In today's rapidly changing world, governments, NGOs, and international bodies are facing a multitude of complex challenges. From poverty and inequality to climate change and global health crises, the need for innovative and effective solutions has never been greater. That's where Global Impact Strategies comes in. At Global Impact Strategies, we understand that these challenges require more than just good intentions – they require evidence-based solutions, strategic planning, and efficient implementation.

Our work

At Global Impact Strategies, we are committed to making a positive change in the world. Our team of experts works tirelessly to provide innovative solutions for governments, NGOs, and international bodies. We understand the complex challenges facing our world today and believe that evidence-based policies and strategic implementation are crucial in creating lasting impact. Through our work, we have collaborated with organizations such as the United Nations, World Bank, and regional development banks to address pressing issues such as poverty, climate change, and social inequality.

As we continue to face complex global challenges, it is more important than ever to have innovative solutions that can effectively address these issues. At Global Impact Strategies, we are dedicated to providing such solutions for governments, NGOs, and international bodies. Our team of experts works closely with clients to understand their unique needs and develop evidence-based strategies that can have a positive impact at a global level. We believe that by combining our expertise with our clients' knowledge and resources, we can achieve meaningful and sustainable change.

Ongoing Projects

Ethiopia's Prospects

Clean, accessible Pubic Toilets in Addis Aababa

Japanese-Designed Toilets for Public Restrooms in Addis Ababa, Ethiopia

Executive Summary of the project:

This project aims to enhance public health and sanitation in Addis Ababa through the introduction of Japanese-designed toilet stations in public restrooms. Each station will feature five toilets for males, five for females, and one family-friendly toilet for parents with babies. This comprehensive approach will significantly improve hygiene standards and reduce water usage, contributing to a healthier urban environment.

Project Objectives:

•⁠ ⁠Improve Public Health: Reduce waterborne diseases through better sanitation.

•⁠ ⁠Enhance Hygiene: Utilize modern toilet designs for cleanliness and user comfort.

•⁠ ⁠Sustainability: Implement water-saving technologies to conserve resources.

Project Scope:

•⁠ ⁠Location: Public restroom stations in key areas of Addis Ababa.

•⁠ ⁠Design: Each station will include:

- 5 male toilets

- 5 female toilets

- 1 family toilet

•⁠ ⁠Technology: Japanese-designed toilets with automatic flushing, bidet systems, and water-efficient designs.

•⁠ ⁠Training:

 GIS intend to educate local maintenance staff on operation and upkeep.

Financial Planning

Next

Estimated Costs

1.⁠ ⁠Procurement of Toilets:

- Cost per unit: $1,500

- Total for 11 toilets per station: $16,500

- Number of stations: 10

- Total: $165,000

2.⁠ ⁠Installation Costs:

- Cost per station: $1,500

- Total for 10 stations: $15,000

3.⁠ ⁠Training and Maintenance Program:

- Total: $10,000

4.⁠ ⁠Marketing and Community Awareness:

- Total: $5,000

Total Estimated Budget: $195,000

Funding Sources: 

Global Impact Strategies intends to solicit funds from various organizations that support public health and sanitation projects. Potential funding partners, other then the Ethipian Gogernment which is the main beneficiary of this project,  include:

•⁠ ⁠United Nations Development Programme (UNDP)

                                                                         Continue list below:

•⁠ ⁠World Health Organization (WHO)

•⁠ ⁠Global Water Challenge

•⁠ ⁠Bill & Melinda Gates Foundation

•⁠ ⁠African Development Bank (AfDB)

•⁠ ⁠The World Bank

•⁠ ⁠International Water Association (IWA)

•⁠ ⁠Water.org

•⁠ ⁠Rotary International

•⁠ ⁠Local Government Grants and Initiatives

Implementation Timeline:

1.⁠ ⁠Phase 1 - Planning (0-2 months): Finalize locations, design specifications, and partnerships.

2.⁠ ⁠Phase 2 - Procurement (3-5 months): Order and receive toilet units.

3.⁠ ⁠Phase 3 - Installation (6-8 months): Install toilets in designated public restroom stations.

4.⁠ ⁠Phase 4 - Training (9 months): Conduct training sessions for local maintenance staff.

5.⁠ ⁠Phase 5 - Evaluation (10-12 months): Assess the impact on public health and sanitation.

Expected Outcomes: 

•⁠ ⁠Public Health Improvement: Reduction in diseases related to poor sanitation.

•⁠ ⁠Enhanced User Experience: Increased public satisfaction with restroom facilities.

•⁠ ⁠Sustainable Practices: Adoption of water-saving technologies in public restrooms.

Prospects of the project:

This project presents an opportunity for Global Impact Strategies to make a significant impact on public health and sanitation in Addis Ababa. By introducing comprehensive toilet stations designed for all users, we intend to foster a cleaner, healthier environment, setting a new standard for public restrooms in Ethiopia. It is our hope that the Government of Ethiopia and citizens will benefit from these instalations.




Note: more information regarding the evolution of this project will soon be updated (here), once the ground work begins. 

Renewable Eernergy in Ethiopia

Renewable Energy Microgrids for Rural Electrification in Ethiopia

 Executive Summary of the Project: 

Global Impact Strategies has proposed a Renewable Energy Microgrid Initiative aimed at providing sustainable electricity to rural communities in Ethiopia. This project will establish microgrids powered by solar energy and biomass, enhancing energy access, supporting local economic development, and improving quality of life.

