Uganda - Business creation project

Describe your project or startup in a few words

The project aims to develop and optimize methods for generating methane from biodegradable waste, focusing on purification techniques to ensure high-quality methane production suitable for energy applications.

01.01 Describe your project in more detail

The project of methane generation and purification from biodegradable waste involves several key processes and objectives aimed at sustainable energy production. Feedstock Selection and Preparation: Biodegradable waste materials such as food scraps, agricultural residues, and organic municipal solid waste are selected based on their methane-producing potential. Anaerobic Digestion (AD): The selected biodegradable waste undergoes anaerobic digestion, a biological process where microorganisms break down organic matter in the absence of oxygen. This process produces methane (CH4) and carbon dioxide (CO2) as byproducts. Biogas Collection and Purification: The biogas generated from AD, consisting primarily of methane and CO2 along with trace gases, is collected. Purification techniques such as scrubbing or pressure swing adsorption are employed to remove CO2 and other impurities from the biogas, increasing the methane concentration to produce biomethane. Biomethane Upgrading: Further up

01.02 What is the main problem you are trying to solve?

Municipal solid waste is a major source of methane emissions, a greenhouse gas that has a global warming potential of 21 times more than carbon dioxide, a leading cause of climate change. At the global increase of municipal solid waste generated from an increasing global population, there is an increasing trend of methane emissions causing a massive destruction of the atmosphere and the environment at large. With such a global challenge, the project proposal of designing, fabricating and installing of process units for purification and storage of methane

01.03 Tell us the major benefits and/or advantages of using the product/service that your project intends to provide (at least 3).

Renewable Energy Source: Methane produced from biodegradable waste is a renewable energy source that can replace fossil fuels. It reduces dependence on finite resources and contributes to sustainable energy solutions. Reduction of Greenhouse Gas Emissions: By capturing methane from biodegradable waste and utilizing it as biomethane, the project helps mitigate greenhouse gas emissions. Waste Management and Resource Utilization: The project addresses organic waste management by converting biodegradable waste into valuable energy. This process reduces landfill waste and associated environmental impacts, such as leachate and methane emissions from landfills. Circular Economy Approach: The project promotes a circular economy by closing the loop on organic waste. It transforms waste materials into a useful product (biomethane). Job Creation and Economic Benefits: Developing methane generation and purification facilities creates job opportunities in waste management, engineering, and energy

01.04 Please describe who exactly your project is aimed at serving. Who are the targeted beneficiaries?

Communities and Local Residents: Residents living near waste management facilities benefit from improved waste management practices that reduce odor, leachate, and methane emissions from landfills. They also gain access to locally produced biomethane as a renewable energy source, potentially lowering energy costs. Municipalities and Local Governments: Local governments benefit from reduced landfill pressures and associated costs. They can meet waste diversion targets more effectively while contributing to regional energy independence and sustainability goals. Environmental Organizations: Organizations focused on environmental conservation benefit from reduced greenhouse gas emissions and improved waste management practices. The project supports broader climate action initiatives and contributes positively to environmental stewardship efforts. Energy Consumers: Residential, commercial, and industrial energy consumers benefit from access to cleaner and renewable biomethane.

01.05 When did you start working on your project?

2023-07-05

01.06 How many other partners are associated with your business venture?

05

01.07 Among the other partners, how many are female?

03

01.08 Please describe the profile of each of the other partners (skills, experience, etc.)

Female Graduate Students (Uganda Petroleum Institute Kigumba): These three students likely possess knowledge in petroleum-related fields, possibly including engineering, environmental science, and renewable energy. Their academic training equiped them with technical skills in data analysis, research methodologies, and project management. They bring fresh perspectives and enthusiasm for innovative solutions in methane generation and purification. Male Graduate Student (Uganda Petroleum Institute Kigumba): As a graduate, he contributes with academic knowledge and hands-on experience from practicals, potentially specializing in fields such as petroleum and environmental engineering. His involvement likely includes practical skills in laboratory techniques, experimental design, and problem-solving. Male Lecturer (Uganda Petroleum Institute Kigumba): The lecturer brings extensive experience and expertise in academia and research related to petroleum and energy sectors.

