure that the available mineral resource trajnhmki0nsform Tanzania to a developed country while proactively minimizing constraints and challenges that might affect the investment- President Samia Suluhu Hassan while speaking at the Ming Conference 2024

Contribution of the Mining Sector to GDP

According to the 2023/2024 financial year report released by the Ministry of Minerals, the mining sector contributed approximately 9.1% of Tanzania’s GDP by 2022. In the 2023/2024 financial year, the mining sector’s contribution reached TZS 6.4 trillion, showing rapid growth due to the government’s efforts to enhance revenue collection and improve the investment environment.

Employment in the Mining Sector

Employment is one of the crucial areas where the mining sector has brought significant changes. By March 2024, the mining sector had created approximately 19,356 jobs, with 97% of these jobs going to Tanzanians. This equates to 18,853 jobs for Tanzanians and 505 jobs for foreigners. The government has established laws and regulations prioritizing Tanzanians in job opportunities arising from mining activities to ensure citizens gain employment and income.

Investment and Mining Economy

Investment in the mining sector has continued to grow rapidly, with the government encouraging both local and foreign companies to invest in exploration, mining, and value addition. In 2023, Tanzanian companies sold goods and services worth USD 1.48 billion (over TZS 3.75 trillion) to mines, accounting for 90% of all sales made to mines. This demonstrates the importance of the private sector in boosting the mining sector and the economy overall.

The United States International Trade Administration estimates that the sector will reach $6.6 billion in value in Tanzania by 2027[1].   In addition to mining the minerals, this emerging sector provides opportunities to capture more value from critical minerals before exporting, by establishing mineral processing centres within the country

Government Strategies

Given the sector’s importance, the Tanzanian government has implemented various strategies to enhance the mining sector to increase productivity and growth through Vision 2030: Minerals are Life and Wealth. The government plans to conduct comprehensive geoscientific surveys (High-Resolution Airborne Geophysical Survey) for at least 50% of the country, up from the current 16%, by 2030. This survey aims to identify new mineral-rich areas and encourage further investment. Other strategies include:

  1.  Improving Infrastructure: The government has invested in improving road and electricity infrastructure in mining areas to facilitate the provision of essential services and attract investment.
     
    2.    Training Small-Scale Miners: The government, in collaboration with educational and training institutions, has initiated training programs for small-scale miners to enable them to use better technology and improve production.

  2.  Promoting Value Addition: The government encourages companies to establish value addition industries for minerals within the country rather than exporting raw minerals. This includes the production of refined gemstones and other valuable products.
  3.  Technology Support for Small-Scale Mining: Through the State Mining Corporation (STAMICO), the government has acquired five rig machines to assist small-scale miners, saving them time and production costs. Another 10 machines are expected to arrive soon, bringing the total to 15.

  4.  Addressing Capital Challenges for Small-Scale Miners: Through the Ministry of Minerals and STAMICO, the government has facilitated access to loans and capital for small-scale miners in collaboration with financial institutions. Banks like CRDB, KCB, and NMB have started offering low-interest loans to these miners, enabling them to purchase modern equipment and conduct their activities more efficiently. From July 2023 to March 2024, TZS 187 billion was loaned to small-scale miners.

Success Stories

  1.  Buckreef Gold Mine: Located in Geita region and owned jointly by STAMICO and TANZAM2000, this mine produced 13,577.43 ounces of gold from July 2023 to March 2024, contributing USD 1,943,180.94 in royalties, inspection fees, and taxes.
  2.  Corporate Social Responsibility (CSR) Projects: Various mining companies in the country have invested TZS 17,084,055,359.58 in community development projects around their mining sites, including the construction of schools, hospitals, roads, and water infrastructure.

Future of the Mining Sector

Courtesy Photo: Clean Nickel

The future of the mining sector in Tanzania looks promising due to the strategies set by the government in collaboration with stakeholders and ongoing investments. Key areas showing great potential include Strategic and Critical Minerals such as lithium, nickel, graphite, and cobalt, essential for producing electric vehicle batteries and other modern technology devices.

Conclusion

Overall, the mining sector in Tanzania has significantly contributed to economic and social development. The achievements of recent years highlight the sector’s considerable potential in increasing the national GDP, providing employment, and improving citizens’ livelihoods. However, the government, through the Ministry of Minerals, continues to establish sustainable strategies and foster partnerships with the private sector and other stakeholders. These strategies will enable Tanzania to continue reaping more benefits from its mineral resources and ensure sustainable development for future generations.

[1] https://www.trade.gov/market-intelligence/tanzania-rare-earth-and-critical-minerals#:~:text=It%20is%20estimated%20that%20the,processing%20centers%20within%20the%20country.

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

Analysis of Climate Change and Energy Transition impacts on women in Tanzania: Policy and governance gaps

Climate Change and Energy Transition are pertinent issues in contemporary global development challenge facing the world yet women are still at the periphery. Moreover there is a varied difference in how poor rural versus urban women experience the climate change and energy transition effects. The situation in Tanzania is not different.

Author(s):  Gloria Shechambo, Researcher and Moses Kulaba,  Governance and Economic Policy Centre

Climate Change and Energy Transition are pertinent issues in contemporary global development challenge facing the world yet its impacts on women and their practical engagement have remained nuanced and camouflaged in of volumes of endless winding texts and UN resolutions, with less significant impact. Women are still at the periphery and there is a varied difference in how poor rural versus urban women experience the climate change and energy transition effects .  Despite attempts, the situation in Tanzania is not different and warrants immediate consistent and purposefully intentional attention.

The world is one place yet  climate change and energy transition problems facing women are distinct because of their economic and social vulnerabilities and traditional care giving roles compared to men. 

Because women face a higher level of economic and social vulnerability compared to men, the meta question in climate change and energy transition must not remain how can the world and particularly developing countries be better positioned to be more adaptive, resilient and responsive but rather why is it a concern for women in particular? How and why should poor women be at the center of these discussions? In Tanzania this is even more critical given that women are disproportionately more affected than any other group.

 In fact, and justifiably, the demand for more women engagement in climate change and energy transition is not a feminist ask but a development imperative that must be addressed. 

This policy brief examines the intersection of gender, climate change, and energy transitions in Tanzania, emphasizing the importance of engaging women in bridging the disparities to inclusive actions and successful interventions for sustainable development. The brief highlights the disproportionate impact of climate change and energy-related disasters on women due to their caregiving roles and limited access to resources and efforts in place.

 By prioritizing gender justice and equality, Tanzania can strengthen resilience to climate change, reduce energy injustice gap and advance sustainable development.

Nexus of Climate Change and Energy injustice on women in Tanzania

Women often play key roles in food production and household food security yet climate change and energy significantly impact agriculture and productive sectors in Tanzania. Women, who constitute a substantial portion of the agricultural labor force, face heightened vulnerability to climate-related disasters and energy insecurity due to various social, economic, and cultural factors[1].

UNDP reports that more women than men (67 percent of the country’s total female labor force versus 64 percent of the male labor force) are engaged in agriculture.

Tanzania’s recent Agricultural Transformation Strategy known as Agenda 10/30 emphasizes the role of women in facilitating the sector’s growth to 10% by 2030[2] and thus places women in direct confrontation with the effects of climate change on agriculture and food production.

Additionally, in terms of energy; data from Gender and Energy country briefs for Tanzania indicates that by 2020 only 8.1% of households used clean energy sources and in 92% of households it is merely women who are vested with the responsibility to cook and collect firewood for use and thus affecting their health and time productivity (Energia, 2020). There are wider gender disparities when it comes to the impact of climate change and energy-related disasters in terms of vulnerability, resilience, and adaptation spread across a short and longer term.

Women often face disproportionate health impacts from climate change due to their roles as caregivers and their biological vulnerability. For example, during natural disasters or heatwaves, pregnant women and those with reproductive health issues may face increased risks. 

Both rural and urban women face systemic gender inequalities that limit their access to resources, education, and decision-making processes, exacerbating their vulnerability to climate change impacts. However, it is undeniably also true that poor rural women are more disproportionately affected due to their higher dependency on natural resources, their heavier involvement in agriculture, lower access to clean energy and more limited access to technology and information.  

On the other hand, urban women face more exposure to heat waves and poor air quality; they are more exposed to energy poverty particularly in low-income households; urban women are also more prone to working in sectors that are particularly affected by climate change or the energy transition, such as retail, hospitality, or informal sectors; urban women are also more likely to face affordability reliability and quality issues related to energy services.

Climate change-induced changes such as droughts or floods can impact agricultural productivity, potentially leading to food shortages and malnutrition, which disproportionately affect women and children. Climate-Induced changes can lead to increased burden for women such as traveling longer distances to obtain water for household use in turn causing higher chances of GBV (National Climate Change Strategy, 2021-2026).