Targeted Communities:

The initiative will focus on the following rural communities in Ethiopia, selected for their limited access to electricity:

1. Kembata Tembaro Zone (Southern Nations, Nationalities, and Peoples' Region)

2. Bale Zone (Oromia Region)

3. Gedeo Zone (Southern Nations, Nationalities, and Peoples' Region)

4. Afar Region (various rural areas)

5. Gambela Region (various rural settlements)

6. Somali Region (specifically in areas around Jijiga)

7. Oromia Region (rural communities near Jimma)

8. Tigray Region (remote villages in the central zone)

9. Benishangul-Gumuz Region (rural communities near Assosa)

10. Harari Region (surrounding rural areas)

Project Objectives:

- Increase Energy Access: Provide reliable and sustainable electricity to underserved rural areas.

- Support Economic Development: Foster local businesses and improve productivity through a reliable energy supply.

- Promote Sustainability: Utilize renewable energy sources to minimize environmental impact and reduce reliance on fossil fuels.

- Implementation Strategies  (Scope):

- Solar Microgrids: Install solar panels and battery storage systems to generate and store electricity.

- Biomass Energy Solutions: Utilize local biomass resources for energy generation where solar is insufficient.

- Capacity Building: Train local technicians for installation, maintenance, and operation of microgrids.

Pilot Project Feasibility Study (Objectives)

- To assess community energy needs and existing infrastructure.

- To evaluate the technical and logistical feasibility of microgrid implementation.

- To estimate costs and identify potential funding sources.

Methodology:

1. Community Surveys: Conduct surveys to determine energy needs, usage patterns, and willingness to pay for electricity.

2. Site Assessments: Identify optimal locations for microgrid installation based on sunlight availability and community needs.

3. Technical Feasibility Analysis: Collaborate with energy experts to evaluate the best renewable technologies for the region.

4. Cost Analysis: Estimate costs for equipment, installation, and ongoing maintenance.

Expected Outcomes:

- Data-Driven Insights: Obtaining valuable information to refine project design and ensure it meets community requirements.

- Community Engagement: Fostering support from local leaders and residents for successful implementation.

- Funding Proposals: Developing strong funding requests based on feasibility study results, highlighting community benefits and project sustainability.

Financial Planning (Estimated Costs):

1. Solar Microgrid Setup:

- Cost per microgrid: $50,000

- Number of microgrids: 10

- Total: $500,000

2. Biomass Energy Systems:

- Cost per system: $30,000

- Number of systems: 5

- Total: $150,000

3. Training and Capacity Building:

- Total: $30,000

4. Community Awareness Campaign:

- Total: $10,000

Total Estimated Budget: $690,000

Funding Sources

Global Impact Strategies will seek funding from various organizations that support renewable energy and rural development initiatives, including:

- United Nations Development Programme (UNDP)

- World Bank Renewable Energy Program

- African Development Bank (AfDB)

- Bill & Melinda Gates Foundation

- Global Environment Facility (GEF)

- Local Government Initiatives

- Non-Governmental Organizations (NGOs) focused on energy access and sustainability

Implementation Timeline:

1. Phase 1 - Planning (0-2 months): Identify target communities, finalize project designs, and establish partnerships.

2. Phase 2 - Pilot Study (3-5 months): Conduct feasibility studies and community engagement activities.

3. Phase 3 - Procurement (6-8 months): Order equipment for solar microgrids and biomass systems.

4. Phase 4 - Installation (9-12 months): Set up microgrids in selected communities.

5. Phase 5 - Training (13 months): Conduct training sessions for local technicians on system maintenance and operation.

6. Phase 6 - Evaluation (14-15 months): Monitor system performance and assess community impact.

Expected Outcomes:

- Increased Energy Access: Improved availability of electricity in rural areas, enhancing quality of life.

- Economic Growth: Increased productivity and business opportunities stemming from reliable energy supply.

- Environmental Sustainability: Reduction in carbon emissions and reliance on fossil fuels through renewable energy adoption.

Prospects of the project: 

Global Impact Strategies is committed to enhancing energy access in rural Ethiopia through the implementation of renewable energy microgrids. By empowering communities with sustainable electricity, we aim to foster economic development, improve quality of life, and promote environmental stewardship.

Note: further inofmrtaion will be provided soon.


Tanzania & Kenya's Prospects

Safe, accessible drinking water in Rural Kenya

Solar-Powered Community Water Purification Stations in Rural Kenya

Executive Summary of the Project:

Global Impact Strategies is excited to propose a transformative initiative aimed at improving access to clean drinking water in rural Kenya. This project involves establishing solar-powered community water purification stations that utilize renewable energy and advanced purification technology. By providing safe, potable water to underserved communities, this initiative will significantly enhance public health and quality of life.

Project Objectives:

- Enhance Access to Clean Water: Deliver reliable and safe drinking water to rural populations.

- Improve Public Health: Significantly reduce waterborne diseases and improve overall health outcomes in target communities.

- Promote Sustainability: Utilize solar energy to power purification systems, minimizing environmental impact and ensuring long-term viability.

Project Scope:

- Target Locations: Rural communities in Kenya where access to clean water is limited (yet to be determined).

- Technology Overview: Each water purification station will include:

- Solar Panels: For sustainable energy generation.

- Advanced Purification Systems: Utilizing technologies such as UV filtration and reverse osmosis to ensure water safety.

- Storage Tanks: For efficient distribution and storage of treated water.

- Community Engagement: Collaborate with local residents in the operation and maintenance of the stations, fostering ownership and sustainability.

Pilot Project Feasibility Study: 

Objectives:

- To assess community needs and current water quality.