01.09 If you have a website, a social media page (Facebook, Instagram, Linkedin…), or app, please provide the link here:

https://www.linkedin.com/in/bawuye-conrad-378138240

01.10 Which industry best describes your project?

a) Energy (equipment, services, sustainable energy and fuel)

02.01.01 My project contributes to the No poverty goal

7 - Strongly Agree

02.01.02 No poverty - Justification

Job Creation: By developing methane generation and purification facilities, the project creates employment opportunities, particularly in waste management, engineering, and energy sectors. This helps alleviate poverty by providing stable incomes and livelihoods for individuals and communities involved. Cost Savings for Communities: Access to locally produced biomethane as an energy source can reduce energy costs for communities, especially those in rural or underserved areas. This economic benefit directly impacts household budgets, freeing up resources that can be used for other essential needs, thus reducing poverty at the local level. Supporting Sustainable Livelihoods: By promoting sustainable waste management practices and renewable energy solutions, the project contributes to long-term economic stability and resilience in communities. This includes reducing dependency on expensive fossil fuels and improving access to reliable energy sources.

02.02.01 My project contributes to the Zero hunger goal

7 - Strongly Agree

02.02.02 Zero hunger - Justification

Waste Reduction and Food Security: By diverting biodegradable waste from landfills and converting it into biomethane, the project supports efficient waste management. This can indirectly enhance food security by freeing up agricultural resources (like land and water) that would otherwise be used for waste disposal, allowing them to be redirected towards food production. Nutrient Recycling: The anaerobic digestion process used in methane generation produces digestate, a nutrient-rich byproduct. This digestate can be utilized as organic fertilizer, improving soil health and agricultural productivity. This contributes to sustainable farming practices and enhances crop yields, thereby supporting food production and food security. Energy for Agricultural Activities: Biomethane produced by the project can be used as a renewable energy source for agricultural activities such as irrigation, processing, and transportation.

02.03.01 My project contributes to the Good health and well-being goal

7 - Strongly Agree

02.03.02 Good health and well-being - Justification

Reduced Air Pollution: By converting biodegradable waste into biomethane, the project reduces the need for incineration or open burning of waste, which contributes to air pollution and respiratory health issues. Cleaner air quality promotes better respiratory health and reduces the burden of respiratory diseases among local populations. Improved Sanitation: Proper waste management practices, including anaerobic digestion of biodegradable waste, contribute to improved sanitation and hygiene standards in communities. This reduces the spread of diseases caused by inadequate sanitation, such as diarrheal diseases, thereby enhancing overall public health. Access to Clean Energy: Biomethane produced from the project serves as a clean and renewable energy source. Access to clean energy contributes to improved health outcomes by reducing indoor air pollution associated with traditional biomass cooking fuels (like wood and charcoal).

02.04.01 My project contributes to the Quality education goal

5

02.04.02 Quality education - Justification

Skill Development and Capacity Building: The project involves students and a lecturer from Uganda Petroleum Institute Kigumba, providing them with hands-on experience in renewable energy technologies, waste management, and sustainable development practices. This practical involvement enhances their academic learning with real-world application, fostering a deeper understanding of complex environmental and energy-related challenges. Research and Innovation: Engaging students and faculty in research related to methane generation and purification from biodegradable waste promotes innovation in renewable energy technologies. This contributes to the advancement of knowledge and expertise in sustainable practices, supporting academic excellence and research-driven solutions to global challenges. Community Engagement and Awareness: Through community outreach and educational programs, the project raises awareness about sustainable development goals, renewable energy benefits, and environment.