Additionally, poor women’s ability to adapt and mitigate climate and energy-related impacts is limited by their limited access to resources such as land (33% women vs 47% men sole land ownership and 25% women vs 30% men joint land ownership)[3] 

Other crucial reasons that place women’s involvement in these discussions high on the agenda include the income disparities between women and men when it comes to dealing with the aftermath of disasters. According to UN Economic Commission for Africa, Women in Tanzania are one and a half times more likely to be unemployed at 12.3 per cent than men at 8.2 per cent with implications for household income disparities[4] (UNECA, n.d.)

Women’s disproportionate position in disastrous situations is fueled by the different gender roles played by women and men, for example in caregiving during and after disasters, collection of household water, and managing household sanitation; underrepresentation of women in decision-making processes related to climate change mitigation and adaptation. Women especially in rural areas experience lower access to information about adaptation technologies, cropping patterns, and weather events.

The net costs of climate change on women are staggeringly high yet the current climate change and energy transition debates and response measures have not adequately augmented, rallied and addressed the significant concerns facing women.

According to UN reports, particularly in developing countries, the consequences of climate change can increase the burden for rural women and girls, for example, causing them to travel further to obtain daily supplies such as firewood and biomass, leaving less time for paid work and potentially exposing them to greater risk to their personal safety[5] Climate change has exacerbated gender violence and injustice against women and drop out of young girls from school in search for water, food water and energy.

Moreover, the constant use of biomass as source of energy for cooking increases exposure to toxic fumes leading to high respiratory, cardiovascular diseases, cancers and death. According to medical reports, Cardiovascular and respiratory diseases were the top two leading cause of women’s deaths in Tanzania with the occurrence of cancerous cardiogenic diseases being more likely in urban women and respiratory diseases being more likely in rural areas due to indoor air pollution. These two accounted for 92.84 and 82.58% of all deaths per 100,000 in 2019, overtaking Maternal and Neonatal disorders. [6]

Pulmonary experts at Muhimbili National Hospital estimate that about 33,000 people, mostly women, die annually in Tanzania due to the use of charcoal, firewood and biomass for cooking[7]

Clearly there is a nexus between climate change, energy and deaths amongst women and that is why it is very important to engage women and consider the gender dimensions of climate change and energy injustice on women from planning interventions to implementation such that interventions address inequalities, are efficient, effective and sustainable.

Existing frameworks or mechanisms for women in climate change and energy in Tanzania

 Tanzania has developed various policies and strategies to address gender issues within climate and energy contexts. Key instruments include among others  the National Climate Change Response Strategy (NCCRS) 2021-2026 and the National Strategy for Mainstreaming Gender in Climate Change (NSMGCC) 2023 with the overall objective of ensuring that gender considerations are mainstreamed into national policies, programs and strategies related to climate change. The government is a signatory to a number of Multilateral Instruments on climate change.

In 2015 the government passed the Tanzania Sustainable Energy for All (SE4All) Action Agenda (2015). The goal of this agenda is to ensure access to modern energy, preferably clean energy; improvement of energy efficiency; and increase share of renewable energy in the global mix. The Government of Tanzania fully embraces the SE4ALL objectives. This includes recognising the fact that access to modern energy services is a necessary precondition for achieving development goals that extend far beyond the energy sector, such as poverty eradication, access to clean water, improved public health and education, women’s empowerment and increase food production. Further, the government passed the LPG promotion plan and the National Gas Utilisation Master Plan, aimed at increasing the use of gas as a clean fuel.

The National Guidelines for Mainstreaming Gender into Climate Change Adaptation-related Policies, Plans, Strategies, Programmes and Budgets (2014) Tanzania has mainstreamed gender into a number of national development frameworks and ratified international and regional gender instruments. Some of these frameworks include the National Development Vision 2025. Moreover, in 2022, the government convened the first national clean cooking conference and in 2024 launched The National Clean Energy Cooking Strategy 2024-2034.   The strategy aims at scale up the use of clean cooking gas as a source of energy.

According to Dr Dotto Biteko, the Deputy Prime Minister and Minister for Energy/ the Ministry of Energy, the government expects that by the year 2034, 80% of Tanzanians will be using clean energy to cook and therefore reducing on the amount of carbon emissions and exposure to toxic fumes by women[8].

Currently, the government is implementing a project funded by the Government of Sweden, to support market-based approaches for clean cooking in the United Republic of Tanzania. This intended to scale up use of  clean cooking gas amongst rural households.

To back this up, during the COP28 in the UAE, President Suluhu Samia Hassan launched the Africa Women Clean Cooking Support Program (AWCCSP. This program encompasses promotion of use of gas cooking stoves and gas cylinders in Africa and Tanzania in particular by fostering energy and policies changes to cater for the earth’s prosperity, will cut carbon emission significantly.  President Samia acknowledges that women and girls bear the brunt of lack of sustainable energy cooking solutions and clean cooking energy is about mitigation, women empowerment and welfare.

Despite these efforts, there are significant policy and governance gaps that exist. In our second part of this brief we will bring you the policy and governance gaps and how government can address them. Keep on the look out and visiting this site for the next part of this brief.

Political Risk and Investment in EA: An Expose of violent tax protests and political risk on Trade and Investment in East Africa

In our previous brief on Tax and Fiscal governance in East Africa, we observed that with dwindling foreign aid, it appears the governments in East Africa have resorted to squeezing everywhere to raise some dime.  We cautioned that Taxation may be good however, when the extremes are beyond reasonableness, governments are bound to break their break the back of the economies they aspire to build[1]. The recent and ongoing tax protests that have rocked the East African regions, with violence and vandalism spiraling out of control in Kenya, clearly underscore this point. A failed tax administration and an irate society.

By Moses Kulaba, Governance and Economic Policy Centre

@taxjustice @politicalrisk

Freedom of expression, the right to picket and demonstrate and resist punitive taxation has been established over the years.  The doctrine of no taxation without proper representation was long established by the Romans, Greeks and Americans during the famous Boston Tea Party 1773) and American war of independence, The French Revolution and the English, paving way into the famous Magna Carta.

This was further advanced by Adam Smith in his legendary Canons of Taxation asserting that generally, a good tax system must be underlined by proportionality and ability to pay[2] and political scientist Harold D Laswell’s tax law of who pays, what and when, and each individual or group should “pay their fair share. These principles that tax liability should be based on the taxpayer’s ability to pay is accepted in most countries as one of the bases of a socially just tax system and generally citizens are duty bound to reject a system that is regarded as unfair and disproportionally beyond their means[3].

However, when peaceful protests and demonstrations strategically drift towards violence, vandalism and murder like the ones we saw in Kenya, then these effectively transform into high level political risks to trade and investment.

According to multiple sources a political risk is a type of risk faced by investors, corporations, and governments that political decisions, events, or conditions will significantly affect the profitability of a business actor or the expected value of a given economic action. In simple terms, a political risk is the possibility that your business could suffer because of instability or political changes in a country: conflicts and unrest, changes in regime or government, changes in international policies or relations between countries, as well as changes that occur in a country’s policies, business laws or investment regulations[4]. Examples of political risks include; unilateral state decisions, war, terrorism, and civil unrest

By their nature, these risks are expensive to be insured against and constitute a major determinant factor for business in deciding where to invest or do business. Highly political risk countries experience sharp declines in investment and may attract low new trade and investments flows.

According to Trade and Investment experts such as Pierre Lamourelle, Deputy Global Head of Specialty Credit within Allianz Trade for Multinationals, the interconnected nature of the global economy makes it very possible that a political risk in one country may affect many businesses across the globe.

“What has changed in the 25 years since I started in this business is that we are living in a more connected world today,” says Pierre. On the upside, that means business is easier to conduct on a global scale. Almost everybody now has the ability to reach out to emerging countries or to conclude a contract and secure a sale in a foreign country.

On the downside, this means that when something goes wrong in one part of the world, you can feel the impact halfway around the globe – directly, if you are dealing with the country in question, or indirectly because of your diverse supply chain. Remember when the 20,000-ton container ship “Ever Given” got stuck in the Suez Canal in March 2021, shutting down international trade for a week?

In today’s increasingly interconnected world, “just-in-time” supply chains, global internet connection, and smartphones give SMEs the ability to conduct business in a global arena. This means the possibility for great opportunities, but also that every business is just steps away from political risk.

Persistent violent tax protests can make it difficult and unpredictable for the government to raise enough tax revenue to finance its obligations, including servicing of sovereign commitments such as paying off its debts and makes the economic environment very unpredictable. This can lead  global economic and financial institutions to flag or down grade the Country’s economic status as risky , making difficult and more expensive for the country and companies to raise external capital for investment.

