By Kizito Simon Njaye
Introduction: The cost of cooking a meal
Imagine a mother in a low-income Ugandan household waking up before sunrise to prepare breakfast for her children. Her immediate concern is not the national electricity grid, climate change negotiations or government forest-conservation targets. It is how to prepare a meal with the little money available.
For millions of Ugandans, charcoal and firewood remain the most accessible cooking fuels, not necessarily because households are unaware of their environmental consequences, but because alternatives may be too expensive, unreliable or difficult to obtain. This everyday struggle lies at the heart of Uganda’s charcoal debate. As the government intensifies efforts to combat illegal charcoal production, protect forests and address environmental degradation, a fundamental question demands public attention: Can low-income households realistically afford alternative cooking energy, or does the fight against charcoal risk making poverty even more expensive?
Uganda’s dependence on biomass energy reflects the intersection of poverty, population growth, urbanization, agricultural livelihoods, energy infrastructure and limited access to affordable cooking technologies. In Kampala, Wakiso, Mukono, Jinja, Mbarara, Gulu, Mbale, Masaka, Arua, Fort Portal and other urban centres, charcoal remains a familiar household commodity. In rural communities, firewood continues to serve as a major source of cooking energy.
For many families, these fuels offer an important financial advantage: they can be purchased in small quantities according to the money available each day. A household unable to buy a full bag of charcoal may purchase enough for one meal. This flexibility is particularly important to families whose incomes are irregular and whose budgets are already stretched by food, rent, transport, healthcare and school fees.
Alternative technologies often require a different spending pattern. A household adopting liquefied petroleum gas (LPG), for example, may need to purchase a stove, cylinder and accessories before paying for regular refills. Electric cooking requires suitable appliances, electricity access and money to cover consumption. Biogas systems may require substantial initial investment and an adequate supply of organic material.
These barriers do not diminish the need to protect Uganda’s forests. Unsustainable harvesting of trees for charcoal and firewood contributes to forest degradation, biodiversity loss, soil erosion and greenhouse gas emissions. Forest destruction can also undermine water catchments, agricultural productivity and the livelihoods of communities that depend on healthy ecosystems.
Forest conservation is therefore an environmental, economic and social necessity. However, restrictions that are introduced before affordable alternatives become widely available may create unintended consequences. Households could return to cheaper fuels, informal markets could expand, and charcoal production could shift to less-regulated areas without significantly reducing overall demand.
The central challenge is not simply persuading Ugandans to abandon charcoal. It is ensuring that cleaner alternatives are affordable, accessible, reliable and suitable for their daily cooking needs.
Uganda consequently needs a balanced transition that protects forests while safeguarding household welfare. This calls for targeted subsidies, affordable financing, investment in alternative fuels, reliable electricity, improved cooking technologies and practical support for communities whose livelihoods depend on the charcoal trade.
The success of charcoal policy should not be measured only by the number of bags confiscated, traders arrested or restrictions announced. It should also be measured by the number of households that can prepare meals using cleaner energy without sacrificing other essential needs.
Uganda must protect its forests. The equally important question is whether it can do so without making the daily preparation of a family meal an unaffordable privilege.
Uganda’s charcoal dilemma: Saving forests without impoverishing households
Uganda stands at a crossroads between environmental conservation and the everyday survival of its citizens. The country must protect its forests, reduce environmental degradation and expand access to cleaner cooking technologies. At the same time, it must confront the economic circumstances that compel millions of households to depend on charcoal and firewood.
According to the Uganda Bureau of Statistics (UBOS), the 2024 National Population and Housing Census recorded a population of approximately 45.9 million people and about 10.7 million households. The average household size was approximately 4.3 people (Uganda Bureau of Statistics [UBOS], 2024). Population growth, urbanization and changing consumption patterns place additional demands on household energy supplies and natural resources.
The charcoal question is therefore about much more than cutting trees. It concerns the cost of preparing meals, the operation of small restaurants, the livelihoods of rural producers, the health of women and children exposed to household smoke, and the responsibility of government to ensure that environmental policies do not deepen poverty.
Developments in Parliament have brought these competing concerns into sharper focus. On 14 October 2026, according to Parliament of Uganda reporting, Speaker Jacob Markson Oboth directed that enforcement of the charcoal trade ban be suspended pending a government statement on the policy and the availability of alternative energy sources. The restrictions had originated in Presidential Executive Order No. 3 of 19 May 2023, which prohibited charcoal burning and trade in specified parts of northern Uganda, West Nile, Karamoja and Teso (Parliament of Uganda, 2026).
The parliamentary intervention highlighted a central policy concern: whether households affected by the restrictions had been given realistic opportunities to adopt alternative cooking fuels.
Government has identified LPG, electric cooking, ethanol and biogas among the alternatives it is promoting. The Ministry of Energy and Mineral Development (MEMD) also recognizes clean cooking as a national priority, with ambitions to expand access significantly by 2030 and move towards universal access by 2040 (MEMD, n.d.).
These objectives are important, but national targets do not automatically translate into affordable cooking at household level.
A family may receive an LPG cylinder and stove yet struggle to pay for subsequent refills. Another may live near an electricity distribution line but lack the money to purchase an efficient electric cooker. A rural household may have access to agricultural residues but lack the equipment, technical knowledge or market access needed to use them safely as fuel.