02.05.01 My project contributes to the Gender equality goal

7 - Strongly Agree

02.05.02 Gender equality - Justification

Equal Participation and Representation: The project includes both female and male students from Uganda Petroleum Institute Kigumba, demonstrating equal opportunity for participation in STEM (Science, Technology, Engineering, and Mathematics) fields related to renewable energy and waste management. This promotes gender parity in traditionally male-dominated sectors and encourages women's active involvement in sustainable development initiatives. Capacity Building and Skill Development: Female students involved in the project gain practical skills in renewable energy technologies, waste management, and sustainable practices. This empowerment through skill development enhances their confidence and capabilities in STEM disciplines, contributing to closing the gender gap in technical and scientific fields.

02.06.01 My project contributes to the Clean water and sanitation goal

7 - Strongly Agree

02.06.02 Clean water and sanitation - Justification

Improved Waste Management: By diverting biodegradable waste from landfills and utilizing anaerobic digestion for methane production, the project reduces the potential for leachate contamination. Leachate is a liquid that forms as water passes through waste, potentially carrying pollutants into groundwater sources. Proper waste management practices help safeguard water quality and reduce contamination risks. Resource Efficiency: Anaerobic digestion produces digestate, which can be used as organic fertilizer. Utilizing digestate reduces the need for chemical fertilizers, which can leach into water bodies and contribute to water pollution. This promotes sustainable agricultural practices and protects water quality by minimizing nutrient runoff. Community Health Benefits: Access to clean and renewable energy sources, such as biomethane, supports improved sanitation facilities and hygiene practices.

02.07.01 My project contributes to the Affordable and clean energy goal

7 - Strongly Agree

02.07.02 Affordable and clean energy - Justification

Biomethane Production: The project converts biodegradable waste into biomethane through anaerobic digestion. Biomethane is a renewable and clean energy source that can be used for electricity generation, heating, and as a vehicle fuel. By producing biomethane, the project promotes the use of clean energy alternatives to fossil fuels, thereby reducing greenhouse gas emissions and improving air quality. Energy Access: Biomethane production increases access to affordable and reliable energy for communities, particularly in rural and underserved areas. This reduces dependency on expensive and polluting fossil fuels, making energy more affordable and accessible to households, businesses, and industries. Energy Efficiency: Utilizing biomethane for energy generation promotes energy efficiency compared to traditional biomass and fossil fuels. It supports sustainable energy practices by minimizing energy waste and reducing carbon emissions, contributing to overall energy security and resilience

02.08.01 My project contributes to the Decent work and economic growth

7 - Strongly Agree

02.08.02 Decent work and economic growth - Justification

Job Creation: By establishing methane generation and purification facilities, the project creates employment opportunities across various sectors. These jobs provide stable incomes and contribute to local economic growth, particularly in rural areas where employment opportunities may be limited. Skills Development: The project involves students from Uganda Petroleum Institute Kigumba and a lecturer, offering them hands-on experience in renewable energy technologies and waste management practices. This capacity-building aspect enhances their employability and equips them with valuable skills in STEM fields, fostering career advancement and contributing to economic development. Inclusive Growth: By promoting sustainable energy practices and inclusive economic development, the project ensures that economic benefits are shared equitably among different segments of society.

02.09.01 My project contributes to the Industry innovation and infrastructure

7 - Strongly Agree

02.09.02 Industry innovation and infrastructure - Justification

Technology Development and Innovation: The project involves the development and optimization of technologies for methane generation and purification from biodegradable waste. This includes advancements in anaerobic digestion processes, purification techniques for biomethane production, and potentially innovative approaches for digestate utilization as organic fertilizer. These technological innovations contribute to enhancing industrial efficiency, promoting sustainable practices, and driving economic growth. Infrastructure Investment: Establishing methane generation and purification facilities requires infrastructure development, such as biogas plants, waste collection systems, and energy distribution networks. This infrastructure investment stimulates economic growth by creating jobs in construction, maintenance, and operation. It also supports the development of resilient and sustainable infrastructure that improves energy access and environmental management.