- To evaluate the technical and logistical feasibility of the proposed purification technology.

- To estimate the financial requirements and identify potential funding sources.

Methodology: 

1. Community Surveys: Conduct surveys to gather data on local water access issues, usage patterns, and community needs.

2. Water Quality Testing: Analyze local water sources to determine contamination levels and the necessary purification methods.

3. Site Assessments: Identify optimal locations for solar-powered stations, considering sunlight availability and accessibility for community members.

4. Cost Analysis: Estimate costs for equipment, installation, and ongoing maintenance to inform budgetary needs.

Expected Outcomes: 

- Data-Driven Decisions: Utilize findings to refine project scope, ensuring it effectively addresses community needs.

- Strengthened Community Support: Build relationships with local stakeholders to foster support for project implementation.

- Robust Funding Proposals: Develop compelling funding requests based on feasibility study results, demonstrating the project's viability and community impact.

Financial Planning  (Estimated Costs)

1. Procurement of Purification Equipment:

- Cost per station: $10,000

- Number of stations: 10

- Total: $100,000

2. Solar Panel Installation:

- Cost per station: $5,000

- Total for 10 stations: $50,000

3. Community Training Programs:

- Total: $10,000

4. Marketing and Awareness Campaign:

- Total: $5,000

Total Estimated Budget: $165,000

Funding Sources:

Global Impact Strategies will actively seek funding from various organizations that support water, health, and sustainability initiatives, including:

- United Nations Children's Fund (UNICEF)

- Water.org

- World Bank Water Supply & Sanitation Program

- Bill & Melinda Gates Foundation

- Global Fund for Community Foundations

- Local Government Grants and Initiatives

- Non-Governmental Organizations (NGOs) focused on water and health

Implementation Timeline:

1. Phase 1 - Planning (0-2 months):

 Identify target communities, finalize project designs, and establish partnerships.

2. Phase 2 - Pilot Study (3-5 months): 

Conduct a comprehensive feasibility study, including community engagement.

3. Phase 3 - Procurement (6-8 months):

 Order and receive purification and solar equipment.

4. Phase 4 - Installation (9-11 months):

 Set up water purification stations in selected communities.

5. Phase 5 - Training (12 months):

 Conduct training sessions for local operators on maintenance and usage.

6. Phase 6 - Evaluation (13-14 months):

 Monitor water quality and assess the impact on community health.

Expected Outcomes:

- Increased Access to Clean Water: Enhanced availability of safe drinking water, transforming community health and well-being.

- Public Health Improvement:

 A measurable reduction in waterborne diseases and related healthcare costs.

- Sustainable Practices:

 Increased reliance on renewable energy and community-driven infrastructure management.

project's proespect: 

Global Impact Strategies is committed to enhancing public health and access to clean water in rural Kenya. By implementing solar-powered water purification stations, we aim to empower communities, promote sustainability, and set a precedent for future initiatives focused on clean water access.

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 Next Steps

-We intend to inform you (here)

Mobile Health Clinics, Rural Tanzania

Mobile Health Clinics for Rural Healthcare Access in Tanzania

Executive Summary of the Project:

Global Impact Strategies proposes a pioneering initiative to enhance healthcare access in rural Tanzania through the establishment of mobile health clinics. These clinics will provide essential medical services, preventive care, and health education to underserved communities, addressing significant healthcare disparities and improving overall public health. To particular project will serve as a pilot project for other locations in the East-African region. 

Project Objectives:

- Increase Healthcare Access: Provide essential medical services to rural populations with limited access to healthcare facilities.

- Enhance Preventive Care: Focus on preventive health measures, including vaccinations and health screenings.

- Promote Health Education: Raise awareness about health issues, hygiene practices, and disease prevention among community members.

Project Scope:

- Target Locations: Rural communities across Tanzania where healthcare access is limited.

Services Provided: Each mobile clinic will offer:

- Basic medical consultations and treatments

- Vaccination programs for children and adults

- Maternal and child health services

- Health education workshops on nutrition, hygiene, and disease prevention

Mobile Units: 

Equipped vans or buses with necessary medical equipment and supplies.

Pilot Project Feasibility Study

Objectives: 

- To assess community health needs and existing healthcare access.

- To evaluate the logistical feasibility of operating mobile clinics in targeted areas.

- To estimate the financial requirements and identify potential funding sources.

Methodology

1. Community Health Assessments:

 Conduct surveys to identify prevalent health issues and barriers to access.

2. Stakeholder Engagement:

 Meet with local leaders, health officials, and community members to understand specific needs and gain support.

3. Logistical Planning:

 Analyze transportation routes, clinic staffing, and supply chain logistics for medical supplies.

4. Cost Analysis:

 Estimate the costs for mobile units, medical equipment, staffing, and operational expenses.

Expected Outcomes

- Comprehensive Health Data:

 Gather data to inform project design and enhance service delivery.

- Community Buy-In:

 Foster relationships and support from community stakeholders for successful implementation.

- Funding Proposals:

 Develop compelling funding requests based on feasibility study results, highlighting community impact and sustainability.