The policy challenge is consequently twofold: reducing dependence on unsustainable biomass while ensuring that households have practical alternatives before restrictions are intensified.
Uganda must not confuse enforcement of a charcoal ban with implementation of a successful clean-energy transition. The first can be ordered administratively; the second requires infrastructure, investment, affordability, public participation and time.
Uganda’s disappearing forests: What is at stake?
Forests are among Uganda’s most valuable natural assets. They support biodiversity, regulate water systems, protect soils, store carbon and contribute to livelihoods through timber, tourism, agriculture and other forest-based activities.
However, Uganda’s forest-cover statistics reveal a serious long-term challenge. The National Forestry Authority’s Corporate Strategic Plan for 2025/26–2029/30 reports that forest cover declined from approximately 4.9 million hectares in 1990 to 2.6 million hectares in 2023. In percentage terms, this represented a fall from about 24.1 per cent to 12.6 per cent of the country’s land area (National Forestry Authority [NFA], 2025).
This amounts to a loss of approximately 2.3 million hectares over 33 years. The figures illustrate why forest protection cannot be postponed indefinitely.
The consequences extend beyond the disappearance of trees. Forest degradation can reduce the capacity of landscapes to retain water, increase soil erosion, threaten wildlife habitats and undermine agricultural productivity. Where forest loss affects watersheds, communities may become more vulnerable to droughts, floods and changes in water availability.
Forests also contribute to climate resilience by storing carbon and supporting ecological conditions on which agriculture and human settlements depend. Continued destruction can therefore compromise Uganda’s long-term environmental security and development prospects.
The NFA’s strategic plan identifies forest protection, restoration, tree planting and collaboration with communities and private-sector actors as important interventions. However, these initiatives must be accompanied by credible enforcement and sustainable financing.
Forest statistics should also be interpreted carefully. Forest cover is not necessarily the same as total tree cover, and monitoring systems may use different definitions and methods. Commercial plantations, natural forests and other forms of tree cover differ in their ecological value. Planting seedlings does not guarantee that trees will survive to maturity, while commercial plantations cannot automatically replace the biodiversity and ecological functions of mature natural forests.
Uganda therefore needs consistent forest monitoring that distinguishes natural forests, plantations, woodlands and other forms of tree cover. Such information would help policymakers identify where charcoal production causes the greatest damage and where sustainable wood production could be developed.
The question is not whether Uganda should conserve its forests. It must. The challenge is how to achieve that goal without making poor households bear a disproportionate share of the cost.
How much charcoal does Uganda produce?
Understanding the scale of charcoal production is essential for designing effective policy. Yet the available estimates differ considerably, making it difficult to establish a single definitive national figure.
United Nations energy statistics list Uganda’s charcoal production at approximately 3.697 million metric tonnes in 2024, compared with 3.549 million tonnes in 2023 and 3.367 million tonnes in 2022 (United Nations Statistics Division [UNSD], n.d.-a).
By contrast, the Food and Agriculture Organization of the United Nations (FAO) dataset reports approximately 1.232 million tonnes of charcoal production for Uganda in 2022 (FAO, n.d.).
These figures should not be treated as directly interchangeable. Differences may reflect reporting systems, estimation methods, data coverage or revisions. The discrepancy itself demonstrates the need for a transparent and consistent national accounting system.
If government is to regulate production, estimate forest losses, calculate economic activity and assess the impact of charcoal restrictions, it needs reliable information on: Charcoal produced domestically and consumed within the country; Charcoal imported from neighboring countries and exported to regional markets; Quantities entering formal and informal markets; Losses during transportation and storage; Charcoal produced from sustainable sources and supplies associated with illegal forest destruction; and Regional prices, household consumption and the economic value of the trade.
The Ministry of Energy and Mineral Development, UBOS, NFA and relevant research institutions should coordinate regular surveys to establish a credible national charcoal account. This information would enable government to move away from broad assumptions towards evidence-based regulation. It would also help distinguish between destructive extraction from protected natural forests and charcoal produced through responsibly managed private woodlots.
Reliable data are not a technical luxury. They are a prerequisite for fair enforcement, effective forest protection and sound economic planning.
Charcoal sales: A multitrillion-shilling informal economy
Charcoal is more than a cooking fuel. It is a commercial commodity that supports economic activity in rural and urban Uganda. In some communities, where households depend heavily on production and trade for daily survival, it is described as “black gold”.
In April 2026, Daily Monitor reported that Uganda’s traded charcoal market was valued at approximately Shs2 trillion annually. A 2026 New Vision report similarly cited an estimated annual market value of about US$580 million, equivalent to roughly Shs2 trillion, and indicated that the value chain supported approximately 200,000 livelihoods (Kasoma & Agaba, 2026; Ndagire, 2026).
These figures underline the economic significance of the sector, although they should be treated as reported estimates rather than independently verified measures of government revenue or producer profits.
Annual market value must also be distinguished from annual sales volume. A market estimated at Shs2 trillion does not establish the exact number of tonnes sold, the amount earned by producers or the share of the trade that is sustainable or illegal. A reliable national assessment remains necessary.
