Rewriting the Rules: Why Investment Frameworks Must Deliver for Uganda’s Development

A Coffee farm in Kyesiiga Sub county in Masaka district, Uganda (📷 Kimbowa Richard)

Uganda—and Africa more broadly—does not suffer from a shortage of investment interest. What it faces is a deeper, more structural challenge: investment rules that are not consistently designed to deliver long-term development outcomes.

Despite attracting between $2–3 billion in foreign direct investment annually (World Bank, 2023), Uganda continues to grapple with persistent structural gaps. Industrialisation remains uneven, job creation lags behind population growth, and critical sectors such as energy and manufacturing are yet to reach a transformative scale.

Nowhere is this disconnect more visible than in the energy sector. Over 80% of Ugandan households rely on biomass—primarily charcoal and firewood—for cooking (Uganda Bureau of Statistics, 2022). This dependence carries significant costs: deforestation, public health risks from indoor air pollution, and lost economic productivity. It also highlights a central policy failure—investment is not sufficiently aligned with everyday development needs.

This is not a uniquely Ugandan problem. Across Africa, the continent receives just 3–4% of global foreign direct investment (UNCTAD, World Investment Report 2023/2024), while facing a climate financing gap exceeding $200 billion annually (African Development Bank, 2022). The issue is therefore not only the volume of investment, but its quality, direction, and governance.

At the heart of this challenge are investment rules—embedded in national laws, bilateral investment treaties, and regional agreements—that have historically prioritised investor protection and capital inflows over sustainable development outcomes. While these frameworks have played a role in attracting investment, they often lack the policy space and incentives needed to ensure that investments contribute meaningfully to national priorities.

Uganda now has an opportunity to recalibrate.

First, investment frameworks must be explicitly aligned with national development strategies. This includes integrating clear sustainability criteria into investment promotion regimes—linking incentives to job creation, local value addition, clean energy adoption, and environmental stewardship.

Second, policy coherence is essential. Investment policy cannot operate in isolation from energy, climate, and industrial policies. Aligning these domains reduces regulatory uncertainty, lowers investor risk, and enhances the developmental impact of capital inflows.

Third, Uganda and its regional partners should rethink the design of investment agreements to better balance investor protections with public interest safeguards. This includes provisions that preserve the government’s ability to regulate in areas such as environmental protection, public health, and community rights.

Finally, there is a need to prioritise investments that directly address structural constraints—particularly in energy access. Expanding clean cooking solutions and reliable electricity access is not only a social imperative; it is foundational to productivity, health outcomes, and climate resilience.

The broader lesson is clear: investment alone does not guarantee development. Without the right rules, incentives, and institutional alignment, capital can flow without delivering meaningful transformation.

For Uganda, the task ahead is not simply to attract more investment, but to shape investment so that it works for people, the economy, and the environment. That requires moving beyond a narrow focus on inflows and toward a more strategic, development-oriented approach to investment governance.

In a rapidly changing global economy—marked by geopolitics, climate pressures, shifting supply chains, and growing demand for sustainable finance—countries that get these rules right will be best positioned to translate investment into lasting prosperity.

Uganda should aim to be among them.

East Africa’s Most Valuable Infrastructure Isn’t Built — It’s Grown

 

An Analog forest with coffee intercropped with trees in Sironko district (📷Kimbowa Richard, 2024)

As the world prepares to mark International Day of Forests on March 21, 2026, Grace Nafula begins her morning the same way she always does — walking into the small forest behind her home in Bumatofu, Buhugu sub-county, Sironko district (Mount Elgon region, Uganda).

The air smells of damp soil and wild leaves. She checks the beehives tied to tree trunks, gathers leaves of Momordica foetida (commonly referred to as Ebombo in local Luganda), a climber that has multiple medicinal benefits, including treatment of coughs, which her grandmother taught her to recognise. She also collects dry branches from nearby Musambya (Markhamia lutea) and guava trees for use in cooking.

To an outsider, it may look like a simple patch of woodland. But to Grace, it is a storehouse, a pharmacy, a fuel station, and a bank.

“This forest feeds us,” she says.

Across East Africa, millions of households share Grace’s reality. Forests are not simply landscapes — they are economic infrastructure quietly supporting livelihoods, water systems, agriculture, and energy supply. Yet unlike roads, dams, or power plants, forests rarely receive the financing needed to sustain the services they provide.