Financial Planning

Estimated Costs:

1. Procurement of Mobile Units:

- Cost per unit: $50,000

- Number of units: 5

- Total: $250,000

2. Medical Equipment and Supplies:

- Total for five clinics: $100,000

3. Staffing and Training Programs:

- Total: $50,000

4. Community Health Education Campaign:

- Total: $20,000

Total Estimated Budget: $420,000

Funding Sources

Global Impact Strategies will seek funding from a variety of organizations that support healthcare access and community health initiatives, including:

- World Health Organization (WHO)

- United Nations Development Programme (UNDP)

- Bill & Melinda Gates Foundation

- Global Fund for AIDS, Tuberculosis and Malaria

- Local Government Health Initiatives

- Non-Governmental Organizations (NGOs) focused on health and development

Implementation Timeline

1. Phase 1 - Planning (0-2 months):

 Identify target communities, finalize project designs, and establish partnerships.

2. Phase 2 - Pilot Study (3-5 months):

 Conduct a comprehensive feasibility study, including community health assessments.

3. Phase 3 - Procurement (6-8 months):

 Order and equip mobile health units.

4. Phase 4 - Staffing (9-10 months):

 Recruit and train healthcare professionals and support staff.

5. Phase 5 - Deployment (11-12 months):

 Launch mobile clinics and begin service delivery.

6. Phase 6 - Evaluation (13-14 months):

 Monitor health outcomes and gather feedback for continuous improvement.

Expected Outcomes

- Improved Healthcare Access:

 Increased availability of medical services in rural areas, leading to better health outcomes.

- Enhanced Preventive Care:

 Higher vaccination rates and early detection of health issues through screenings.

- Community Empowerment:

 Increased health literacy and awareness, fostering better health practices.

Project's prospect

Global Impact Strategies is committed to bridging healthcare gaps in rural Tanzania through the implementation of mobile health clinics. By delivering essential medical services and health education, we aim to empower communities and improve overall public health.

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Next Steps

- As the project evolves, details will be written below.

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West-Africa: Senegal's prospects

Coastal Eco-tourism in Senegal

Project : Coastal Eco-Tourism Development in Senegal

Executive Summary of the Project: 

Global Impact Strategies has proposed a Coastal Eco-Tourism Development Initiative aimed at promoting sustainable tourism in Senegal's coastal regions. This project will enhance local economies, preserve biodiversity, and elevate community engagement while showcasing Senegal's rich cultural heritage and natural beauty.

Project Objectives:

- Promote Sustainable Tourism:

Develop eco-friendly tourism facilities and activities that minimize environmental impact.

- Enhance Local Economies:

 Create job opportunities and stimulate local businesses through tourism-related activities.

- Preserve Biodiversity:

 Protect coastal ecosystems and promote conservation efforts among visitors and residents.

Project Scope:

- Target Locations:

Coastal communities in Senegal, particularly around:

- Saly: Known for its beaches and resorts.

- Île de Gorée: A UNESCO World Heritage site with historical significance.

- Cap Skirring: Popular for its natural beauty and cultural heritage.

- The Saloum Delta: A rich ecosystem ideal for eco-tourism activities.

- Implementation Strategies:

- Eco-Lodges: Establish environmentally friendly accommodations using sustainable materials.

- Community Tours: Organize guided tours that highlight local culture, wildlife, and conservation efforts.

- Workshops and Training: Provide training for local communities on sustainable tourism practices and hospitality.

Pilot Project Feasibility Study

Objectives: 

- Assess community readiness for eco-tourism initiatives.

- Evaluate the environmental impact and conservation needs of targeted areas.

- Estimate costs and identify potential funding sources.

Methodology:

1. Community Surveys: Conduct surveys to gauge interest and readiness for eco-tourism development.

2. Environmental Assessments: Analyze local ecosystems to identify areas for conservation and sustainable tourism.

3. Stakeholder Engagement: Collaborate with local leaders, businesses, and conservation organizations to gather insights and build support.

4. Cost Analysis: Estimate costs for infrastructure development, training, and marketing.

Expected Outcomes: 

- Community Support: Establish a strong foundation of local support for eco-tourism initiatives.

- Data-Driven Strategies: Use findings to refine project design and ensure alignment with community needs.

- Funding Proposals: Develop robust funding requests based on feasibility study results, highlighting the potential social and environmental impacts.

Financial Planning (Estimated Costs) : 

1. Eco-Lodge Construction:

- Cost per lodge: $100,000

- Number of lodges: 5

- Total: $500,000

2. Community Training Programs:

- Total: $50,000

3. Marketing and Promotion:

- Total: $30,000

4. Environmental Conservation Initiatives:

- Total: $20,000

Total Estimated Budget: $600,000

Funding Sources:

Global Impact Strategies will seek funding from various organizations that support sustainable tourism and environmental conservation initiatives, including:

- United Nations World Tourism Organization (UNWTO)

- Global Environment Facility (GEF)

- World Wildlife Fund (WWF)

- African Development Bank (AfDB)

- Local Government Grants and Initiatives

- Non-Governmental Organizations (NGOs) focused on sustainable development

Implementation Timeline:

1. Phase 1 - Planning (0-2 months): Identify target communities, finalize project designs, and establish partnerships.

2. Phase 2 - Pilot Study (3-5 months): Conduct feasibility studies and community engagement activities.

3. Phase 3 - Procurement (6-8 months): Order materials and equipment for eco-lodges and training programs.

4. Phase 4 - Construction (9-12 months): Build eco-lodges and develop tourism infrastructure.

5. Phase 5 - Training (13 months): Conduct workshops for local residents on hospitality and sustainable practices.

6. Phase 6 - Launch (14 months): Officially launch the eco-tourism initiative and begin operations.

7. Phase 7 - Evaluation (15-16 months): Monitor tourism impact, community feedback, and environmental outcomes.

Expected Outcomes:

- Increased Economic Opportunities: Job creation and revenue generation through eco-tourism activities.