02.10.01 My project contributes to the Reduced inequalities goal

7 - Strongly Agree

02.10.02 Reduced inequalities - Justification

ender Inclusion: By involving female students from Uganda Petroleum Institute Kigumba in STEM fields related to renewable energy and waste management, the project promotes gender equality and empowerment. It provides equal opportunities for women to participate in traditionally male-dominated sectors, fostering a more inclusive and diverse workforce. Community Engagement: The project engages local communities in sustainable development initiatives, promoting inclusive dialogue and participation in decision-making processes. Community members, including marginalized groups and vulnerable populations, have the opportunity to benefit from job creation, skills development, and improved access to clean energy and environmental services.

02.11.01 My project contributes to the Sustainable cities and communities goal

7 - Strongly Agree

02.11.02 Sustainable cities and communities - Justification

Waste Management: By converting biodegradable waste into biomethane through anaerobic digestion, the project promotes sustainable waste management practices. This reduces the volume of waste sent to landfills, mitigates methane emissions (a potent greenhouse gas), and minimizes environmental pollution, contributing to cleaner and healthier urban environments. Energy Efficiency: Biomethane produced from biodegradable waste serves as a renewable and clean energy source for urban communities. Utilizing biomethane in place of fossil fuels reduces carbon emissions and improves air quality, supporting sustainable urban development and addressing climate change impacts. Resource Conservation: The project encourages the efficient use of resources by converting waste into valuable energy. This promotes circular economy principles within urban areas, where resources are reused, recycled, and recovered to minimize waste generation and enhance resource efficiency.

02.12.01 My project contributes to the Responsible consumption and production goal

5

02.12.02 Responsible consumption and production - Justification

Waste Reduction and Management: The project focuses on converting biodegradable waste into biomethane through anaerobic digestion. By efficiently utilizing waste as a resource for energy production, it promotes responsible consumption practices by reducing the amount of waste sent to landfills or incinerators. This minimizes environmental pollution and conserves natural resources. Circular Economy Principles: Anaerobic digestion not only produces biomethane but also generates digestate, a nutrient-rich byproduct that can be used as organic fertilizer. This promotes circular economy principles by closing the loop on waste management. Digestate improves soil health and fertility, supporting sustainable agriculture practices and reducing the need for synthetic fertilizers that can have environmental impacts.

02.13.01 My project contributes to the Climate action goal

7 - Strongly Agree

02.13.02 Climate action - Justification

Greenhouse Gas Emissions Reduction: By capturing methane from biodegradable waste through anaerobic digestion and converting it into biomethane, the project mitigates greenhouse gas emissions. Methane is a potent greenhouse gas with a significantly higher global warming potential than CO2. Utilizing biomethane as a renewable energy source reduces reliance on fossil fuels, thereby lowering overall greenhouse gas emissions and contributing to climate change mitigation efforts. Promotion of Renewable Energy: Biomethane produced from biodegradable waste serves as a renewable energy alternative to fossil fuels. Promoting the use of biomethane supports the transition to a low-carbon economy by providing a clean and sustainable energy source for electricity generation, heating, and transportation. This reduces dependency on fossil fuels and supports climate-resilient infrastructure development.

02.14.01 My project contributes to the Life below water goal

5

02.14.02 Life below water - Justification

Reduction of Marine Pollution: By diverting biodegradable waste from landfills or improper disposal into water bodies, the project helps reduce marine pollution. Biodegradable waste, when not properly managed, can degrade into harmful substances that pollute oceans, rivers, and other aquatic ecosystems. Proper waste management through anaerobic digestion mitigates this risk, thereby safeguarding marine biodiversity and ecosystems. Community Engagement and Education: Through educational programs and community outreach, the project raises awareness about the importance of marine conservation and sustainable practices. By fostering a culture of environmental stewardship among local communities, it encourages responsible behaviors that support the health and resilience of marine ecosystems and biodiversity.