The charcoal value chain begins in rural communities, where wood is harvested and converted into charcoal through carbonization. Producers sell their output to traders, who organize transportation to towns and cities. Wholesalers distribute the product to retailers, who sell it in smaller quantities to households, restaurants, schools and other institutions.
Each stage creates economic activity, but the benefits are not shared equally. Producers may receive relatively low prices, while transporters, wholesalers and retailers face different operating costs and profit margins. Meanwhile, communities affected by forest degradation may bear environmental costs that are not reflected in the retail price of charcoal.
This creates a difficult policy dilemma. An abrupt ban may disrupt the incomes of vulnerable producers and traders, while unrestricted production may accelerate deforestation and impose long-term costs on society.
The answer is not to preserve an environmentally destructive business model indefinitely. It is to manage a fair and gradual transition that expands access to cleaner energy, protects vulnerable livelihoods and creates sustainable economic opportunities.
Uganda should therefore treat the charcoal economy as both an environmental challenge and a development issue. Effective reform requires reliable market data, transparent regulation, support for affected communities and investment in alternatives that can compete with charcoal on price and convenience.
The charcoal ban: Environmental necessity or economic hardship?
Uganda’s charcoal restrictions were introduced in response to concerns about deforestation and the need to protect natural resources. The environmental objective is legitimate. The challenge lies in implementation.
Restrictions can help curb destructive charcoal production when supported by clear legal authority, consistent enforcement, adequate monitoring and affordable alternative cooking fuels. However, where demand remains high and practical substitutes are beyond the reach of many households, restrictions may shift production to other districts or encourage informal cross-border trade rather than eliminate consumption.
Reporting on Uganda’s charcoal sector has highlighted the possibility that supply chains adapt to restrictions by sourcing charcoal from other districts and neighboring countries (Ndagire, 2026).
This raises a fundamental question: can a ban effectively protect forests if demand remains high and households cannot afford alternative fuels?
The lesson is not that restrictions are inherently ineffective. Rather, restrictions alone may be insufficient when the economic forces sustaining demand remain unchanged.
Consumers continue buying charcoal when it is more affordable or convenient than available alternatives. Producers may continue supplying the market when other sources of income are unavailable. Traders can redirect supplies from less-regulated areas, allowing the market to adapt without addressing the underlying causes of demand.
The result may be displacement of production rather than a lasting reduction in forest pressure.
Government must also distinguish between charcoal produced through illegal extraction from protected forests and charcoal derived from sustainably managed private woodlots. Treating both sources as equivalent risks discouraging responsible tree farming and undermining investment in sustainable biomass production.
A more effective policy should protect natural forests, prohibit destructive extraction in protected areas, improve supply-chain traceability and establish clear standards for sustainably produced charcoal. At the same time, it must reduce household dependence on charcoal by making alternatives affordable, accessible and reliable.
The parliamentary intervention of October 2026 should therefore be treated as an opportunity to review implementation, clarify the legal framework and assess progress in providing alternative energy sources (Parliament of Uganda, 2026).
A suspension or review of enforcement should not become an excuse to abandon forest conservation. Equally, conservation policy should not assume that households can change their cooking practices without financial, infrastructural and practical support.
The objective must be to protect forests effectively while avoiding an unfair burden on low-income households and communities whose livelihoods depend on the charcoal economy.
Which alternative cooking-energy sources are realistic for Uganda?
Uganda has several potential alternatives to conventional charcoal and firewood. These include Liquefied petroleum gas (LPG), electricity, ethanol, biogas, improved cookstoves, biomass briquettes and solar technologies. Their suitability varies according to household income, location, infrastructure, fuel availability and cooking requirements.
No single technology will meet the needs of every household. A successful national strategy must therefore promote a diversified energy mix rather than assume that one alternative can immediately replace all traditional fuels.
- Liquefied petroleum gas
Liquefied petroleum gas is among the principal alternatives promoted for household cooking. It offers convenience and, when used correctly, avoids the smoke associated with burning solid biomass at the point of use.
However, the cost of LPG extends beyond the price of fuel. A household may need to purchase a cylinder, regulator, hose, burner and other essential accessories before paying for regular refills. Transport costs, distance from suppliers and the availability of reliable refill services also affect affordability.
Indicative market prices cited for a basic six-kilogram LPG starter unit range from approximately Shs170,000 to Shs220,000 /=, including a filled cylinder and basic equipment. These prices should be verified with accredited suppliers before publication and may vary by location, brand and package.
For a low-income household, even this initial expenditure may be substantial. The continuing cost of refills can be an even greater barrier, particularly where earnings are irregular.
This distinction between initial access and sustained use is central to clean-cooking policy. Distributing cylinders does not guarantee long-term adoption if households cannot afford to refill them.
Government should therefore assess LPG programmes by examining how many beneficiary households continue using the fuel after six months, one year and two years, and whether adoption results in a sustained reduction in charcoal consumption.
Potential interventions include targeted refill vouchers, pay-as-you-go arrangements, affordable consumer financing and transparent subsidy schemes. These measures should prioritize households that would otherwise struggle to adopt cleaner cooking technologies.
Government should also encourage competition among accredited distributors, strengthen rural supply networks and provide practical education on safe storage, handling and use.