- Environmental Conservation: Enhanced protection of coastal ecosystems and promotion of sustainable practices.

- Cultural Exchange: Strengthened community identity and cultural heritage through tourism engagement.

Project's prospect: 

Global Impact Strategies is committed to fostering sustainable economic development in Senegal through the Coastal Eco-Tourism Development Initiative. By promoting eco-friendly tourism, we aim to enhance local livelihoods, protect natural resources, and celebrate the rich cultural heritage of Senegal's coastal regions.

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Next Steps

More information will be displayed here soon.

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Integrated Water Management System in Senegal

Project : Integrated Water Management Systems for Agriculture in Senegal

Executive Summary of the Project:

Global Impact Strategies proposes an Integrated Water Management Systems (IWMS) project aimed at enhancing agricultural productivity and water conservation in Senegal. This initiative will implement sustainable irrigation practices and water resource management strategies to support farmers, improve food security, and adapt to climate change impacts.

Project Objectives:

- Increase Agricultural Productivity: Enhance crop yields through efficient water management.

- Promote Sustainable Practices: Implement eco-friendly irrigation techniques and water conservation methods.

- Strengthen Community Resilience: Equip farmers with the tools and knowledge to adapt to climate variability.

Targeted Communities:

The project will focus on the following agricultural regions in Senegal:

1. Senegal River Valley: Known for its agricultural potential but facing water management challenges.

2. Casamance Region: Rich in biodiversity and agriculture, yet vulnerable to climate change.

3. Peanut Basin: A key agricultural area for groundnuts, facing irrigation and water scarcity issues.

4. The Thiès Region: Mixed farming systems that require improved water management.

Project Scope

- Implementation Strategies:

- Drip Irrigation Systems: Install drip irrigation to reduce water usage and increase efficiency.

- Rainwater Harvesting: Establish systems to capture and store rainwater for agricultural use.

- Soil Moisture Monitoring: Use technology to monitor soil moisture levels and optimize irrigation schedules.

- Training Programs: Provide workshops to educate farmers on sustainable agricultural practices and water management.

Pilot Project Feasibility Study

 Objectives:

- Assess current water usage and agricultural practices in targeted communities.

- Evaluate the technical feasibility of proposed water management technologies.

- Estimate costs and identify potential funding sources.

Methodology:

1. Community Surveys: Conduct surveys to understand current water usage, crop practices, and farmer needs.

2. Hydrological Assessments: Analyze local water resources, including surface and groundwater availability.

3. Soil Testing: Assess soil conditions to determine suitability for various irrigation methods.

4. Technical Feasibility Analysis: Collaborate with agricultural and water management experts to evaluate proposed technologies.

5. Cost Analysis: Estimate costs for equipment, installation, training, and ongoing maintenance.

Expected Outcomes

- Comprehensive Data Collection: Gather valuable information on community practices and water availability.

- Community Engagement: Build strong relationships with local farmers to ensure project support and participation.

- Robust Funding Proposals: Develop strong funding requests based on feasibility study results, emphasizing community benefits and sustainability.

Financial Planning

Estimated Costs

1. Drip Irrigation Systems:

- Cost per system: $5,000

- Number of systems: 50

- Total: $250,000

2. Rainwater Harvesting Infrastructure:

- Cost per system: $3,000

- Number of systems: 30

- **Total:** $90,000

3. Soil Moisture Sensors:

- Cost per sensor: $500

- Number of sensors: 100

- Total: $50,000

4. Training and Capacity Building:

- Total: $30,000

5. Community Awareness Campaign:

- Total: $10,000

Total Estimated Budget: $430,000

Funding Sources

Global Impact Strategies will seek funding from various organizations that support agricultural development and water management initiatives, including:

- Food and Agriculture Organization (FAO)

- International Fund for Agricultural Development (IFAD)

- World Bank Agricultural Sector Programs

- Bill & Melinda Gates Foundation

- Local Government Agricultural Initiatives

- Non-Governmental Organizations (NGOs) focused on food security and water management

Implementation Timeline:

1. Phase 1 - Planning (0-2 months): Identify target communities, finalize project designs, and establish partnerships.

2. Phase 2 - Pilot Study (3-5 months): Conduct feasibility studies and community engagement activities.

3. Phase 3 - Procurement (6-8 months): Order materials and equipment for irrigation systems and training programs.

4. Phase 4 - Installation (9-12 months): Set up irrigation systems and rainwater harvesting infrastructure in selected communities.

5. Phase 5 - Training (13 months): Conduct workshops for farmers on sustainable practices and water management.

6. Phase 6 - Evaluation (14-15 months): Monitor agricultural productivity, water usage, and community feedback.

Expected Outcomes:

- Increased Agricultural Productivity: Higher crop yields and improved food security for participating farmers.

- Sustainable Water Use: Enhanced water conservation and management practices among local farmers.

- Resilience to Climate Change: Improved capacity of farmers to adapt to changing weather patterns and water availability.

Project's prospect:

GIS is committed to enhancing agricultural productivity and water management in Senegal through the Integrated Water Management Systems initiative. By empowering farmers with sustainable practices, we aim to improve food security and support community resilience in the face of climate change.

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Next Steps

-We intend to provide further details of the project below.