Moreover, the violent protests occurred or are happening at a critical period of the year when East African Countries such as Kenya record the highest number of tourist arrivals into the Country for the summer holiday. Before the protests, national parks, hotels and beaches in Kenya’s tourist hot spots had already recorded high tourist bookings and were expecting a bumper harvest this season as the global economies and travelers rebound from the COVID 19 lock down.  Reports from multiple travel agents and hoteliers already indicate that most tourists have either cancelled or postponed their decisions to travel to Kenya and East Africa generally. Indeed, some already in the Country were gripped with fear of uncertainty and have left.

The burning image of an old plane at Uhuru Park did not send a good image either as most people around the world, unfamiliar with Kenya, thought Jomo Kenyatta International Airport was attacked and planes on the tarmac set on fire.  A recorded video clip that trended on social media of passengers crammed up at JKIA with a voice note indicating that many were fleeing the country added salt to the pinch suggesting Kenya was not safe anymore!

Similarly, travel advisories have been issued to foreigners in country and intending to travel to Kenya, to do that if it is essential and be vigilant of their security as safety during this violent period cannot be guaranteed. With all these at play, Kenya may remain a blacklisted destination among some foreign tourists for some period to come, denying the country the much-needed foreign revenue and jobs in its service sector. At least a number of high conferences that were planned for Nairobi were cancelled.

The net effects of the demonstrations therefore go beyond having the bill rejected but have long-term economic effects on Kenya’s economy. The violent Gen-Z’s may have to reconsider their approach to avoid a full economic meltdown.

Of course, there are legitimate concerns that some current established large business and investments were already not providing benefits to the young people. Multiple reports have shown that some businesses were tax dodgers while others belong to the politically connected who used their political connections to shove deals and amassing wealth on the backbone of the majority Kenyans. Moreover, given the current loopholes in the governance systems, new trade and investment opportunities would not support or create many new economic opportunities either.

However, when these arguments are advanced, it is also imperative to look at the broader picture of the net effect that violent protests can have on Kenya’s economy and future that the Gen-Z seeks to address. Kenya’s economy is extensively connected and dependent on the global economy with most global business having chosen Nairobi as a regional financial hub.  Violent demonstrations and disruption of such a magnitude can have significant long-term impacts.

With a government under siege and  constrained with a debt tinkering on the margins of default and  unrelenting rancorous youth roaming and burning the streets of Nairobi armed with negative social media, Kenya’s economy could slide into a free fall and recession, whose impacts on everyone could be far reaching.

Taxation and a strong tax system may contribute to improved governance through 3 maximum channels. Taxation establishes a fiscal social contract between citizens and the taxing state. Tax payers have a legitimate cause to expect something in return for paying taxes and are more likely to hold their governments to account. Governments have a stronger incentive to promote economic growth when they are dependent on fair taxes.

In this regard, we suggest the following;

  1. Resistance demonstrations and protests for tax rights must be expressed with limitations and restraint from both sides- The state and citizens alike
  1. Government must be rational when imposing taxes. Tax policies must be clear and predictable.  Clearly, imposing taxes on bread and blanket exemption of choppers is a sign missed priorities.
  1. Government communication apparatus must be robust enough to explain to the citizens the justifications for taxation and the political class must lead by example demonstrating frugality in public expenditure.
  1. There must be distinction between private, public and national critical infrastructure, whose destruction may or can affect Kenya’s national security interest and state existence. Lest we forget, Kenya has been a victim of terrorism and still faces extensive threats from both internal and external elements, whose interests to harm Kenya has never wavered. Attacks on its critical infrastructure exposes the Country and Kenyans further to major threats.
  1. Re-engineering of Kenya’s governance and economy to address the contemporary needs for the Gen-Z. Times have changed and the Gen-Z who now constitute an overwhelming majority will effectively from 2027 be forever a major determinant of East Africa’s political future. Women will no longer be a game changer in electoral politics and outcomes but the Gen-Z will be.
  1. There is need for both political and social sobriety. East Africa needs good leadership and peace!

[1] Tax and Fiscal Governance: Is VAT milking the broken tax cow dry? An analysis of tax trends and impacts on EAC small traders, with a case of the recent traders’ demonstrations and boycotts in Uganda:

[2] Adam Smith, in his book, The Wealth of Nations, 1776

[3] Schronharl, K,  etal; Histories of Tax Evasion , Avoidance and Resistance; https://library.oapen.org/bitstream/id/346cfc5f-6001-40e3-8a3b-fe46405df8c2/9781000823882.pdf

[4] https://www.allianz-trade.com/en_US/insights/what-is-political-risk.html#:~:text=Political%20risk%20is%20the%20possibility,country’s%20policies%2C%20business%20laws%20or

Democracy under attack: Revisiting the 10 principles for a democratic culture and elections in Tanzania

Democracy is said to be good yet democracy everywhere is under attack.

 

By Moses Kulaba, Governance and Economic Policy Analysis

@politicalgovernance

With reducing citizen trust in democratic processes such as elections, and institutions such as political parties and parliament, demonstrated by increasing voter apathy, the concept of participatory democracy is slowly fading away. Democracy is gradually being replaced by moneyocracy as only those who are financially endowed can buy themselves into positions of leadership. Democracy is now expensive and painful to participate.

The emerging question therefore is how can we rekindle this old tradition which was built on a philosophy of freedom of citizens right to vote leaders and participation, and in a government for, by and of the people? How do we make it endearing to citizens and particularly young people, who have lost touch and interest in democratic processes of governance.

In 2000, under a project, ‘Agenda Participation 2000’, we developed what we called the 10 principles for a democratic culture and conflict reduction in Tanzania. The principles were developed based on the universally accepted democratic principles mimicked on the mosaic biblical10 commandments.  The purpose of that initiative was to bring back Tanzania on a straight path to democracy.  After the 1992 political reforms that introduced Multiparty democracy and a successful first general election in 1995, Tanzania was slipping away. We had witnessed electoral violence in Zanzibar on a scale never seen before. Democracy in Tanzania was at cross roads.

Since then, we have witnessed some progress but also regression in many respects.  Between 2002 and 2015, democracy thrived, recording a surge in the power of opposition political parties such as the Civic United Front (CUF) in Zanzibar and Chadema (Movement for Change) on the mainland.  But this wave, was temporary. Between 2015 and 2020, political space was curtailed, political mobilization and freedom was gaged, opposition leaders were persecuted and democracy suffered. The 2020 elections were judged by observers as not free and fair.

After the assent of President Samia Suluhu Hassan to power in 2021, we have seen some opening up of the democratic space and a semblance that Tanzania may be regaining its feet back to democracy. A ban on political parties’ meetings was lifted, political dialogue encouraged, jailed opposition political leaders released and exiled ones allowed to return.

Despite this progress, gaps still remain and democracy feels under attack. The monetization of politics makes access to political opportunity and meaningful participation far from the grip of the poor citizenry.  The rich bought the politics and its votes

Moreover, the clampdown on democracy between 2015 and 2020 disrupted political organization, scattered its leadership into exile, shut down on the media, persecuted human rights activists and effectively reduced youth motivation to engage in active democratic processes. The dominant single party structures and constant assail on the opposition reduced chances of fair play. Hopes that democracy was an answer to good political governance were dashed.  In Tanzania, power belonged to the ruling party.

Yet, the constraints on democratic values, principles and rights are replicated everywhere in other neighboring countries across East Africa. Tanzania is not alone.

In Uganda, the political space has always been constrained in favour of the ruling National Resistance Movement (NRM). Democracy is restricted. Opposition political mobilization and participation under the Forum for Democratic Change (FDC) and the National Unity Platform (NUP) has suffered catastrophic repression. A culture of democracy is dead. Electoral processes are flawed and elections are often rigged.   

Faced with an uncertain political future many citizens have given up to political fate and divine destiny for change to happen. Many youths seek political correctness using unconventional means.   While some still cling on the concept of ‘people power’ others now identify with government aligned political movements such as the MK movement or the MK Patriots, with hope that these can usher them into power and deliver a new hope. For Uganda, elections are a joke, the military is the major political determinant-it is now widely believed.

In Kenya, the citizens, particularly the poor and youth hope for a brighter future under the Kenya Kwanza government seems to have faded as it became increasingly apparent that the promises made during the elections of a ‘bottom up’ approach of government may never be fulfilled after all. Politicians are the same-Always old wine in new bottles-it is now commonly said.

Generally, the future of democracy is uncertain. It is under these uncertain conditions and fore boarding reasons that the principles of a democratic culture are revisited and repurposed for citizens. Despite its weaknesses democracy is good and still the best alternative to tyranny. Our political future can never be written through other means apart from elections.

The politicians and systems may be corrupt, abused and weakened but democracy must never be allowed to fail. As citizens, we still have these principles that can serve as anchors to a better political democratic future. These we must learn, apply and uphold.