LPG can play an important role in Uganda’s transition, but it should not be assumed to be affordable or accessible to every household. The central question is not simply whether families can obtain cylinders, but whether they can refill them consistently without compromising food, education, healthcare or other basic needs.
- Electricity and efficient electric cooking
Electric cooking presents another important opportunity, particularly in urban and peri-urban areas with reliable electricity connections.
Efficient appliances, including electric pressure cookers and induction cookers, can reduce dependence on charcoal and firewood. They may also offer practical advantages for households that value convenience, cleanliness and predictable cooking times.
According to the Electricity Regulatory Authority (ERA), Uganda’s installed electricity generation capacity stood at approximately 2,098.2 megawatts at the end of 2025. However, installed capacity should not be confused with the amount of electricity available at every location or the amount households can afford to consume.
The challenge is not simply generating electricity. It is ensuring reliable distribution, affordable tariffs and access to suitable appliances.
A household considering electric cooking must account for the initial purchase price of a cooker, electricity consumption, the reliability of supply and the cost of any necessary wiring or kitchen upgrades. For a family with limited disposable income, the appliance itself may be an important barrier.
The International Energy Agency’s Uganda Energy Transition Plan identifies expanded energy access and cleaner cooking as important national priorities (International Energy Agency [IEA], 2023).
Turning these ambitions into practical household benefits will require policies that address both access and affordability.
Government should consider affordable appliance-financing schemes, consumer education on operating costs and partnerships with manufacturers, distributors and financial institutions. Efficient electric cooking appliances could be made available through instalment payments rather than requiring households to pay the full purchase price upfront.
Schools, hospitals and other public institutions could serve as demonstration sites where electricity supply, infrastructure and operating costs make electric cooking viable. Their experiences would provide useful evidence on equipment performance, cost per meal and potential reductions in biomass consumption.
Nevertheless, an electricity connection does not automatically make electric cooking affordable. Some families use electricity for lighting and phone charging while continuing to rely on charcoal for cooking because their budgets cannot accommodate the additional expense.
Electric cooking should therefore be promoted where it is economically and technically suitable, with transparent information on appliance efficiency, tariffs and likely operating costs.
With reliable power, appropriate appliances and affordable financing, electricity could become a significant component of Uganda’s clean-cooking strategy. However, it is unlikely to replace charcoal and firewood immediately in every household.
- Ethanol cooking fuel
Ethanol is another potential option for households with access to affordable fuel and compatible stoves. It can reduce reliance on charcoal and firewood, but its suitability depends on fuel prices, reliable distribution networks, stove availability and appropriate safety standards.
Wider adoption would require dependable supply chains and consumer awareness of safe handling and storage. Government and private-sector partners should also establish clear quality standards and monitor market prices.
Ethanol may be useful in locations where supplies can be delivered consistently at competitive prices. However, its role should be determined by evidence on affordability and actual household use rather than assumed to be universally suitable.
- Biogas and agricultural waste
Biogas offers considerable potential for farms, agricultural communities and institutions with sufficient organic waste. Animal manure, food-processing residues and other biodegradable materials can be processed in specially designed digesters to produce gas for cooking.
Biogas systems can also improve manure management and generate nutrient-rich digestate for agricultural use, provided it is handled appropriately.
However, these systems require investment in construction, suitable feedstock, technical expertise and regular maintenance. A household without enough livestock manure or other organic material may not be a suitable candidate.
The initial cost of a digester can be prohibitive for smallholder farmers without financial assistance. Poor design or maintenance may also undermine performance.
Ministry of Energy and Mineral Development identifies domestic biogas among its clean-cooking initiatives (MEMD, n.d.).
Expanding such programmes will require affordable financing, technical training, quality assurance and after-sales support.
Biogas is unlikely to be a universal solution, but it can be valuable in locations where organic waste is readily available and systems can be maintained reliably. Agricultural institutions, farms and suitable community facilities may offer opportunities for wider adoption.
- Improved cookstoves
Improved cookstoves can reduce fuel consumption compared with traditional cooking arrangements, depending on their design, fuel type and actual performance.
They may offer an important transitional option where households cannot yet access cleaner fuels. By improving combustion efficiency, suitable stoves can reduce the amount of charcoal or firewood required for certain cooking tasks.
However, improved biomass cookstoves should not automatically be treated as equivalent to technologies that eliminate household combustion emissions. Performance varies, and some stoves continue to expose users to harmful levels of air pollution.
Programmes should therefore evaluate stoves against credible efficiency and emissions standards, rather than relying solely on manufacturers’ claims. Households should receive practical guidance on operation, maintenance and ventilation.
Improved cookstoves can help reduce fuel use in the short term, but they should complement—not replace—longer-term efforts to expand access to genuinely clean cooking technologies.
- Biomass briquettes
Biomass briquettes are produced by compressing suitable agricultural residues and other organic materials into solid fuel. Depending on the raw materials and production process, they may offer an alternative to conventional charcoal while creating income opportunities for farmers and small enterprises.
Their commercial success depends on a consistent supply of raw materials, reliable production quality, heating performance, compatibility with available stoves and affordable distribution.
Briquettes should be assessed for emissions, safety and total cooking costs. Not all briquettes have the same environmental performance, and their suitability depends on the materials and processes used in production.