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DRC Prospects

River Water Purification and Distribution Systems in the DRC  -DRC (Tuesday August 6th, 2024)

After a cost-effectiveness analysis, our engineering teams concluded that directly extracting water from rivers, purifying it, and distributing it to cities and villages is a better approach to addressing the water accessibility problem in the DRC. It is cost efficient, sustainable and, once completed, built infrastructures in this sector will evolve into stable sources of revenue for the country. This type of project, often referred to as a large-scale water treatment and distribution system, can have a significant impact on improving public health and living standards in urban and rural areas. below is an overview of this project:

Objective: To establish centralized water treatment plants to extract water from rivers (such as the Congo river, etc.), purify it to meet international quality standards, and distribute it to cities and villages across the DRC.

Main Components:

1. Water Extraction: water engineers will build necessary infrastructures to draw water from rivers.

2. Water Purification: engineers will build modern treatment plants to purify water through processes like filtration and disinfection to ensure the product (distributed water) meets the international drinking water quality standards.

3. Distribution Network: Engineers will build pipelines and distribution points to supply purified water to different communities.

4. Monitoring Systems: trained technical teams will regularly (monthly) implement water quality monitoring tasks to ensure ongoing safety. That is, the drinking water quality in the DRC shall meet the standards of tap water in cities such as Tokyo, Osaka in Japan or London, in the UK.

Project's Feasibility Study

The feasibility study for the river water purification and distribution system project in the Democratic Republic of Congo (DRC) would focus on assessing the viability and potential success of the project before implementation. Here are key components that our engineers would typically include in the feasibility study such projects:

1. Project Overview:

- Teams will define (determine) the objectives, scope, and they will also expected outcomes of the overall project.

- Experts will provide background information on the current water supply situation in target areas.

- Teams will also identify stakeholders and their roles in the project in order to discard the possibility of conflicts in the future.

2. Technical Assessment:

- Water damage experts will evaluate the quality and quantity of water available from selected rivers for purification purposes. This is a crucial step of the study as it will allow teams to determine appropriate purification solutions.

- The team will also assess the suitability of different water purification technologies for the entire project (note: for quality purposes, we intend to import most technologies from Japan).

- Experts will determine the required infrastructures for water treatment, storage, and distribution. That is, based on target areas, sizes and scope of these infrastructures may significantly vary.

3. Environmental Impact Assessment:

- Experts will evaluate the potential environmental impacts of the project. This evolution will be including aspects such as water quality changes, habitat disruption, and waste generation.

- The team will also identify measures to mitigate potential negative impacts on the environment.

4. Market Analysis:

In this study, teams will:

- Assess the demand for clean water in target areas.

- Analyze the existing water supply infrastructure and services and,

- Identify potential customers and users of the purified water.

5. Financial Analysis:

- We will more effectively estimate the total project cost, including capital expenses, operational costs, and maintenance.

- We will also analyze potential revenue streams and pricing strategies for the purified water.

- Finally, we will conduct a cost-benefit analysis to determine the financial feasibility of the project.

6. Risk Assessment:

- Teams will identify potential risks and challenges that could affect the project's success.

- We will also develop risk mitigation strategies and contingency plans.

7. Legal and Regulatory Considerations:

Our legal teams, in collaboration with the client's legal teams will:

- Identify applicable laws, regulations, and permits required for the project.

- Assess compliance with environmental, health, and safety standards.

8. Social Impact Assessment:

- Experts will meticulously evaluate the social impact of the project on local communities, including access to clean water, public health benefits, and job creation.

- they will also identify potential social risks and benefits associated with the project.

9. Implementation Plan:

Our teams of experts will:

- Develop a detailed timeline for project implementation, including key milestones and deliverables.

- Identify resource requirements, including human resources, equipment, and materials.

- Outline a monitoring and evaluation plan to track project progress and outcomes.

10. Feasibility Study's Recommendations and Conclusion:

Here, our teams of experts will:

- Summarize the key findings of the feasibility study.

- Provide recommendations on the viability of the project and potential next steps.

- Conclude with a decision on whether to proceed with the project based on the study's results.

Note A: A comprehensive feasibility study for the river water purification and distribution system project in the DRC would provide valuable insights to stakeholders and decision-makers, helping ensure the project's success and sustainability in the long term. This feasibility study is also a key step to attracting more fundings for the project from international organizations such as the World Bank, JICA, USAID (more elaboration on this below).

Note B: Large scale projects, such as water purification and distribution systems, aiming at a drastic improvement the lives of millions, can easily get the attention of more finding sources other than the DRC government. In other words, conducting a full feasibility study that meets the international standards (world bank standards) for such a large scale project in the DRC would be a comprehensive task which must include the following points:

1. An Executive Summary:

- Brief overview of the project, objectives, key findings, and recommendations.

2. An Introduction:

- Background information on the DRC's water supply situation.

- Project goals and objectives.

- Scope and methodology of the feasibility study.

3. A Project Description:

- Overview of the proposed water purification and distribution system.

- Geographical location and target areas of the project.

- Anticipated project timeline and milestones.

4. A Technical Analysis:

- Assessment of the water source (river) quality and quantity.

- Selection and justification of water purification technologies.

- Design and specifications of the water treatment and distribution infrastructure.

5. An Environmental and Social Impact Assessment:

- Evaluation of potential environmental impacts and mitigation measures.

- Assessment of social benefits and risks to local communities.

- Consideration of gender and social inclusion aspects.

6. Market Analysis and Financial Feasibility:

- Market demand for clean water in the project area.

- Revenue projections, cost estimates, and financial sustainability analysis.

- Financing options and funding sources, including potential World Bank support.

7. Risk Assessment and Mitigation:

- Identification of project risks and challenges.

- Development of risk management strategies and contingency plans.