The Ten Principles for Democratic Culture revisited

  1. Participation: Where all citizens have the opportunity and responsibility to actively get involved in matters that affect their wellbeing.
  2. Consensus: There is a common understanding of dissenting views expressed by different segments of society, political class, citizens or members of a given community
  3. Transparency: Citizens have a right to know. Conducting management of public affairs must be open. Those entrusted to govern must explain their actions to citizens
  4. Rule of Law: Where none is above the generally agreed norms, rules and statutory instruments of society. These rules must be applied and enforced without discrimination.
  5. Truthfulness: leaders can be trusted and are responsible in how they conduct and manage public affairs
  6. Culture of Competition: Freedom to compete and accept defeat without recourse to undemocratic means. A winer this time can a be a loser next time.
  7. Equal Opportunity: Every citizen has equal access and opportunity to use and benefit from available resources, without discrimination
  8. Integrity: Public resources are not for private gain. Their allocation and use do not favor a few and especially those in power. Those who control them are trusted.
  9. Human Rights: The respect of the fundamental rights that a person has by virtue of being a human. Not given or taken away by the state or those in authority and power
  10. Civic Competency: Ability of citizens to engage, question and seek explanation from their leaders in regards to how decisions are made, resources allocated and used. Citizens demand accountability where generally standards, norms, values and expectations of conducting public affairs are abused.

The EU 12 principles of Good Governance[i]

Mirrored on the above, the EU has developed what it calls the 2 principles of good governance.

The 12 Principles are enshrined in the Strategy on Innovation and Good Governance at local level, endorsed by a decision of the Committee of Ministers of the Council of Europe in 2008.

These 12 principles are:

  1. Participation, Representation, Fair Conduct of elections
  2. Responsiveness
  3. Efficiency and Effectiveness
  4. Openness & Transparency
  5. Rule of law
  6. Ethical Conduct
  7. Competency and Capacity
  8. Innovation and openness to change
  9. Sustainability and long-term orientation
  10. Sound Financial Management
  11. Human Rights and Cultural diversity
  12. Accountability

The EU refers to these as the fundamental values of European democracy and requirements for Good Democratic Governance.  However, we argue that these values are cross cutting and must be respected in every modern society. A democratic culture can be rebuilt and strengthened.

What can citizens, governments and civil society do?

In advancing these democratic principles different stakeholders can do the following

Government

  • Safeguard of these principles as bare minimums for governance
  • Establish and facilitate institutions and processes to serve and advance these principles
  • Be responsive to citizens demands for accountability

Citizens

  • Exercise their duty as citizens
  • Oversight that they are not diluted
  • Demand and enforce accountability by calling those in power to order and using their democratic right to vote the rouge ones out of power.

Civil Society

  • Promotion of these principles so that citizens are aware and civilly competent to demand and exercise them
  • Oversight that they are not derailed or diluted by anyone (states, governments and the political class)
  • Demand application and accountability

As a new wave of democracy sweeps across Tanzania, with forthcoming elections and a generation of new younger leaders beckons in Africa, there is and must be an opportunity for doing things right. If we don’t revisit our principles, adopt and exercise them, Money and AI will run our democracies. Money mongers and Robots will become our leaders and gradually democracy and freedom will be killed.

[i] https://rm.coe.int/12-principles-brochure-final/1680741931

Securing Tanzania’s clean energy future: How Tanzania can harness its renewable energy opportunities

With a high wind potential that covers more than 10% of its land and a solar power potential estimated to be 31,482 TWh for CSP technology and 38,804 TWh for PV technology and a global horizontal radiation of 4–7 kWh/m2/day , Tanzania is a step away from becoming a reckonable power giant in clean renewable future

By Moses Kulaba, Governance  and Economic Analysis Centre

@climate change, energy transition series

Tanzania, like other developing countries,  has perennial energy shortages and striving to find different ways of ensuring affordable and accessible energy supply to its citizens and economic development needs.

In order to secure affordable and accessible energy in the country, renewable energy is viewed as a viable alternative energy source. It is readily available,  environmentally friendly and if harvested,  produced and utilized in a modern and sustainable manner, it can help to eliminate Tanzania’s energy problems.

Tanzania’s power sector is dominated by state-owned TANESCO (Tanzania Electricity Supply Company Limited). TANESCO owns most of the country’s transmission and distribution network, and more than half of its generating capacity. The grid faces acute shortages and power outages due to excessive demand and a dilapidated infrastructure, making reliance on the current fossil and hydro based energy generation systems impossible to cope with the country’s energy demand.

Tanzania’s electricity generation comes mostly from natural gas (48%), followed by hydro (31%), petrol (18%) with solar (1%), and biofuels (1%). The traditional dependence on hydropower combined with the droughts that are affecting the country, often result in power supply shortages[2].

According to reports, Tanzania has a lot of renewable energy sources such as biomass, solar, hydropower, geothermal, biogas, wind, tidal, and waves. These sources are important for decentralized renewable energy technologies, which are ideal for the isolated nature of the settlements and are environmentally friendly. Despite their necessity, renewable energy sources are given low priority by both government and Households[1].

The World Economic Forum (WEF) reported the total sum of global investment into renewable energy has increased. This was supported by a 28% annual increase in investment from the United States (U.S), in 2019 totaling $54.6 billion[3]. Renewables cannot totally replace fossils such as oil, but increased investment shows increased potential contribution in the energy mix.  The International Energy Agency (IEA) estimates annual clean energy investments will more than triple by 2030.

With its vast resources and location, there are opportunities for Tanzania to investment in its abundant solar and wind energy potentials. Perhaps, it is argued, the country can leverage its strategic position to scale up investment to generate more and at the same time position as a major supplier and user of renewable energy sources. So far, in Tanzania, solar energy is used as a source of power by 24.7% of the households with access to electricity.

Tanzania’s Solar Energy potential

A study by Ahmed et al in 2017 suggested that Tanzania has an annual technical solar power potential in Tanzania was estimated to be 31,482 TWh for CSP technology and 38,804 TWh for PV technology. Potential solar energy resources are found in the central parts of the country[10] [1]. There are high solar energy levels ranging from 2800 to 3500 h of sunshine per year and a global horizontal radiation of 4–7 kWh/m2/day [1,70].  

According to the World Bank, Tanzania has a solar energy potential greater than that of Spain and wind energy potential greater than that of the US State of California. With such great potential for solar energy resources, Tanzania is naturally appropriate for producing solar energy as a feasible alternative source for modern energy supply and rural electrification.

The solar energy market in Tanzania has drastically grown and increased over the last few years. Currently, the potential solar energy resources in Tanzania are used in different parts such as solar thermal for heating and drying and photovoltaic for lighting, water pumps, refrigeration purposes, and telecommunication. Solar energy is used mostly in rural areas with about 64.8% compared to urban areas with only 3.4%. The regions of Lindi, Njombe, Mtwara, Katavi, and Ruvuma lead in the use of solar power electricity in Tanzania[11]. Despite the increasing market for solar energy applications, there are fewer signs that the government is expecting to include solar PV in the national electricity mix in any substantial way in the future.

Tanzania’s Onshore Wind energy potential 

Tanzania has areas of high onshore wind potential that cover more than 10% of its land[5]. This is equivalent in size to Malawi and has greater potential than the US state of California, as reported by the World Bank report. There are areas with annual average wind speeds of 5–8 m/s[6] . These exist along a coastline of about 800 km with predominant surface winds, moving from south-east to northeast.

Based on the current research works, Tanzania has a lot of wind energy resources in the areas of Great Lakes, the plains, and the highland plateau regions of the Rift Valley. Wind energy evaluation indicates that areas such as Makambako (Njombe) and Kititimo (Singida) have sufficient wind speed for grid-scale electricity generation, with average of wind speeds 8.9 m/s and 9.9 m/s at the height of 30 m, respectively[7]. Small-scale off-grid wind turbines along the coastline and in the islands also possess great potential in Tanzania.

By 2017, at least four companies had expressed interest in investing in wind energy in Tanzania to build wind plants with a capacity of more than 50 MW. These companies included Geo-Wind Tanzania Ltd in Dar es Salaam,  Wind East Africa in Singida, and Sino Tan Renewable Energy Ltd. and Wind Energy Tanzania Ltd in Makambako.

It was further reported that wind farms with capacities of 100 MW in Singida would be constructed under the corporation of the Six Telecoms Company in Singida, financed by the International Finance Corporation and Aldwych International in London, the United Kingdom. The project would cost US$286 million[8].

But generally, the uptake of investments in wind energy is still low. Compared to other renewable energy resources that attract investment, most  projects have tried with little success to produce utility scale electricity from the wind energy. Tanzania’s renewable energy sector remains dormant with potential.

Recently, the government has indicated plans to review its national energy master plan with a view of integrating its energy mix with  renewable sources. This provides an opportunity for government to be intentional and focused on scaling its renewable sources from solar and wind.