With appropriate quality standards and market development, briquette manufacturing could support local enterprise and make productive use of selected agricultural residues.
- Solar cooking and solar electricity
Solar cooking uses sunlight to generate heat for preparing food. It can be useful for selected cooking tasks in locations with adequate sunshine and households able to adjust their cooking schedules.
However, its performance depends on weather conditions, cooking times and the type of food being prepared. It may therefore be more practical as a complementary option than as the sole cooking method for most households.
Solar photovoltaic systems can also generate electricity for suitable cooking appliances, either directly or through battery storage. They may be particularly useful in remote communities where grid electricity is unavailable or unreliable.
Nevertheless, cooking can require substantial amounts of energy. The cost of panels, inverters, batteries and appropriate appliances may make a complete solar-electric cooking system unaffordable for many households.
Government should support feasibility assessments and targeted pilot projects rather than presenting solar cooking as a universal replacement for conventional fuels. System design must reflect actual household needs, local sunshine conditions, maintenance requirements and the total cost over time.
- Sustainably produced charcoal
Sustainably produced charcoal from responsibly managed woodlots and other traceable renewable biomass sources may provide a transitional option for households and businesses that cannot immediately move to other fuels.
Sustainable production requires appropriate harvesting practices, replanting, land management and effective monitoring. It also requires credible mechanisms to distinguish responsibly produced charcoal from supplies associated with illegal extraction.
Without these safeguards, the label “sustainable” can become a means of disguising destructive practices.
Sustainable charcoal should not be regarded as a complete substitute for cleaner cooking technologies. Nevertheless, responsibly managed wood production may support livelihoods and reduce pressure on natural forests while Uganda gradually expands access to alternatives.
Choosing the right energy mix
The suitability of each technology depends on the household and its surroundings. An urban family with reliable electricity may benefit from an efficient electric pressure cooker. A rural farm with sufficient manure may find biogas more practical. A household without reliable electricity may need an affordable transitional option while infrastructure and fuel distribution improve.
Government should assess each technology according to its total cost over time, including equipment, fuel, maintenance, safety, reliability and household purchasing power. Environmental performance, local resource availability, employment opportunities and implications for existing livelihoods must also be considered.
The objective should not simply be to replace one fuel with another. It should be to ensure that households can prepare meals safely, reliably and affordably while reducing pressure on forests and protecting public health.
Charcoal and household poverty: Who bears the cost of the transition?
Environmental policies are often hardest to implement when their immediate costs fall on people with limited financial resources. Uganda’s transition to cleaner cooking must therefore address household poverty alongside environmental protection.
For low-income families, cooking fuel is a recurring expense competing with food, rent, transport, healthcare, school fees and other essential needs. Switching to a cleaner fuel may be environmentally desirable but financially impractical for a household struggling to meet daily expenses.
Wealthier households may be able to purchase electric appliances, LPG equipment and regular fuel supplies. Poorer households may remain dependent on charcoal because it is widely available, can be purchased in small quantities and accommodates irregular cash flow.
The cost of cooking cannot be assessed simply by comparing the price of one kilogram of charcoal with a unit of electricity or a kilogram of LPG. A meaningful comparison must consider the amount of energy required to prepare common meals, stove efficiency, cooking time, equipment costs, maintenance and the availability of fuel.
It must also account for household size, income, location and spending patterns. A technology that is affordable in Kampala may be less practical in a remote rural community where distribution costs are higher and refilling points are distant.
Government should commission a nationally representative clean-cooking affordability assessment to establish the real cost of preparing common meals with different fuels. The study should examine rural and urban households, different income groups and families of varying sizes.
It should distinguish between the initial cost of switching fuels and the recurring cost of using them. It should also assess how many households continue using cleaner fuels after receiving equipment and how many return to charcoal because of refill costs, unreliable supplies or equipment failures.
A fuel that appears cheaper at the point of purchase may impose additional costs through health problems, lost time and environmental damage. Conversely, an efficient technology may fail to gain acceptance if the initial investment is too high or its fuel supply is unreliable.
Targeted subsidies, affordable financing, flexible purchasing arrangements and improved distribution networks could help bridge this gap. Such interventions must be transparent and directed towards households that genuinely need support.
Cleaner cooking should be a practical and affordable choice for ordinary citizens, not a privilege reserved for those with higher incomes.
The hidden health costs of charcoal and firewood
The charcoal debate is also a public-health issue. Traditional biomass cooking can expose households to harmful smoke and fine particulate matter, particularly where inefficient stoves are used in poorly ventilated kitchens.
Women and children may experience disproportionate exposure because of their roles in food preparation and the time they spend near cooking areas.
The World Health Organization identifies household air pollution caused by polluting cooking fuels and technologies as a major public-health concern. Exposure is associated with serious respiratory and cardiovascular diseases, with substantial consequences for vulnerable populations (World Health Organization [WHO], n.d.).
Charcoal should not be considered harmless simply because it may produce less visible smoke than some firewood-burning arrangements. Incomplete combustion can release carbon monoxide, a dangerous gas, while poorly ventilated cooking spaces can allow harmful pollutants to accumulate.