The scale of community dependence is enormous. Globally, about 1.6 billion people rely on forests for their livelihoods, particularly rural communities and smallholder farmers (FAO, 2022). In Africa, forest resources contribute roughly 22 per cent of household income in rural areas, through products such as fuelwood, fruits, medicinal plants, and building materials (Angelsen et al., 2014).

In East Africa, dependence is even more visible. More than 80 per cent of households rely on wood fuel — mainly firewood and charcoal — for cooking and heating (International Energy Agency, 2023). Forest foods such as wild fruits, mushrooms, nuts, and edible insects also provide important nutrition for millions of rural families, particularly during droughts or poor harvest seasons (FAO, 2022).

For communities living near forests, this reliance can be even greater. Studies of forest-adjacent households in East Africa show that forest products can account for 30–40 per cent of total household income, especially among poorer households with limited access to land or formal employment (Angelsen et al., 2014).

Beyond household livelihoods, forests underpin major sectors of the regional economy. Forested watersheds regulate water flows that supply cities, irrigate farms, and power hydropower plants. Forest ecosystems protect soils that sustain export crops such as coffee, tea, and bananas. Biodiversity-rich forests also support tourism — one of East Africa’s fastest-growing economic sectors.

These contributions align strongly with the Sustainable Development Goals (SDGs). Healthy forests support SDG 15 (Life on Land) through biodiversity protection and ecosystem restoration. They contribute to SDG 13 (Climate Action) by absorbing carbon and stabilising rainfall patterns. Forest-based livelihoods also advance SDG 1 (No Poverty) and SDG 2 (Zero Hunger) by strengthening rural incomes and food security (United Nations, 2023).

Yet despite their immense value, forests across East Africa remain under pressure.

The region continues to lose hundreds of thousands of hectares of forest every year, largely due to agricultural expansion, charcoal production, and infrastructure development (FAO, 2023). Uganda alone has lost nearly half of its forest cover since 1990, shrinking from about 4.5 million hectares to roughly 2.3 million hectares today (National Forestry Authority, 2024).

This loss is not only an environmental concern — it represents the erosion of natural infrastructure that supports economic activity and human wellbeing. 

When forests disappear, communities lose more than trees. They lose fuel, food, income, and water security — the very foundations of rural economies.

Grace Nafula’s small forest offers a glimpse of what a different development pathway could look like. The honey from her beehives now provides a steady income for her household, while the trees protect her soil, regulate water, and shelter the crops that feed her family.

“If the forest grows,” she says, “our lives grow too.”

Her words capture a reality often overlooked in economic planning: forests are not simply environmental assets — they are foundational infrastructure for livelihoods, food systems, and climate resilience. For millions of East Africans, forests function much like roads, water systems, or energy grids: they sustain economic activity and reduce vulnerability.

Recognising this role requires a shift in policy and financing priorities.

First, governments must begin treating forests as productive national assets within development planning and public investment frameworks, including national accounting systems and infrastructure strategies (World Bank, 2022). Second, stronger support is needed for community forest management and local enterprises, which evidence shows can improve both forest conservation and rural incomes when communities have secure rights and incentives (FAO, 2023). Third, international climate finance — including carbon markets, restoration funds, and nature-based solutions financing — must be scaled up to reward countries that protect and restore forest landscapes (UNEP, 2023).

These actions are essential not only for environmental protection but also for achieving the Sustainable Development Goals, particularly SDG 1 (No Poverty), SDG 2 (Zero Hunger), SDG 13 (Climate Action), and SDG 15 (Life on Land) (United Nations, 2023).

As the world marks the International Day of Forests in 2026, the message for East Africa is increasingly clear: protecting forests is not a luxury — it is an economic necessity.

The region’s forests already support millions of livelihoods, stabilise climate systems, and underpin agriculture and energy security. But without sustained financing and stronger policy recognition, this natural infrastructure will continue to erode.

The real test for governments, investors, and development partners is whether forests will finally be financed, governed, and valued like the critical infrastructure they truly are.

References

• Angelsen, A. et al. (2014). Environmental Income and Rural Livelihoods. CIFOR.
• FAO (2022). Forests and Rural Livelihoods.
• FAO (2023). Global Forest Resources Assessment.
• International Energy Agency (2023). Africa Energy Outlook.
• National Forestry Authority (2024). Uganda Forest Status Report.
• UNEP (2023). State of Finance for Nature.
• United Nations (2023). Sustainable Development Goals Report.
• World Bank (2022). Forests, Trees and Landscapes for Sustainable Development.