02.15.01 My project contributes to the Life on land goal

5

02.15.02 Life on land - Justification

aste Management and Land Degradation: By converting biodegradable waste into biomethane through anaerobic digestion, the project reduces the volume of waste sent to landfills or improperly disposed of on land. Proper waste management practices help mitigate land degradation and soil contamination, preserving terrestrial ecosystems and promoting soil health. Climate Change Mitigation: Anaerobic digestion of biodegradable waste reduces methane emissions, a potent greenhouse gas with significant impacts on climate change and land ecosystems. By capturing methane and converting it into biomethane, the project mitigates climate-related stressors on terrestrial ecosystems, including changes in temperature, precipitation patterns, and ecosystem disturbances.

02.16.01 My project contributes to the Peace justice and strong institutions goal

5

02.16.02 Peace justice and strong institutions - Justification

Community Engagement and Participation: By involving local communities, including students and faculty from Uganda Petroleum Institute Kigumba, the project promotes civic engagement and participatory decision-making. This fosters a sense of ownership and accountability among community members, strengthening local governance and contributing to peaceful and inclusive societies. Capacity Building and Education: The project enhances skills and knowledge in renewable energy technologies, waste management, and sustainable practices among participants. This capacity-building aspect empowers individuals with the tools to contribute meaningfully to sustainable development, promoting lifelong learning and supporting the development of skilled workforce essential for strong institutions.

02.17.01 My project contributes to the Partnerships for the goal

7 - Strongly Agree

02.17.02 Partnerships for the goal - Justification

Multi-Stakeholder Collaboration: The project involves collaboration between various stakeholders, including academic institutions (Uganda Petroleum Institute Kigumba), students, faculty, industry partners, and community members. These partnerships facilitate knowledge sharing, expertise exchange, and resource pooling to achieve common goals related to renewable energy production, waste management, and sustainable development. Capacity Building and Knowledge Transfer: By engaging students and faculty from Uganda Petroleum Institute Kigumba, the project promotes capacity building in renewable energy technologies and waste management practices. This knowledge transfer strengthens institutional capacities and prepares future professionals to address complex sustainability challenges, fostering a skilled workforce essential for achieving SDGs.

05.01 There are a large number of customers who already use a product/service very similar to the product/service we envision creating.

7 - Strongly Agree

05.02 The product/service we envision creating represents an entirely new type of product/service.

2

05.03 The product/service we envision creating could be described as a new technology.

7 - Strongly Agree

05.04 The product/service we envision creating is an improvement on an existing product or service.

7 - Strongly Agree

05.05 The product/service we envision creating could be described as an extension of a range of products or services.

4

05.06 The product/service we envision creating responds to a demand or need that has not been satisfied by other products/services.

7 - Strongly Agree

05.07 The product/service we envision creating is a new version of an old product/service.

7 - Strongly Agree

05.08 Justification

ntegrated Waste-to-Energy Solution: Unlike traditional waste management practices that focus solely on disposal, the project integrates anaerobic digestion technology to convert biodegradable waste into biomethane. This dual-purpose approach addresses waste management challenges while producing a renewable energy source, promoting a circular economy and reducing greenhouse gas emissions. Capacity Building and Education: The project not only implements technological solutions but also prioritizes capacity building among students and faculty at Uganda Petroleum Institute Kigumba. By involving them in hands-on learning and research, the project fosters a new generation of skilled professionals in renewable energy and waste management, ensuring sustainability and continuity of impact.

05.09 Who are your main potential competitors and what makes you stand out from them?

Other Waste-to-Energy Projects: There are likely other projects globally that focus on converting biodegradable waste into energy, such as biogas or biomethane production. These projects may vary in scale, technology used, and geographic focus. Renewable Energy Companies: Companies specializing in renewable energy solutions, including biogas and biomethane production, could be considered competitors. These entities might have established technologies, market presence, and expertise in energy production from organic waste. What makes our project stand out from potential competitors includes: Integrated Approach: Our project integrates anaerobic digestion technology with biomethane purification, providing a comprehensive solution that addresses both waste management and renewable energy production in a single process.

10.06 Are you initiating actions within your community to promote the role of female entrepreneurs?

I engage female entrepreneurs in all projects, business aspects i get involved in. I empower female gender to think out of their box to persue innovative ideas to uplift their status