Improved ventilation and better-designed stoves may reduce exposure, but expanding access to genuinely clean cooking technologies remains a critical long-term priority.
Government should integrate clean cooking into public-health programmes, maternal and child health initiatives, school health education and community outreach. Health workers can help households understand the risks of household air pollution while providing practical information about safer cooking practices and available alternatives.
Schools, hospitals and other public institutions should also receive support to adopt suitable cleaner cooking systems, particularly where meals are prepared in large quantities. Such investments could reduce exposure among staff, learners, patients and other vulnerable groups.
However, warnings about health risks are not enough. Families cannot be expected to abandon a fuel they can afford if the alternatives remain beyond their means.
Protecting public health requires a combination of awareness, accessible technologies, affordable fuel supplies and appropriate financial support. Cleaner cooking must become both desirable and achievable.
Charcoal, employment and the rural economy
The charcoal value chain supports producers, transporters, traders and retailers. It also provides cooking fuel for restaurants, food vendors and institutions. Any meaningful reform must recognize the people and economic relationships involved.
For some rural households, charcoal production provides cash income during periods when agricultural earnings are low. In communities affected by drought, poor harvests or limited market access, it may be one of the few available ways to meet immediate needs.
Sudden restrictions without viable alternatives could therefore leave vulnerable households without income before other economic opportunities become available.
Yet dependence on charcoal does not necessarily provide long-term economic security. Where unsustainable production degrades forests, soils and other natural resources, short-term income can come at the expense of future agricultural productivity and community welfare.
The solution is to help affected communities transition towards sustainable and reliable sources of income.
Potential alternatives include commercial tree growing, agroforestry, fruit production, beekeeping, sustainable timber harvesting, tree nursery management, briquette manufacturing, renewable-energy distribution and the installation and maintenance of clean-cooking equipment.
These activities could create employment while reducing pressure on forests. However, they must be grounded in realistic market demand. Training people to produce goods or provide services without identifying buyers, establishing distribution networks and ensuring competitive prices is unlikely to generate lasting benefits.
Government agencies and development partners should identify communities that depend heavily on charcoal, assess their skills and resources, and develop transition programmes linking vocational training with access to finance, equipment and markets.
Former charcoal producers could receive support to establish woodlots on suitable land, participate in forest restoration, adopt sustainable harvesting practices or distribute cleaner cooking fuels and technologies.
Where restrictions impose significant economic losses on vulnerable communities, targeted transition assistance may also be necessary. Support should be transparent, time-bound where appropriate and linked to measurable progress towards sustainable income generation.
The objective should not be to criminalize poverty or disregard the livelihoods of people who depend on charcoal. It should be to create economic conditions in which environmentally responsible alternatives are accessible, affordable and profitable.
Rural communities must be treated as partners in environmental and economic transformation, not merely as subjects of regulation.
Forest conservation must go beyond charcoal
Although charcoal production is a major concern, Uganda’s declining forest cover cannot be attributed to a single activity. Agricultural expansion, urbanization, settlement growth, illegal logging, firewood collection, encroachment and other land-use changes also contribute to forest loss. Their relative importance varies by location and period.
A conservation policy focused exclusively on charcoal risks overlooking these wider pressures. Uganda needs an integrated approach combining law enforcement, sustainable land-use planning, forest restoration, community participation, private forestry and improved agricultural productivity.
Protected forests must be safeguarded against illegal extraction and encroachment. Boundaries should be clearly demarcated, while enforcement agencies must operate transparently, consistently and without discrimination.
Conservation cannot, however, rely on enforcement alone. Communities living near forest reserves should have meaningful opportunities to participate in forest management and benefit from sustainable forest-based enterprises. When local people gain economic value from protecting forests, they can become important partners in conservation.
The NFA’s 2025–2030 strategic plan identifies forest protection, restoration, tree planting, community partnerships and forest-based enterprises as important interventions (NFA, 2025).
Effective implementation will require adequate funding, accountability and coordination with other sectors.
Forest restoration must also be linked to the transition towards cleaner cooking. If households remain heavily dependent on charcoal and firewood, tree-planting campaigns alone will not adequately address the pressure on forest resources.
Uganda should expand agroforestry by encouraging farmers to integrate suitable trees into agricultural landscapes. Depending on the species and farming system, agroforestry can provide fruits, fodder, timber and fuelwood while improving soil protection, diversifying farm incomes and strengthening resilience to climate-related challenges.
Tree planting must nevertheless reflect local ecological conditions. Restoring natural forests requires attention to native species, biodiversity and ecological integrity. Commercial plantations can provide timber and other products, but they serve different purposes and should not be treated as complete substitutes for natural forests.
Uganda needs landscapes in which natural forests are protected, tree-based production is sustainable, agricultural livelihoods are strengthened and communities have viable economic alternatives.
The role of Parliament, local governments and citizens
Uganda’s charcoal debate should not be left to central government alone. Addressing dependence on charcoal requires coordinated action by Parliament, local governments, the private sector, civil society and citizens.
Parliament has a responsibility to scrutinize the legal basis of restrictions, examine budget allocations, question ministries about implementation and assess whether alternative cooking fuels are genuinely affordable and accessible.