What is stopping Tanzania’s renewable energy sector 

There are efforts and greenfield wind projects such as  the Mwenga project , the first wind farm to ever be built in Tanzania was completed in 2020. According to the project directors, Camco Clean Energy, the 2.4MW project – which received a $1.2m loan from the UK Government-funded Renewable Energy Performance Platform (REPP) – was supposed to be connected to an existing grid network, providing energy security to communities across the country. However, there are gaps such as financing, infrastructure, storage, and government facilitation which potentially limit investment, scale up, use and benefiting from this potential.

  • High investment costs: The cost for initial investment is high and the returns on investment are slow. With the dominance of TANESCO as a monopoly and absence of readily available Power Purchase Agreements for independent producers, project financing for renewable energies is still difficult.
  • Misaligned government priorities; Government efforts have largely emphasized hydropower projects. Other renewable energy sources such as solar, thermal, wind, biomass, and biogas are under-prioritized so far due to different socioeconomic and political reasons
  • Institutional and regulatory barriers; These are one of the main difficulties of developing renewable energy projects in the country, stakeholders say. According to Camco managing director Geoff Sinclair  “It’s very difficult to get a bankable PPA signed, offtaker creditworthiness remains an issue, and tariffs are regularly and somewhat randomly reduced to levels that undermine commercial viability.
  • Unmatched political will : The political will and support towards renewable energy over the past ten years has been on and off. After a major push in 2013 , the momentum appears to have dwindled.  Many projects stalled and such as the 150 MW Singida Wind Power project are yet to be fully delivered. In 2013, the Vice-President of China Daliang International Group, Mr Xu Youliang, told  Tanzania’s Prime Minister, Hon Mizengo Pinda,  that this project would be ready and start generating power by 2015. To date this has not materialized. Similar projects such as the Same Wind projects are still on their drawing boards and political support has been waning. Despite the energy resources available in the country and the government’s pledge to invest in renewable energy, foreign investors feel discouraged from  scaling up investments in  Tanzania’s renewable sector.
  • Overriding dissenting views on power of renewables in Africa: Further, this lukewarm and unpredictable stance towards renewable energy such as wind and solar seems to be a general  attitude  across the African continent. African governments have been slow to take on largescale renewable projects.  Some of African political leaders, such as Uganda’s President Yoweri Museveni, have argued that renewable energy is not sustainable to meet the future global population energy demands. It cannot even meet or drive Africa’s development agenda. 
  • Unreliability and lack of technology for storage: Renewable energies such as solar and wind are largely dependent on whether and climatic factors and therefore unreliable as a source of power. The technology for storage has not advanced enough to guarantee continuous supply whenever needed 
  • Potential of land grabing and conflicts: Moreover a solar farm requires huge tracts of land, and this can or may potentially spark off a new wave of land grabbing by solar energy investors, triggering land conflicts across the continent. Africa could is a bystander in renewable energy technology. For Africa to benefit, investment in technologies and production of equipment, such as solar panels and wind turbines must be on the continent.

CSOs such as power shift Africa , Anti Coal Coalition[4] and others however argue that investment in renewable energy is economically viable, and can  create jobs and increase access to energy to the poor and rural areas where access to the national grid is difficult. Significantly, investment in renewables will help Tanzania achieve its domestic transition and unlocking the country from a fossil future.

What can be done?

  • Moving forward, therefore the mysteries surrounding renewable energy and Tanzania’s potential must be unlocked 
  • Government, along with other renewable energy stakeholders, should complement existing policies and strategies to address issues related to renewable energy development to ensure timely and sustainable utilization of the available resources.
  • There is the need to provide a sound business and investment environment to local and foreign people who can provide capital towards renewable energy technologies and development.
  • There should be more training and awareness made available to the public about how to invest and use renewable energy.

Tanzania can and must benefit from the energy transition by upscaling its potential by starting to roll out implementation. Stalled renewable projects should be implemented.

[1] Obadia Kyetuza Bishoge: The Potential Renewable Energy for Sustainable

Development in Tanzania: A Review, 2018 accessed at : https://www.mdpi.com/2571-8797/1/1/6/pdf#:~:text=Tanzania%20has%20a%20lot%20of,are%20environmental%20friendly%20%5B1%5D.

[2] https://www.trade.gov/energy-resource-guide-tanzania-renewable-energy

[3] https://www.weforum.org/agenda/2020/06/global-clean-energy-investment-research/

[4] https://www.theguardian.com/world/2022/aug/01/african-nations-set-to-make-the-case-for-big-rise-in-fossil-fuel-output#:~:text=African%20nations%20expected%20to%20make%20case%20for%20big%20rise%20in%20fossil%20fuel%20output,-Exclusive%3A%20leaders%20expected&text=Leaders%20of%20African%20countries%20are,documents%20seen%20by%20the%20Guardian.

[5] Tanzania Invest. Tanzania Has High Potential For Renewable Energy Projects, US Consulting Firm Indicates. TanzaniaInvest. 2015. Available online: https://www.tanzaniainvest.com/energy/tanzaniahas-high-potential-for-renewable-energy-re-projects (accessed on 15 April 2018).

[6] Kasasi, A.; Kainkwa, R. Assessment of wind energy potential for electricity generation in Setchet, Hanang, Tanzania. Tanz. J. Sci. 2002, 28, 1–7.

[7] Energy Charter Secretariat. Tanzanian Energy Sector under the Universal Principles of the Energy Charter. 2015. Available online: https://energycharter.org/fileadmin/DocumentsMedia/CONEXO/20150827- Tanzania_Pre-Assessment_Report.pdf (accessed on 8 May 2018)

[8] The Minister of Energy. The Speech of the Ministry of Energy and Minerals on the Estimates of the Revenue and Expenditure for Financial Year 2018/2019. 2018. Available online: https://www.nishati.go.tz/hotubaya-bajeti-ya-wizara-ya-nishati-kwa-mwaka-2018-19/ (accessed on 15 January 2018)

[9] The Economist. A World Turned Upside Down—Renewable Energy. 2017. Available online: https://www. economist.com/briefing/2017/02/25/a-world-turned-upside-down (accessed on 4 May 2018).

[10] Sarakikya, H. Renewable energy policies and practice in Tanzania: Their contribution to Tanzania economy and poverty alleviation. Int. J. Energy Power Eng. 2015, 4, 333. [CrossRef]

[11] https://www.thecitizen.co.tz/News/33pc-of-Tanzanians-have-access-to-electricity–report/1840340-3900298-9elccaz/index.html

The Future is Green: How Can Tanzania Harness its Renewable Energy-Opportunities and Gaps

With high winds potential that cover more than 10% of its land and solar energy levels ranging from 2800 to 3500 h of sunshine per year and a global horizontal radiation of 4–7 kWh/m2/day, Tanzania is just a step away from becoming a reckonable giant of renewable energy and leap jumping into a clean future

By Moses Kulaba, Governance Analysis Centre

Tanzania, like other developing countries, is striving to adopt different ways of ensuring affordable and accessible energy supply to its socioeconomic and political sectors to achieve renewable energy development. To secure affordable and accessible energy in the country, renewable energy is termed as an alternative energy source because of it is environmentally friendly. If renewable energy is produced and utilized in a modern and sustainable manner, it will help to eliminate energy problems in Tanzania

According to reports, Tanzania has a lot of renewable energy sources such as biomass, solar, hydropower, geothermal, biogas, wind, tidal, and waves. These sources are important for decentralized renewable energy technologies, which nurture the isolated nature of the settlements and are environmentally friendly. Despite their necessity, renewable energy sources are given low priority by both government and Households[1].

Tanzania’s power sector is dominated by state-owned TANESCO (Tanzania Electricity Supply Company Limited). TANESCO owns most of the country’s transmission and distribution network, and more than half of its generating capacity. Tanzania’s electricity generation comes mostly from natural gas (48%), followed by hydro (31%), petrol (18%) with solar (1%), and biofuels (1%). The traditional dependence on hydropower combined with the droughts that are affecting the country, often result in power supply shortages[2].

The World Economic Forum (WEF) reported the total sum of global investment into renewable energy has increased. This was supported by a 28% annual increase in investment from the United States (U.S), in 2019 totalling $54.6 billion[3]. Renewables cannot totally replace fossils such as oil, but increased investment shows increased potential contribution in the energy mix.  The International Energy Agency (IEA) estimates annual clean energy investments will more than triple by 2030.

With its vast resources and location, there are opportunities for investment in its abundant solar and wind potentials. Perhaps, it is argued, the country can leverage its strategic position to scale up investment to generate more and at the same time position as a major supplier and user of renewable energy sources.

However, there are gaps such as financing, infrastructure, storage, and government facilitation which potentially limit investment, scale up, use and benefiting from this potential. The cost for initial investment is high and the returns on investment could be slow. Exploration efforts have largely emphasized hydropower projects, and other renewable energy such as solar, thermal, wind, biomass, and biogas are under-utilized due to different socioeconomic and political reasons

Further, some of African political leaders, such as expressed by Uganda’s President Yoweri Museveni, have argued that renewable energy is not sustainable to meet the future global population energy demands. It cannot even meet or drive Africa’s development agenda.  Renewable energies such as solar and wind are largely dependent on whether and climatic factors. A solar farm requires huge tracts of land, and this can or may potentially spark off a new wave of land grabbing by solar energy investors and land conflict across the continent. Africa could also be a bystander in renewable energy technology. For Africa to benefit, investment in technologies and production of equipment, such as solar panels and wind turbines must be on the continent.