Powering Opportunity: How Solar Energy Can Transform Livelihoods in East Africa

 

Source: www.pv-magazine.com  

At sunrise on the shores of Lake Victoria in Kisumu’s Dunga beach in Kenya, fisherman Peter Okello pushes his wooden canoe into the water. For years, his biggest worry was the weather. Today, it is fuel. The cost of petrol for small boat engines has steadily risen, eating into the modest income that feeds his family. “Sometimes we catch enough fish,” he says, “but the fuel takes the money.”

A few kilometres away, a solar-powered cold storage unit hums quietly near the landing site. Fishermen like Peter can now store their catch longer without rushing to sell it cheaply before it spoils. The facility operates on solar energy, thereby reducing costs and minimising waste. For Peter, clean energy is no longer an abstract idea — it is the difference between profit and loss.

Across East Africa, stories like Peter’s reveal a simple truth: the region’s green economy will only succeed if it improves the everyday livelihoods of ordinary people.

The East African region holds some of the world’s most promising renewable energy resources. The region receives between 1,500 and 3,000 kilowatt-hours of solar radiation per square metre each year, making solar energy particularly viable for rural electrification and small enterprises. Yet Africa still accounts for less than 2% of global solar photovoltaic capacity, highlighting the gap between potential and actual deployment.

Access to electricity also remains uneven. In recent years, about 79% of households in Kenya have access to electricity, while Rwanda has reached nearly 60%. In contrast, Uganda’s access rate is about 42%, Tanzania's is around 36%, and Burundi's remains below 10%, among the lowest in the world. These disparities mean that millions of households and small businesses still operate without reliable energy.

In rural districts like Kayunga District, farmer Sarah Namuli has begun using a small solar-powered irrigation pump to water her vegetables during dry spells. Before, she depended entirely on rainfall. Now she can grow crops throughout the year. Her harvests are larger, and her children’s school fees are more manageable.

These kinds of practical energy solutions are at the heart of an inclusive green economy. When renewable energy powers irrigation systems, cold chains, agro-processing mills, and rural clinics, it multiplies economic opportunities across communities.

Off-grid solar is already transforming access. Globally, around 490 million people now receive electricity through off-grid solar technologies, including solar home systems and mini-grids. Between 2019 and 2022 alone, about 70 million people gained electricity through such solutions, with sub-Saharan Africa accounting for a large share. In fact, more than half of the new electricity connections in parts of Africa during recent years have come from off-grid solar systems.

East Africa has been a major driver of this growth. In Kenya alone, over three million households now use off-grid solar products, making it one of the largest solar markets in the developing world.

Yet progress will not happen automatically.

Large-scale energy projects often prioritise feeding national grids or urban industries while rural producers remain underserved. If the green transition is designed without local livelihoods in mind, it risks widening inequality rather than reducing it.

East Africa must therefore prioritise decentralised energy systems — mini-grids, solar-powered enterprises, and community-level solutions. These technologies can reach remote communities faster and at lower cost than traditional grid expansion.

Financing will also be critical. Small farmers, fisherfolk, and rural entrepreneurs often cannot afford the upfront cost of solar pumps, cold storage systems, or energy-efficient equipment and other options for Productive Use of Solar Energy (PUSE). Blended finance, microcredit, and targeted public subsidies can help bridge this gap.

Regional cooperation will also matter. Initiatives led by organisations such as the East African Community (EAC) institutions like the East African Centre of Excellence for Renewable Energy and Efficiency (EACREEE) are already promoting cross-border power trade and renewable energy investment. With better planning, these efforts can ensure that clean energy strengthens regional value chains in agriculture, fisheries, and manufacturing.

Ultimately, the success of East Africa’s green economy will not be measured only in megawatts installed or emissions reduced. It will be measured in whether fishermen like Peter can keep more of their earnings, farmers like Sarah can grow food even during droughts, and rural communities can build resilient livelihoods.

The green transition must do more than power cities and industries. It must power opportunity — from fishing villages on Lake Victoria to farms, markets, and small enterprises across East Africa.

 

Climate Justice Begins with Her: Investing in Uganda’s Women and Girls for a Resilient Future

A woman using an energy-efficient domestic cookstove after training by JEEP (📷: JEEP)

At sunrise in the drought-prone plains of Karamoja (North Eastern Uganda), 15-year-old Akello lifts a yellow jerrycan onto her head and begins the long walk for water. Each year, the journey grows longer as seasonal streams dry earlier. When the rains finally come, they often arrive in violent bursts—flooding gardens and cutting off roads to schools and health centres. By the time Akello returns home, the school bell has often already rung.

For her, climate change is not a distant global debate. It determines whether she sits in a classroom or spends the morning searching for water.