The October 2026 parliamentary intervention should be followed by a substantive review of government progress, expenditure and measurable outcomes. Members of Parliament should seek evidence of how many households have adopted cleaner fuels, how many continue using them, and whether restrictions have reduced forest destruction or simply displaced production.
Local governments can identify communities that depend heavily on charcoal, assess the suitability of alternative energy sources and support locally appropriate livelihood programmes. District environment officers, agricultural extension workers and community development personnel can help households adopt sustainable practices and explore alternative sources of income.
Civil society organizations, universities and research institutions should contribute independent research on the environmental, economic, social and public-health implications of different policy options. Their findings can help policymakers design interventions based on evidence rather than assumptions.
The private sector must help expand access to cleaner cooking technologies. Fuel suppliers, appliance manufacturers, distributors, financial institutions and energy-service providers can contribute to reliable supply chains, affordable financing and after-sales services.
Citizens also have a role to play. Households can adopt fuel-efficient cooking practices, participate in tree-planting initiatives, protect local woodlands and switch to cleaner technologies where these are affordable and readily available.
Public participation, however, must not become an excuse for transferring the entire burden of responsibility from government to households. The state has a fundamental duty to establish the infrastructure, regulatory framework, financing mechanisms and consumer protections needed for a fair transition.
Success will depend on coordinated action that protects forests without undermining the livelihoods and energy needs of the people who depend on them.
The way forward: A practical roadmap for sustainable cooking energy
Uganda needs a transition programme that combines environmental ambition with economic realism. Reducing dependence on charcoal and unsustainable firewood requires more than restrictions and enforcement. It demands affordable alternatives, reliable distribution networks, livelihood protection and effective forest management.
The following measures should form the core of a comprehensive national programme.
- Establish a national clean-cooking affordability assessment
Government should commission a nationally representative assessment of cooking-energy access and affordability. The study should compare the total costs of using charcoal, LPG, electricity, ethanol, biogas and other alternatives across different regions, income groups, family sizes and urban and rural settings.
It should establish how many households have access to cleaner cooking technologies, how many utilize them consistently, and how many revert to charcoal because of high refill costs, unreliable electricity or equipment failures.
The findings should guide subsidies, infrastructure investment and the design of practical clean-cooking policies. The assessment should be repeated periodically to measure progress and identify emerging affordability problems.
- Publish a verified annual charcoal account
Ministry of Energy and Mineral Development(MEMD), Uganda Bureau of Statistics(UBOS), National Forestry Authority(NFA) and other relevant agencies should establish a consistent system for estimating annual charcoal production, domestic consumption, sales, imports, exports and market value.
The system should trace the origins of charcoal supplies and distinguish sustainably produced charcoal from supplies associated with illegal extraction and forest destruction.
A publicly accessible annual report would enable Parliament, researchers, investors and citizens to assess the effectiveness of charcoal policies and identify areas requiring corrective action.
- Target subsidies at low-income households
Government support should prioritize households unable to afford the initial cost of cleaner cooking equipment or the recurring expense of alternative fuels.
Possible interventions include LPG refill vouchers, affordable electric pressure cookers, appliance-financing schemes, targeted electricity support and assistance for suitable household or community biogas systems.
Eligibility criteria should be transparent, with safeguards against fraud, political favoritism and the exclusion of deserving households. Subsidies should be evaluated against actual continued use of cleaner technologies, not merely the number of appliances distributed.
- Develop rural clean-energy markets
Cleaner fuels will not replace charcoal effectively if they remain accessible mainly in major towns and cities.
Government should work with private distributors, local entrepreneurs, cooperatives and financial institutions to expand rural supply chains. Priorities should include reliable LPG distribution, trained technicians, equipment repair services, access to appropriate cooking appliances and safe fuel-storage facilities.
Strengthening rural distribution networks could reduce transport-related costs, improve reliability and give households more practical choices.
- Adopt phased, evidence-based enforcement
Restrictions on charcoal production and transportation should be grounded in clear legal authority, consistent enforcement and credible evidence.
Government should prioritize the protection of natural forests and action against destructive illegal extraction while establishing transparent standards for sustainable private woodlots and other lawful sources of wood fuel.
Any resumption or expansion of enforcement should be accompanied by clear communication about applicable laws, affected areas, penalties and assistance available to vulnerable communities.
A phased approach would give households, traders and producers time to adjust while allowing enforcement agencies to focus on the most damaging activities. Enforcement must be fair and accountable, without arbitrary treatment or unnecessary hardship for vulnerable citizens.
- Create alternative livelihoods before restricting household incomes
Communities that depend on charcoal production and trade should receive practical assistance to establish viable alternative sources of income.
Training programmes should be linked to access to finance, markets, transport and reliable business information. Potential alternatives include agroforestry, commercial tree growing, sustainable agriculture, beekeeping, briquette production and clean-energy distribution.
Support should be tailored to local conditions rather than based on a uniform national model.
Success should be measured by sustained household incomes, viable enterprises and improved livelihoods—not simply by the number of people who attend training sessions.
- Promote electric cooking where economically viable
Government should encourage efficient electric cooking appliances in areas with reliable electricity and affordable operating costs.
Public procurement, consumer financing, appropriate appliance standards and practical demonstrations in schools, hospitals and other institutions could help expand adoption.