But CSOs such as power shift Africa and Anti Coal Coalition[4] argue that investment in renewable energy is economically viable, will create jobs and increase access to energy to the poor and rural areas where access to the national could be difficult. Significantly, it will help Tanzania achieve its domestic transition and unlocking the country from a fossil future.

The government, along with other renewable energy stakeholders, should complement existing policies and strategies to address issues related to renewable energy development to ensure timely and sustainable utilization of the available resources. Also, there is the need to provide a sound business and investment environment to local and foreign people who can provide capital towards renewable energy technologies and development. There should be more training and awareness made available to the public about how to invest and use renewable energy. Tanzania can and must benefit from the transition by upscaling its potential and starting to roll out implementation. Stalled projects should be implemented.

Tanzania’s potential in Wind and Solar Energy

Wind energy

Tanzania has areas of high wind potential that cover more than 10% of its land[5]. This is equivalent in size to Malawi and has greater potential than the US state of California, as reported by the World Bank report. There are areas with annual average wind speeds of 5–8 m/s[6] . These exist along a coastline of about 800 km with predominant surface winds, moving from south-east to northeast. Based on the current research works, Tanzania has a lot of wind energy resources in the areas of Great Lakes, the plains, and the highland plateau regions of the Rift Valley. Wind energy evaluation indicates that areas such as Makambako (Njombe) and Kititimo (Singida) have sufficient wind speed for grid-scale electricity generation, with average of wind speeds 8.9 m/s and 9.9 m/s at the height of 30 m, respectively[7]. Small-scale off-grid wind turbines along the coastline and in the islands also possess great potential in Tanzania.

By 2017, at least four companies had expressed interest in investing in wind energy in Tanzania to build wind plants with a capacity of more than 50 MW. These companies include Geo-Wind Tanzania Ltd in Dar es Salaam, Tanzania; Wind East Africa in Singida, Tanzania; and Sino Tan Renewable Energy Ltd. and Wind Energy Tanzania Ltd. in Makambako, Tanzania. Wind farms with capacities of 100 MW in Singida would be constructed under the corporation of the Six Telecoms Company in Singida, Tanzania; International Finance Corporation in Washington DC, The United States of America; and Aldwych International in London, the United Kingdom. The project would cost US$286 million[8]. Compared to other renewable energy resources that attract investment, most of the people have been trying without success to produce electricity from the wind energy. Thus, only the government and private companies are the ones who are involved in power generation assessments from wind energy resources[9] [66]

Solar Energy

In Tanzania, solar energy is used as a source of power by 24.7% of the households with access to electricity. Potential solar energy resources are found in the central parts of the country[10] [1]. There are high solar energy levels ranging from 2800 to 3500 h of sunshine per year and a global horizontal radiation of 4–7 kWh/m2/day [1,70]. According to the World Bank, Tanzania has a solar energy potential greater than that of Spain and wind energy potential greater than that of the US State of California. With such great potential for solar energy resources, Tanzania is naturally appropriate for producing solar energy as a feasible alternative source for modern energy supply and rural electrification.

The solar energy market in Tanzania has drastically grown and increased over the last few years. Currently, the potential solar energy resources in Tanzania are used in different parts such as solar thermal for heating and drying and photovoltaic for lighting, water pumps, refrigeration purposes, and telecommunication. Solar energy is used mostly in rural areas with about 64.8% compared to urban areas with only 3.4%. The regions of Lindi, Njombe, Mtwara, Katavi, and Ruvuma lead in the use of solar power electricity in Tanzania[11]. Despite the increasing market for solar energy applications, there are fewer signs that the government is expecting to include solar PV in the national electricity mix in any substantial way in the future

[1] Obadia Kyetuza Bishoge: The Potential Renewable Energy for Sustainable

Development in Tanzania: A Review, 2018 accessed at : https://www.mdpi.com/2571-8797/1/1/6/pdf#:~:text=Tanzania%20has%20a%20lot%20of,are%20environmental%20friendly%20%5B1%5D.

[2] https://www.trade.gov/energy-resource-guide-tanzania-renewable-energy

[3] https://www.weforum.org/agenda/2020/06/global-clean-energy-investment-research/

[4] https://www.theguardian.com/world/2022/aug/01/african-nations-set-to-make-the-case-for-big-rise-in-fossil-fuel-output#:~:text=African%20nations%20expected%20to%20make%20case%20for%20big%20rise%20in%20fossil%20fuel%20output,-Exclusive%3A%20leaders%20expected&text=Leaders%20of%20African%20countries%20are,documents%20seen%20by%20the%20Guardian.

[5] Tanzania Invest. Tanzania Has High Potential For Renewable Energy Projects, US Consulting Firm Indicates. TanzaniaInvest. 2015. Available online: https://www.tanzaniainvest.com/energy/tanzaniahas-high-potential-for-renewable-energy-re-projects (accessed on 15 April 2018).

[6] Kasasi, A.; Kainkwa, R. Assessment of wind energy potential for electricity generation in Setchet, Hanang, Tanzania. Tanz. J. Sci. 2002, 28, 1–7.

[7] Energy Charter Secretariat. Tanzanian Energy Sector under the Universal Principles of the Energy Charter. 2015. Available online: https://energycharter.org/fileadmin/DocumentsMedia/CONEXO/20150827- Tanzania_Pre-Assessment_Report.pdf (accessed on 8 May 2018)

[8] The Minister of Energy. The Speech of the Ministry of Energy and Minerals on the Estimates of the Revenue and Expenditure for Financial Year 2018/2019. 2018. Available online: https://www.nishati.go.tz/hotubaya-bajeti-ya-wizara-ya-nishati-kwa-mwaka-2018-19/ (accessed on 15 January 2018)

[9] The Economist. A World Turned Upside Down—Renewable Energy. 2017. Available online: https://www. economist.com/briefing/2017/02/25/a-world-turned-upside-down (accessed on 4 May 2018).

[10] Sarakikya, H. Renewable energy policies and practice in Tanzania: Their contribution to Tanzania economy and poverty alleviation. Int. J. Energy Power Eng. 2015, 4, 333. [CrossRef]

[11] https://www.thecitizen.co.tz/News/33pc-of-Tanzanians-have-access-to-electricity–report/1840340-3900298-9elccaz/index.html

Tanzania’s removal of penalties on transfer pricing: What did government seek to achieve?

Tanzania Finance Hon Mwigulu Nchemba

In this year’s (2021/22) budget speech Tanzania’s Minister for Finance, Mr Mwigulu Nchemba, made a surprising announcement that government would/had scrapped the 100% penalty for transfer pricing. The announcement was surprising as transfer pricing or mispricing in international transactions and currently a point of discussion globally as one of the leading enablers of illicit financial out flows and capital flight from developing and extractive rich countries.  From a Tax justice perspective, the government’s decision was received as a slight slip in the gains scored over the past 10 years.

According to Global Financial Integrity (GFI) and the Mbeki High-Level Panel Report on IFFs latest reports, shows that IFF’s from the African continent have been increasing with losses estimated between USD50 Million and USD 80 Million over the past years. Corruption and the extractive sector has constantly provided a major conduit for tax avoidance and illicit resource outflow from Africa

Transfer pricing is an accounting practice that represents the price that one branch, subsidiary or division in a company charges another branch, subsidiary or division for goods and services provided. Transfer pricing allows for the establishment of prices for the goods and services exchanged between a subsidiary, an affiliate or commonly controlled companies that are part of the same larger enterprise.

A transfer price is based on market prices in charging another division, subsidiary, or holding company for services rendered. Transfer pricing can lead to tax savings for corporations.  However, companies have used inter-company transfer pricing to reduce the tax burden of the parent company. Companies charge a higher price to divisions in high-tax countries (reducing profit) while charging a lower price (increasing profits) for divisions in low-tax countries.  This is what is also often referred to as transfer mispricing which is problematic for tax collection purposes. We have discussed this concept in detail via another publication via: https://gepc.or.tz/how-to-curb-transfer-pricing-tax-dodging-and-illicit-financial-flows-in-extractive-sector/

Why were heavy penalties imposed in Tanzania’s statutes?

Heavy penalties were imposed for transfer pricing  in Tanzania’s tax statutes because many companies dodged taxes through complex structures and subsidiaries in foreign jurisdictions which made it difficult or impossible for government to track transactions for tax purposes.

According to Financial Secrecy Index (2018) reported that Tanzania lost billions of shillings through potential transfer arrangements between mining companies.

