The goal of this project is to develop a cost-effective drying machine for Black Soldier Fly larvae to provide a sustainable protein source for pig and poultry feed, improve farmers' income, reduce losses, and enable storage and transport without cooling, with adaptations for those without access to electricity.

The project, in collaboration with Butterfly Space Eco Lodge in Nkhata Bay, Malawi, aims to install two wind turbines at local schools, focusing on local material sourcing, community knowledge exchange, and providing renewable energy for lights and chargers, with the first turbine already confirmed and the second dependent on funding and time availability.

The project aims to establish a solar dryer station at the Jukia microstation in Nebbi, Uganda, to process coffee beans for Zombo Coffee, a company that supports local farmers while transitioning to organic farming by 2025-2026.

The project in the Congo Central province of the Democratic Republic of the Congo aims to develop solar energy and water purification systems for the "EP Kunda Masangu" school, which serves 780 students and 22 staff members, while addressing communication in local languages, potential theft of valuable components, and the specific water purification needs for both drinking and cooking.

Our goal is to ensure a reliable supply of electricity for the schools by constructing a PV installation and using batteries to store energy.

Our project will focus on investigating the roof tile recipe to extend the tile's lifetime.

This project mainly focuses on installing solar panels and batteries for the two safehouses in the Butiama and Serengeti districts of the Mara region in Tanzania.

The project aims to enhance water availability for a village by installing solar panels with two pumps, a battery system, and PLC programming, while considering additional filtration and extra energy solutions, supported by Belgian automation engineer Herman Bruyndonckx and local partner Norberto Baten.

The project in Malawi aims to design a pilot irrigation system using a nearby river to enable a second harvest and expand to other villages, while addressing safety concerns, potential budget adjustments, and the need for sustainability and long-term benefits.

The project at Apida Medical Center in Homa-Bay County aims to implement a sustainable energy solution to address frequent power outages and ensure continuous, affordable healthcare services for women and children from low-income backgrounds as the hospital expands to 100 beds.

This project will mainly focus on the implementation of green roofs & reflective roofs in the suburbs of Hà Nội and Hà Tĩnh. In Cooperation with the Hà Nội University of Civil Engineering and KUL, these sustainable rooftops will be implemented on 25 Vietnamese houses as a case study.

The goal of our project is to expand an existing irrigation system from 1.5 hectares to 7 hectares and make it more efficient.

We will try to design and install a suitable and sustainable irrigation system, relying on the Rwizi river, using a pump supported by solar panels.

Using solar panels, we will power a solar pump that pumps up groundwater and brings it to a water reservoir at 9 meters. This water is guided by gravity into the PVC pipes to be distributed to 6 different places in the village.

The project in the Mulanda area of Tororo district, Uganda, aims to develop sanitation facilities aligned with local needs, addressing toilet design, waste management options, hygiene education, and energy solutions.

The project in Kimbiri, Peru aims to create sustainable chocolate packaging from agricultural waste, meeting local production needs, food safety standards, and ensuring long-term use by locals, while addressing the region's climate and security challenges.

The project in Masaka aims to establish a reliable water supply and purification system for 142 students and 8 teachers, utilizing local rainfall and solar energy, while ensuring safety measures, facilitating classroom construction, and addressing waste management and climate resilience disaster.

The team will install a water purification system. That way the 800 students going to this campus and the 350 students residing there will have access to free and reliable drinking water.

The aim of this project is to provide hot water for showers for farming families in Peru.

In this project, Humasol is partnering up with Waste to wind to develop an off-grid wind turbine system with batteries to produce electricity