However, electricity availability alone does not guarantee affordability. Tariff design should be transparent and informed by evidence on household incomes, cooking requirements and the costs of supplying reliable electricity.
Promoting efficient appliances alongside dependable power supply would help make electric cooking a realistic option for more households.
- Expand biogas and agricultural-residue opportunities
Agricultural communities, farms and institutions with sufficient organic waste should be supported to assess the feasibility of biogas systems and other locally appropriate bioenergy technologies.
Technical assistance, quality standards, maintenance services and after-sales support will be essential to keep installations operational.
Projects should be selected according to realistic feedstock availability, investment and operating costs, technical capacity and local energy needs. Where conditions are suitable, these technologies could reduce dependence on wood fuel while making productive use of agricultural and organic waste.
- Restore forests and strengthen community participation
Forest restoration should combine natural regeneration, appropriate tree planting, afforestation, agroforestry and protection of existing forest ecosystems.
Programmes must account for local ecological conditions and avoid damaging natural habitats through unsuitable tree-planting schemes.
Communities should participate in forest planning, monitoring and the development of sustainable forest-based enterprises. They should have accessible channels for reporting illegal activities, raising concerns and challenging abuses.
Conservation is more likely to endure when communities have a meaningful role in decision-making and receive tangible benefits from protecting forest resources. Community participation should therefore be central to forest governance rather than treated as an optional addition.
- Introduce transparent monitoring and public reporting
Government should publish regular progress reports using clear, measurable indicators to assess whether charcoal reforms are achieving their objectives.
Reports should cover forest cover and degradation; annual charcoal production and market value; household access to cleaner cooking technologies; the proportion of households using alternatives consistently; comparative cooking costs; changes in employment and income in charcoal-dependent communities; and the outcomes of public support programmes.
Information should be publicly accessible and independently verifiable wherever possible. Parliament, local governments, civil society organisations, researchers and citizens should be able to use it to assess progress and hold implementing agencies accountable.
Transparent monitoring would help establish whether policies are delivering genuine environmental and social benefits or merely shifting the problem from one district to another.
Uganda’s clean-cooking transition must be judged by measurable improvements in forest conservation, household welfare and energy access. A policy that reduces charcoal consumption but leaves vulnerable families without affordable cooking options will struggle to achieve lasting public support.
Conversely, a programme that combines effective forest protection with reliable alternatives, targeted financial assistance and viable livelihoods can advance conservation without deepening poverty.
Conclusion: Protect the forests, support the people
Uganda’s charcoal debate presents a difficult but necessary national choice. The country cannot afford to continue losing its forests at an unsustainable rate, yet it cannot realistically expect low-income households to abandon charcoal without providing affordable and reliable alternatives.
The National Forestry Authority reports that Uganda’s forest cover declined from approximately 4.9 million hectares in 1990 to 2.6 million hectares in 2023 (NFA, 2025). International datasets also indicate that charcoal production exceeds one million tonnes annually, although estimates differ substantially by source and methodology (FAO, n.d.; UNSD, n.d.-a).
Meanwhile, media reports published in 2026 estimated the annual value of Uganda’s charcoal trade at approximately Shs2 trillion, highlighting the sector’s economic significance and the livelihoods associated with it (Kasoma & Agaba, 2026; Ndagire, 2026).
These figures tell two interconnected stories: forests are under growing pressure, while households and communities depend on affordable cooking fuel and the income generated by its production and trade. A policy that ignores either reality is unlikely to succeed.
Uganda needs a comprehensive strategy that protects natural forests, combats illegal extraction, restores degraded landscapes and promotes sustainable tree growing. At the same time, government must make LPG, electric cooking, biogas, ethanol and other suitable alternatives more accessible through targeted financial support, investment and reliable distribution networks.
The parliamentary intervention of October 2026 should be treated as an opportunity to improve policy design, clarify the legal framework and establish measurable benchmarks for a fair and practical transition—not as a reason to abandon forest conservation.
Government needs an ambitious but realistic timetable, lawful and consistent enforcement, and financial support that reaches the households most in need. Without these measures, restrictions risk placing a disproportionate burden on poor families while leaving the underlying drivers of forest loss insufficiently addressed.
Above all, clean cooking is not simply about telling people which fuel to stop using. It is about ensuring that they can afford, access and reliably use the alternatives.
The ultimate measure of success will not be the number of charcoal traders arrested, bags of charcoal seized or restrictions announced. It will be whether Uganda’s forests recover while households gain reliable access to affordable, safer and cleaner cooking energy.
The message to policymakers is clear: protect the forests, support the people and make the alternatives work. Uganda cannot secure its environmental future by making the daily preparation of a family meal an unaffordable privilege.
Quote : “A charcoal ban without affordable alternatives punishes the poor in the name of conservation.” — Njaye KS 2026
References
- Electricity Regulatory Authority. (n.d.). Installed capacity. https://www.era.go.ug/installed-capacity/
- Food and Agriculture Organization of the United Nations. (n.d.). UNdata: Wood charcoal production in Uganda. United Nations Statistics Division. https://data.un.org/Data.aspx?d=FAO&f=itemCode%3A1630%3BcountryCode%3A226&q=uganda+charcoal
- International Energy Agency. (2023). Uganda energy