The government was not explicit why it had taken this dramatic decision and therefore left experts and civil society actors bewildered and speculating. The reasons given were pointing towards improving Tanzania’s investment climate. The investment motive was more than the tax revenue imperative.

The potential hefty penalty for transfer mispricing was an inhibiting factor for attracting foreign investments as companies feared or found it difficult to structure their businesses with an international network of subsidiaries and branches anchored to Tanzania making sourcing for foreign financing and sourcing or procurement difficult.

The difficulties in determining market price or an arms price in transactions between related parties and establishing without any iota of doubt whether a given transaction was a mispricing arrangement and illicit in the face of Tanzania’s statute may have been another factor.

The Minister made another drastic announcement.  Effective 2021/22 the Minister responsible for finance was empowered to grant tax exemptions on specific projects without full cabinet approval.

The Minister proposes to restore the power of the Minister to grant income tax exemption on projects funded by the government on specific projects, grants and concessional loans if there is an agreement between the donor or lender with the government providing for such exemption. The measure would streamline and make it efficient for such exemptions to be provided as it has been a pain sticking point for many projects.

The government was attempting to address bureaucracy in approving exemptions and waivers which was a major stumbling blocks to investment and vitality to the success of some strategic projects. This was certainly a welcomed change for players in the construction and large-scale investment projects. At the time of presenting the budget some big and strategic projects were in offing. These included the OreCorp Nyazanga Gold Mine project in Mwanza, Kabanga Nickel project, the ongoing Standard Gauge Railway project and the East African Oil Company project (EACOP). The government announced a specific exemption of VAT on imported and local purchases of goods and services for East African Crude Oil Pipeline (EACOP). The government aimed to ensure the costs of EACOP are minimised.

However, by doing this, the government is walking a very tight rope and contentious terrain with a significant risk of returning to bedeviled fiscal policy regime era which dogged its tax revenue collection efforts in the early 2000s.  Hon Jerry Slaa, Member for Parliament for Ukonga Constituency in Dar es Salaam posted a passionate that perhaps the Minister may have been deceived or even this dangerous paragraph may have been smuggled into the Minister’s Speech. He passionately appealed to the Minister does not sign off this years financial appropriation bill which this provision. It is a dangerous route to take with potential risks.

In our opinion, for these latest decisions to be effective government will have to

  1. Strengthen its monitoring and surveillance capacity to ensure the international companies do not structure their operations and tax arrangements in a manner that facilitates tax avoidance and evasion.
  2. Strengthen its (TRA’s) International Tax department to detect in advance and reverse any transactions of a potential transfer pricing arrangement before they happen.
  3. Improving data collection capabilities to establish the true arm’s length price for potentially contentious transactions, such e-commerce, services, and intellectual property.
  1. Increase transparency around exemption by perhaps requesting the Minister to publish the list of all exempted projects and values within a short period of 30-90 days after approval, clearly stating the purpose and rationalisation for the exemption.
  2. Retain some mechanism for punishment for noncompliance to the commensurate level deterrent enough to the induce compliance.

Highlights of Tanzania’s Budget 2021/22

Projected Total Budget 36.6% Trln (3.2% increase) Domestic 26.0 Trln (72%)
Expected GDP Growth 5.6% Grants 2.9 Trln (8%)
Inflation forecast 3.3% Development 13.3 Trln
Tax to GDP ratio 13.5% from 12.9% (2020/21 Recurrent 23.0 Trln
Debt to GDP ratio projections 37.3% Domestic Loans 5.0 Trln (14%)
Projected Budget Outturn 2020/21 86% – 95% External Loans 2.4 Trln (6%)

** The key challenge to government will be to raise domestic revenues in the face of shrinking grants and concessional loans and the COVID 19 pandemic which is stiff affecting key sectors such as tourism.

Elation as Kenya exports Oil; what does it mean for Oil rush in East African region

On 1st of August 2019, President Uhuru Kenyatta announced that Kenya had joined the list of world oil exporting Countries by selling its first crude oil at a cost of 12 Million United States dollars.

While the news reverberated across the Country and the region with elation, it is also possible that Kenya’s announcement could trigger a contagious rush to the bottom with East African Countries jostling to outcompete each other by signing off deals and agreements locking off future markets with potential buyers. Some of these deals may not be necessarily good.

By Moses Kulaba; Governance and Economic Analysis Center

Addressing the cabinet and media in Nairobi, President Kenyatta said Kenya had sold its barrels of crude oil to a buyer whose identity still remained a secret.

“We are now an Oil exporter. Our first deal was concluded this afternoon with 200,000 barrels at a price of USD 12 Million.  So I think we have started the journey and it is up to us to ensure that those resources are put to the best use to make our Country and to ensure we eliminate poverty, said Kenyatta.

The news reverberated in the region and globally with a new player on the market. Obviously there was more excitement and elation in the Lokichar Oil fields where Tullow Oil and its joint partners continue to explore more blocks with more vigour and determination.

Kenya discovered its first Oil in 2012 and since then, explorations have continued in the Lake Turkana basin region with deposits being reported and more projections made to increase. In its previous reports Tullow estimated some 560 Mln Barrels in possible reserves and these are now projected to increase as prospects for more discoveries are higher than before.

This would translate into 60,000 to 10,000 barrels per day of gross production, which is said to be insufficient to warrant the construction of a refinery locally hence the export plans

The sold consignment was delivered by truckers at the Kenya Petroleum Refineries facilities in Changamwe, Mombasa since July last year, under what the government described under the early oil project

What does this mean for Kenya and the East African region?

The deal concludes that Kenya once ruled off as an oil novice in the region, with the lowest volumes of discovered oil is running a head of its East African neighbors in reaching exporting oil country status many months before any of its East African neighbors can sell a drop of oil.

For Kenya, this is game changer in regional geopolitics as not only does the oil revenue bring a new line of foreign exchange earnings into its economy and thus consolidating its position as the regional economic superpower.

Galvanizing on its early market entry status, Kenya could tap the available markets and seal off any available contracts beating off any potential competition from its neighboring countries.

The oil revenues could also breathe some life into its Lamu Port South Sudan Ethiopia Transport (LAPSSET) Corridor development plan which has stalled for among others lack of partners. With oil revenues flowing, Kenya can go alone developing the ambitious infrastructure projects along the corridor all the way to the Ethiopian boarder.

Contrary to nay Sayers, the oil export could be a window to emboldened security in the Turkana area as the government seeks to protect vital oil installations and export routes to the coast.  For many years, Lake Turkana basin has been one of the most volatile and insecure areas in Kenya as marauding armed warriors move from one village to another raiding for cattle. Civilians and military installations have been attacked and people killed.

In June, 2018 Turkana residents stopped five trucks from ferrying crude oil to Mombasa over rising insecurity along the border with Baringo. The resident complained of insecurity in the area but also complained of what they call consider unresolved issues on oil sharing benefits between the National governments, County governments and local communities over the 5% share which they wanted channeled to their bank accounts rather than for development as rallied by a section of leaders.

There is no way we can be a security threat to the oil we have protected and guarded for years. So the specialized and additional security personnel (protecting oil) should head to Kapedo and secure people.

Kenya’s oil export announcement could trigger a contagious rush for oil in the East African region, with each country racing to drill to bottom in search for oil. In an effort to outcompete each other, those already with oil discoveries such as Uganda and South Sudan could race to the market sealing off deals and contracts with potential buyers and agreements for future markets. Some of these deals maybe bad.

 Uganda was the first to strike oil around its Albertine graben in 2005. According to Uganda’s Ministry of energy the petroleum deposit discovered so far were estimated at 6.5barrels of which 1.5bln are considered as recoverable.

The Ugandan oil is supposed to be exported to the global market through a 1,443 electric heated East African Oil Pipeline (EACOP) via Tanzania. The East African Crude oil pipeline is expected to unlock East Africa Oil potential by attracting invest and companies to explore the potential in the region.

According to the project schedule available on the EACOP website the detailed engineering and procurement and early works were supposed to have been made in 2018 and construction started in 2019. The first oil exports were expected in 2020. But it appears all these are behind schedule.

According to Ministry of Uganda expected to conclude its financial deal for its joint pipeline with Tanzania by June, 2019, opening for the way for its construction. According to the information provided by then, Stanbic Bank Uganda, was supposed to be the lead arranger for USD2.5billion funding for the 1,455 km (EACOP) project. The deal was expected to have been concluded in June, 2019.

Kampala was also expecting that the Final Investment Decisions (FID) between the government and the oil partners to determine when funds for the project will be made available, the terms of the financing and when the project execution will commence with a projected timeline between 20 and 36 months

The pipeline was expected to jointly develop the USD 3.5 billion pipeline, described as the longest electrically heated crude oil pipeline in the world. The balance of USD 1billion is expected to come from shareholders in equity

However, by the time Kenya announced its export deal in July, the earth breaking ceremony commencing the start of the EACOP pipeline construction had not started. Negotiations were reported as ongoing. In June 2017, the Daily Business Newspaper carried an article with a headline ‘Uganda’s Oil may not flow by 2020’ as the required infrastructure may not be complete  by then[i]

What this means for Uganda is that time is of essence and the sooner the EACOP project construction takes off the better for its potential oil market.