Across Uganda, women and girls like Akello are on the frontline of climate change. Agriculture remains the backbone of the country’s economy, employing approximately 72% of the labour force and contributing around 24% of the national Gross National Product (GDP); yet, it is heavily dependent on increasingly unpredictable rainfall (World Bank, 2025).

Women make up nearly 80% of the agricultural labour force, but they often have far less access to land, credit, and agricultural extension services than men (FAO, 2023). When drought destroys harvests, or floods wash away crops, it is often women who must find new ways to feed their families, collect water, and care for children and elderly relatives.

It is therefore not by coincidence that the theme for International Women's Day in Uganda is: ‘Scaling up Investment to Accelerate Access to Justice for all Women and Girls in Uganda’

Climate risks in Uganda are intensifying. Over the past five years, 76% of Ugandans have reported experiencing severe heatwaves, and 71% have reported unusually severe droughts, according to Afrobarometer surveys (Afrobarometer, 2025).

Extreme weather events are also becoming more frequent. In 2024 alone, floods, landslides, and other climate-related disasters affected more than 413,000 people and displaced over 78,000 across the country, highlighting the growing humanitarian and development impacts of climate shocks (The New Humanitarian, 2025).

These impacts deepen existing inequalities. Evidence from across East Africa shows that prolonged droughts and economic stress increase risks of school dropout, child marriage, and gender-based violence among adolescent girls (UNICEF, 2023).

Yet vulnerability tells only half the story. Women are also among the most effective leaders of climate adaptation.

Across Uganda, women’s savings groups and cooperatives are already investing in solutions—from agroforestry and soil conservation to clean cooking technologies and climate-smart agriculture. Through resilience initiatives supported by international climate programmes, more than 1,600 women’s groups have mobilised about USD 2.8 million in community savings, supporting local adaptation projects and strengthening household livelihoods (UNFCCC, 2023).

These examples highlight a crucial lesson: climate justice requires intersectional adaptation. Climate policies must recognise that vulnerability is shaped not only by gender, but also by poverty, age, disability, and displacement. Uganda hosts over 1.5 million refugees, many of them women and children living in environmentally fragile settlements where land and water resources are limited (CARE, 2024).

Scaling investment for climate justice, therefore, requires three priorities.

First, expand gender-responsive climate finance that directly supports women-led adaptation initiatives at the community level. Uganda is estimated to require about USD 28 billion in climate adaptation investment by 2030, yet only a fraction of this funding has been secured so far (World Bank, 2025).

Second, strengthen women’s land and property rights, enabling long-term investment in climate-smart agriculture.

Third, invest in girls’ education and climate leadership, equipping young women with the knowledge and skills to lead local sustainable solutions for better energy use, water, tree planting, and others.

Back in Karamoja, Akello still dreams of becoming a teacher. She wants to help children understand changing weather patterns and teach farmers new ways to grow food in a hotter world.

Her dream reflects a deeper truth: climate justice will not be achieved through global pledges alone. It will be realised when investments reach villages, classrooms, and women’s groups—giving every woman and girl the power to adapt, lead, and shape a resilient future.

When Uganda invests in women and girls, it invests in its most powerful force for climate resilience.

From Stench to Strength: Can Kampala Turn Waste into Power?

 Source: https://sciencefr.blogspot.com/2020/07/ways-to-stop-environmental-pollution.html

At 6:30 a.m., Mariam Nakkazi lifts the metal shutter of her tomato kiosk near the crowded Mengo–Kisenyi market in downtown Kampala. The first thing that greets her is not the morning breeze — it is the smell. Rotting tomatoes, crushed mangoes, and fermenting cabbage from yesterday’s unsold stock lie heaped in nearby corners. She instinctively covers her nose before arranging her fresh produce for display.

Trade begins early here. Trucks from upcountry, Kenya, and Tanzania offload produce before sunrise. But alongside the abundance comes accumulation. Waste spills from torn sacks, clogs drainage channels, and lingers in the humid air.

According to the Kampala Capital City Authority (KCCA), the city generates between 1,500 and 2,500 tonnes of solid waste daily, with collection gaps leaving a significant share unmanaged. For Mariam, this is not an abstract statistic. It hangs in the air she breathes, settles on her stall, and quietly threatens her livelihood.

In Kampala’s markets, waste is no longer just a sanitation issue — it is a daily test of how a growing city governs its future.