8. Legal and Regulatory Compliance:

- Review of relevant laws, regulations, and permits.

- Compliance with World Bank environmental and social safeguards policies.

9. Implementation Plan:

- Detailed project implementation timeline and schedule.

- Resource requirements, including staffing, equipment, and materials.

- Monitoring and evaluation framework for project performance.

10. Capacity Building and Institutional Strengthening:

- Training needs for project staff and local stakeholders.

- Plans for building institutional capacity for sustainable operations and maintenance.

11. Stakeholder Engagement and Consultation:

- Description of stakeholder engagement processes and consultations.

- Consideration of feedback and inputs from relevant stakeholders.

12. Conclusion and Recommendations:

- Summary of key findings and conclusions.

- Recommendations for project implementation, including next steps and potential World Bank and other international organization support.

Above tasks provides a structured framework for a feasibility study that aligns with World Bank standards for a water purification and distribution project in the DRC. Each section would require detailed analysis, data, and documentation to meet the rigorous requirements of the World Bank and ensure the project's success and sustainability. Our teams of experts will ensure all these tasks are completed timely so that application forms can be submitted to all international institutions that qualify as potential funding sources for water purification and distribution projects. Other than the DRC government and the World bank, here is a list of some key organizations that could equally (potentially) offer funding or technical support for such a project:

1. African Development Bank (AfDB): The AfDB provides financial and technical assistance for development projects in African countries, including water and sanitation initiatives.

2. United Nations Children's Fund (UNICEF): UNICEF supports water, sanitation, and hygiene (WASH) programs globally, focusing on improving access to clean water for children and communities.

3. United Nations Development Programme (UNDP): The UNDP works on sustainable development projects worldwide, including water resource management and access to clean water.

4. European Union (EU): The EU provides funding for development projects in partner countries, including water and sanitation initiatives. The DRC is an official partner of the EU, and thus qualifies for such funding opportunities.

5. United Nations Environmental Programme (UNEP): UNEP supports projects that promote environmental sustainability, including water quality and resource management.

6. Global Environment Facility (GEF): The GEF provides grants and funding for projects that address global environmental issues, including water resource management and pollution control.

7. World Health Organization (WHO): The WHO supports initiatives to improve public health through access to safe water, sanitation, and hygiene.

8. International Finance Corporation (IFC): The IFC, a member of the World Bank Group, supports private sector development projects, including investments in water infrastructure.

9. Asian Development Bank (ADB): The ADB provides financial and technical support for development projects in Asia and the Pacific, including water supply and sanitation initiatives. Recently, they have shown more interest in other regions of the world such as Africa.

10. The Bill and Melinda Gates Foundation: The foundation supports global health and development projects, including initiatives to improve access to clean water and sanitation.

11. Global Water Partnership (GWP): The GWP works to support sustainable water resource management globally and may provide funding or technical assistance for water projects.

12. Water.org: Water.org is a non-profit organization that focuses on improving access to safe water and sanitation in developing countries through innovative financing solutions.

Japan International Cooperation Agency (JICA): This is the main Japanese government's aids organization which provide fundings to partner countries for project aiming at improving local populations' living standards.

Because all organizations mentioned above play crucial roles in supporting water and sanitation projects worldwide and may offer financial assistance, technical expertise, or partnerships for large-scale water purification and distribution systems in the DRC, our team plans to engage all of them, on the behalf of our client (the DRC government), to secure all kinds of available support. In large-scale project managements, our experiences show that engaging with multiple stakeholders and funding sources can help ensure the success and sustainability of such projects.

Pre-feasibility Study Estimations

Standard Timeline: Start in Q1 2025, completion within 2-3 years.

Rough cost estimations:

It is important to note that the cost of a centralized water treatment plant can vary significantly depending on factors such as its capacity, technology used, location, local labor and material costs, regulatory requirements, and specific features of the project. Below are some rough estimates to provide a general idea of the costs involved:

1. Small-scale Water Treatment Plant (Serving a Community or Village):

- Cost Range: $100,000 to $500,000 USD

- Capacity: Serving a few hundred to a few thousand people

- Treatment Processes: Basic filtration and disinfection

2. Medium-scale Water Treatment Plant (Serving a Town or Small City):

- Cost Range: $500,000 to $5 million USD

- Capacity: Serving tens of thousands of people

- Treatment Processes: Advanced filtration, disinfection, and possibly additional treatment steps like reverse osmosis

3. Large-scale Water Treatment Plant (Serving a Larger City or Region):

- Cost Range: $5 million to $100 million+ USD

- Capacity: Serving hundreds of thousands to millions of people

- Treatment Processes: Comprehensive treatment including multiple stages of filtration, disinfection, and other advanced technologies required to meet the Japanese drinking water standards.

It's important to note that these cost estimates are general and can vary widely based on the specific requirements of the project. Factors such as land acquisition, infrastructure development, energy supply, ongoing operation and maintenance costs, and contingency planning should also be considered when budgeting for each water treatment plant.

That is, a more accurate cost estimation, a detailed feasibility study and engineering design would need to be conducted to assess the specific needs and conditions of the proposed project site. The collaboration between our water engineers, DRC government agencies, and industry experts will help provide more precise cost estimates for the construction and operation of each centralized water treatment plant.

Benefits:

- Access to Safe Water:

Ensuring clean and safe water for all communities in the DRC.

- Health Improvement:

Reducing waterborne diseases and improving overall health outcomes for local populations.

- Sustainable Solution:

Providing a long-term solution for water access and quality in the DRC.