Figure 3: The Government of Tanzania and Uganda sign the Inter-Governmental Agreement (IGA) for the East African Crude Oil Pipeline (EACOP)  in May, 2017

 

So why do some oil projects like take long to materialize?

Lack of astute leadership, effective institutions and canning ambition to drive the projects to fruition. In some countries the political leadership and responsible institutions can be weak, whereby the essential operational process surrounding the oil projects can be clogged in political rhetoric and undertones which make decision making quite cumbersome, inefficiently slow and less assuring to the investors

Technical aspects such as Quality of crude oil discovered

High Sulphur crude oil can such as the Ugandan and Kenyan crude oil can be waxy and costly to transport via pipeline as it requires constant heating along the route.  This explains why the 1,433 km EACOP is described as the longest electric heated pipeline in the world. This adds to complexity in technology and costs on heating required to operationalize the project. Investors may

Oil reservoir behaviors and recoverable volumes – The discovered oil reserves are not always the same as the recoverable volumes. In some projects the reserves can be large yet due to geological and technological factors the recoverable volumes are low.  The behavior of the oil reservoirs is therefore a significant factor in determining whether the recoverable volumes will be consistent with the early projections and economic models over the plateau period. A change in the recoverable volumes can trigger massive losses and may lead to complete closure of the oil project. Investors are happy to rush projects where recoverable volumes will be sustained

Financing aspects such as financing structure -Lack of financing for some reasons or high interests on the investment loans secured from investment-lending institutions can be a delaying factor.  The decision to invest may therefore take long as the investors or partners to the oil project juggle and weigh the available financial options viz a vis the current and future costs of the project on the country and the investors

Economic metric considerations such as the Net Present Value (NPV), Rate of Return (RoR) and Internal Rate of Return (IRR) of the project.

These are calculations undertaken to determine the economic and financial viability of the project. They are used to determine how much return and how long it will take to recoup the initial investment and starting generating profit.

According to online sources such as Investopedia, the Net present value (NPV) is the difference between the present value of cash inflows and the present value of cash outflows over a period of time. NPV is used in capital budgeting and investment planning to analyze the profitability of a projected investment or project.

The Rate of Return (RoR) is the net gain or loss on an investment over a specified time period, expressed as a percentage of the investment’s initial cost. This simple rate of return is sometimes called the basic growth rate, or alternatively, return on investment, or ROI. If you also consider the effect of the time value of money and inflation, the real rate of return can also be defined as the net amount of discounted cash flows received on an investment after adjusting for inflation.

The rate of return is used to measure growth between two periods, rather than over several periods. The RoR can be used for many purposes, from evaluating investment growth to year-over-year changes in company revenues. Its calculation does not consider the effects of inflation.

The internal rate of return (IRR) is a measure used in capital budgeting to estimate the profitability of potential investments. The internal rate of return is a discount rate that makes the Net Present Value (NPV) that makes the Net Present Value (NPV) of all cash flows from a particular project equal to zero.  It is mathematically calculated as IRR=NPV=t=1∑T (1+r)t −C0 =0)

IRR is the rate of growth a project is expected to generate. The IRR is used in capital budgeting to decide which projects or investments to undertake and which to forgo.

Generally speaking, the higher a project’s internal rate of return, the more desirable it is to undertake. Assuming the costs of investment are equal among the various projects, the project with the highest IRR would probably be considered the best and be undertaken first. IRR is sometimes referred to as “economic rate of return” or “discounted cash flow rate of return.”

Social factors such as land acquisition and due diligence for compensation– The nebulous and intricate balancing act between the local laws and the international standards as guided by the International Finance Corporation can be a hindrance. Quite often the local standards for compensation can be law, corrupt unfair yet the IFC standards requires fair and equity

Negative diplomacy: The oil projects could delay or fail to take off all together due to negative diplomacy. Whereby disgruntled actors such as activists, companies, politicians who may not be excited or about the project may quietly lobby, urge, convince or cajole the financing institutions not to finance the project.

Security Risk:  Oil projects cost lots of money in investment and thus require assurances that financial investments and their installations will be guaranteed.  Oil projects can stall as investors and their partners gauge the security risks

Some or all of these factors could be now at play in the East African region and could be explanatory factors as to why some petroleum projects are progressing at a snail’s pace or stalled all together. Perhaps Kenya’s early oil export could be trigger for its neighbors to start thinking ahead.

 

 

 

[i] https://www.businessdailyafrica.com/economy/Uganda—oil—2020-Standard–Poors-Tanzania/3946234-3982464-j7rbsq/index.html

WB Reports Tanzania Economic Growth was lower , warns Poverty reduction is Constant

According to the World Bank Group, Tanzania’s economy is estimated to have grown by 5.2 percent in 2018, a figure which is lower and in contrast to the government’s National Bureau of Statistics estimates of 7 percent but still more than the Sub-Saharan Africa average of 2.3 percent.

The Tanzania National Bureau of Statistics reports that real GDP growth was 7%, slightly higher than 6.8 percent in 2016, however, the Wold Bank reported, official demand side data including data related to consumption, investment and net trade suggest that growth softened in 2018. This is according to the WB’s latest Tanzania Economic Update report released in July, 2019 titled ‘’Tanzania Economic Update: Human Capital: The Real Wealth of Nations” 12th Edition
Using demand side data World Bank Staff estimate that real GDP growth from 2018 was 5.2 percent lower than the NBS estimate but still more than double the SSA average of 2.3%.

The softening of consumption growth was supported by Tanzania Revenue Authority (TRA) data showing lower consumption tax collection as well as tight controls on public consumption expenditures.
The report is quite critical of government’s investment and fiscal performance, whereby it stated that investment growth remains’ dampened as significant under execution of public development plans, lower levels of FDI inflows and improved but relatively low private sector credit growth.

The trade balance also deteriorated in 2018 with exports contracting by 3.9% in gross value and imports increasing by 7.8%
Mid fiscal year accounts for 2018/19 show a low deficit and significant shortfall in both spending and financing which together with high payment arears raise questions about budget credibility. Whereby, the deficit for the first half of the fiscal year was a low 0.7% of GPD against a budgeted 1.6%. The revenue shortfall relative to budget were even larger than spending shortfalls. Domestic revenues especially tax collections under performed by about 12% against mid-year targets and fiscal external financing under performed by more than 80%. As a result, the budget significantly was under executed for capital projects needed for growth and job creation.

Government arears to contractors and supplies to pension funds by utilities such as Tanzania National Electricity Supply Company (TANESCO) to their suppliers remain unsustainable high at an estimated 5.7% of GDP in mid-2018.
The WB also warned that although the level of public debt currently was sustainable, recent changes in its composition raised concerns about liquidity risks.

The external position was challenged by an expanding current account deficit and declining reserves. The exports had fallen partly due to lower cashew nut exports and imports increased because of capital goods imported to supply development projects. The current account deficit had to 5.2% of GDP for the 12 months ending January, 2019 up from 3.2 percent a year earlier.

Reforms to relieve the regulatory burdens on business was moving slowly. According to the WB government had introduced abruptly new laws affecting mining, public –private partnership and statistics that had raised private sector concerns about policy predictability.
High population growth was undermining the reduction of poverty. Despite efforts between 2007 and 2016 that had reduced the Country’s poverty rate from 34.4% to 26.8% the absolute number of poor people had remained at about 13 million due to high population growth.

Although the most recent poverty measures based on the Household Budget Survey of 2017/18 was still being processed, it seemed likely that the downward trend poverty rate continued but had become more gradual, the WB stated.
The WB report figures raise further controversy on the accuracy in generation of Tanzania’s statistical figures and throw a spanner into the ongoing debate among stakeholders on which statistics should be considered as credible for planning purposes.

The government maintains that its statistics are credible and should be quoted as official and in 2018 passed a law (The Statistics Act of 2018) to enforce this. The Act made it a criminal offence to invalidate, distort or discredit any official data or to collect and publish any statistics which contradicted statistics from the NBS.

However, this law faced criticism from different actors arguing that it gives undue monopoly to government in generating statistical figures and limits room for debate and criticism of official data which may have some errors or generation of alternative statistical data by independent private entities and organisations. Some amendments were made in June to relax on some of the stringent provisions but the Act still requires some kind approval from the NBS.
The report raises significant concerns and challenges on the state of the economy and progress of reforms to improve the business and investment environment.

The latest reported figures which contradicts some of government’s official statistics and economic progress perhaps should serve as a wakeup call to the government to reassess its figures and provide clarity.