The Promise: Turning Organic Waste into Power

Unlike many high-income countries that rely heavily on incineration, Uganda’s waste composition makes biological treatment particularly promising. Organic material accounts for an estimated 50–60% of municipal solid waste in Kampala. Market waste, food scraps, and agricultural residues can be converted through anaerobic digestion into biogas for cooking or electricity generation, while producing nutrient-rich compost.

Small-scale digesters piloted in eastern Uganda have demonstrated that community-based systems can reduce firewood use, improve sanitation, and lower household energy costs (OneEarth, 2021). At a larger scale, African cities already offer benchmarks.

The Reppie Waste-to-Energy Plant processes approximately 1,400 tonnes of waste daily and generates around 25 MW of electricity — supplying a meaningful share of Addis Ababa’s power demand (Ethiopian Electric Power, 2022). While not without controversy, it demonstrates that utility-scale waste-to-energy (WTE) infrastructure can operate on the continent.

In Kenya, the Gorge Farm anaerobic digestion plant near Naivasha illustrates how agricultural waste streams can reliably generate renewable energy for agro-industries (Global Recycling Foundation, 2024).

For Uganda — where electricity access has improved but remains uneven — WTE could diversify the energy mix while reducing landfill pressure. It could also create jobs in waste sorting, plant operation, and maintenance, formalising work for informal waste pickers who currently operate with limited protection.

Encouragingly, a partnership led by KCCA, alongside Cenergy Solutions, Homekline, and Khainza Energy, is now underway to convert organic solid waste into biogas and fertiliser. The initiative aims to supply residents with cleaner cooking gas while easing the city’s growing waste burden.

The Pitfalls: Systems Before Technology

Yet here is the hard truth: waste-to-energy succeeds only where systems function.

Effective WTE depends on consistent waste collection, segregation at source, and reliable feedstock supply. In Kampala, household-level sorting remains limited (KCCA, 2023). Mixed, high-moisture waste reduces calorific value, undermines incineration efficiency, and raises operational costs. Without investment in behaviour change, logistics, enforcement, and infrastructure, expensive facilities risk underperformance.

Source separation is often described as difficult, but the deeper issue is structural. Kampala’s current bin systems do not incentivise segregation. Behaviour follows design. Structured pilot programmes in selected communities — with colour-coded bins for organic, plastic, paper, and residual waste — could test participation rates, monitor contamination levels, and scale up based on evidence.

Cost is another critical consideration. Government projections suggest that WTE could contribute modestly to Uganda’s future energy mix by 2040, but at a higher capital cost relative to solar and hydropower alternatives (Ministry of Energy and Mineral Development, 2023). As reflected in planning frameworks such as Uganda’s Fourth National Development Plan (NDP IV, 2025/26–2029/30), WTE is positioned as a complementary renewable technology that requires de-risking, careful financial structuring, and regulatory clarity.

Environmental safeguards are equally essential. Incineration without stringent emissions controls can expose nearby communities to pollutants such as dioxins and particulate matter (UNEP, 2019). For Kampala’s neighbourhoods, any WTE facility must reduce pollution — not relocate it.

People at the Centre

Global south experience offers a clear lesson: community integration determines sustainability. Where informal waste workers are formalised — through cooperatives or contracted supply chains — recycling rates improve and livelihoods are protected (ILO, 2020). Where they are excluded, resistance grows and systems weaken.

For Kampala’s residents, the debate is straightforward. They want cleaner air, safer streets, and reliable energy. Waste-to-energy can contribute to that future — but only if Uganda invests first in governance, transparency, environmental compliance, and public participation.

Technology alone will not solve Kampala’s waste crisis.

But disciplined planning, strong institutions, and people-centred design might just turn rubbish into resilience.

And if the heaps outside Mariam’s stall are replaced by cleaner streets and reliable biogas, she may never speak of circular economy models or energy diversification. She will simply breathe easier — and sometimes, that is where sustainable development truly begins.

Selected References:

· Kampala Capital City Authority (KCCA), 2023 Waste Management Reports.
· World Bank (2018). What a Waste 2.0: A Global Snapshot of Solid Waste Management to 2050.
· UCLG (2022). Waste Composition and Urban Sustainability Reports.
· UNEP (2019). Waste-to-Energy: Considerations for Informed Decision-Making.
· ILO (2020). Informal Waste Workers and Formalisation Studies.
· Global Recycling Foundation (2024). Global Recycling Magazine.
· OneEarth (2021). Community Biogas Case Study, Uganda.
· Ministry of Energy and Mineral Development (April 2023). Energy Policy for Uganda 2023
· Government of Uganda (December 2024). National Development Plan - 2025/26-2029/30