Support and Implementation:

- Government Collaboration:

Our teams of experts will work closely with the DRC government for regulatory approval and support.

- World Bank and other partner's Funding:

We plan to present the project proposal to the World Bank and other international funding sources for potential financial assistance.

Project's prospect:

As one can see, a project of this scale requires significant planning, resources, and collaboration with all stakeholders. With the potential to significantly impact public health and living standards in the DRC, this initiative will undoubtably attract not only the support from the DRC government, but also the support from organizations like the World Bank, JICA, etc. By focusing on sustainable water solutions, our company intends to contribute to lasting solutions and the overall wellness of local populations in the DRC.

Planning team/ Infrastructure branch.

Global Impact Strategies


Status of the project:  Expected to be introduced soon

 Sustainable Agricultural Development in the Democratic Republic of the Congo (DRC)

Agri-Prosperity: Enhancing Food Security and Livelihoods in the DR

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Project Overview:

The Democratic Republic of the Congo (DRC) has immense agricultural potential, yet it faces critical challenges, including food insecurity, poverty, and limited access to markets. With approximately 70% of the population engaged in agriculture, enhancing agricultural productivity is vital for improving livelihoods and ensuring food security.

Objectives

GIS intends to:

1. Increase agricultural productivity through sustainable practices.

2. Improve food security for vulnerable populations.

3. Enhance access to markets for smallholder farmers.

4. Strengthen community resilience to climate change.


Target Regions

Our experts on the ground have selected the following regions, in the DRC (provinces), for the implemetation of this project: 

1. Kasaï Central Province

- Key Crops: Cassava, maize, palm oil.

- Main Towns: Kananga, Mbuji-Mayi.


2. Ituri Province

- Key Crops: Rice, potatoes, livestock.

- Main Towns: Bunia, Komanda.

3. South Kivu Province

- Key Crops: Coffee, tea, fruits, and vegetables.

- Main Towns: Bukavu, Kavumu.

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Key Components

1. Training and Capacity Building

- Location: Community centers in Kananga (Kasaï Central), Bunia (Ituri), and Bukavu (South Kivu).

-  Activities:

- Bi-monthly workshops on sustainable farming techniques (e.g., agroecology, organic farming).

- Financial literacy sessions to help farmers manage funds and investments.

- Training on cooperative formation and business management.

Budget: $500,000

- Training Materials: $100,000

- Facilitator Fees: $200,000

- Venue Rentals: $50,000

- Transportation Costs: $50,000

- Monitoring and Reporting: $100,000

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 2. Infrastructure Development

- Road Rehabilitation:

- Focus on rural roads connecting Lodja (Kasaï Central) to farming areas.

- Estimated length of roads to be improved: 50 km.

Budget: $800,000

- Materials and Labor for Road Construction: $500,000

- Community Storage Facilities:

- Locations: Mongala (Ituri) and Walungu (South Kivu).

- Each facility to hold approximately 100 tons of produce.

- Storage Facility Construction: $300,000

- Materials: $200,000

- Labor: $100,000

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3. Access to Resources

- Micro-loans: Partner with local microfinance institutions to provide loans to smallholder farmers.

- Seed Distribution: Collaborate with the Congo Agricultural Research Institute to distribute drought-resistant seeds.

Budget: $300,000

- Micro-loans Fund: $200,000

- Seed Procurement and Distribution: $100,000

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4. Market Linkages

- Digital Marketplace: Develop an online platform based in Kinshasa for farmers.

- Local Markets: Establish regular farmer's markets in Kananga, Bunia, and Bukavu.

Budget: $200,000

- Platform Development: $100,000

- Marketing and Promotion: $50,000

- Market Setup Costs: $50,000

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5. Community Engagement and Empowerment

- Farmer Cooperatives:

- Formation of cooperatives to enhance bargaining power, focusing on Lodja and Mongala.

- Women's Empowerment Programs:

Target women farmers with specific training and resources.

Budget: $100,000

- Cooperative Formation Costs: $50,000

- Women's Training Programs: $50,000

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6. Monitoring and Evaluation

- Monitoring Hubs: 

Set up in each target province (Kasaï Central, Ituri, South Kivu) to track progress and impact.

- Evaluation Metrics:

Productivity rates, income levels, food security indices.

Budget: $100,000

- Data Collection and Analysis: $50,000

- Reporting and Dissemination: $50,000

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Total Project Budget

- Total Estimated Cost: $2,000,000

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Funding Sources

- International Financial Institutions:

 World Bank, African Development Bank.

- Bilateral Aid Agencies: USAID, DFID.

- Local and International NGOs:

Partnerships with Oxfam, Concern Worldwide.

- Private Sector Partnerships:

Engage local businesses for support.

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Expected Outcomes

1. Increased Agricultural Productivity:

- Targeting a 30% increase in productivity within three years.

2. Improved Food Security:

- Reaching approximately 50,000 households across the three provinces.

3. Enhanced Income Levels:

- Aiming for a 40% increase in income for participating farmers.

4. Strengthened Community Resilience:

- Improved adaptive capacity to climate impacts through training and resource access.

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Project's prospect: 

The "Agri-Prosperity" project presents a comprehensive and actionable plan to enhance food security and economic stability in the DRC. By focusing on sustainable agricultural practices, infrastructure development, and market access, this initiative aims to create lasting change and improve the livelihoods of countless individuals in Kasaï Central, Ituri, and South Kivu provinces. With the right funding and support, this project can significantly contribute to the DRC's development goals and improve the quality of life for its agricultural communities.

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