Eco-Tri Senegal is a waste prevention and management company established in 2019, providing integrated waste management solutions for households and businesses. The company operates with a focus on improving access to structured waste services and supporting the development of local waste management value chains. Eco-Tri Senegal offers a portfolio of waste collection and management products adapted to different user needs. These include household waste containers, wheeled bins and larger collection infrastructure such as skips for commercial and industrial clients. The company also supports the separation, collection and handling of recyclable materials, including paper, plastic and glass. For business and institutional clients, Eco-Tri Senegal provides services for the management of specific waste streams, including hazardous and special waste such as batteries, chemicals, and electrical and electronic equipment. In addition, the company delivers waste recovery solutions that enable the transformation of organic waste into value-added outputs, such as compost and biomethane. Eco-Tri Senegal works with clients to design waste management solutions aligned with operational needs and sustainability objectives, offering services that cover collection, sorting, treatment and recovery.

SIMIT (Société d’Irrigation et de la Maintenance Informatique et Télécommunication) is a digital solutions company operating at the intersection of agriculture, information technology and telecommunications. The company develops digital technologies that support water management, agricultural operations and IT infrastructure services. SIMIT’s core offering includes smart irrigation systems designed to improve water use efficiency in agricultural settings. The system integrates sensors, remote access functionality, and data-driven algorithms to enable precise irrigation management without the need for continuous on-site presence. In parallel, SIMIT develops custom digital products across web, mobile and desktop environments, including web-based platforms, mobile applications and iOS solutions. These services are complemented by the provision of IT and electronic equipment, as well as infographics and multimedia services. The company also delivers preventive and corrective maintenance services for IT and telecommunications infrastructure, focusing on system reliability, monitoring and proactive issue management.

Sotilma develops intelligent water metering and irrigation management systems for agricultural applications, with a focus on addressing water efficiency challenges in water-stressed contexts. The company’s solutions are designed for use in crop production systems where irrigation efficiency, climate variability, and resource constraints directly affect productivity and food security. Sotilma’s technology combines adaptive artificial intelligence with solar-powered hardware to optimize irrigation scheduling based on weather forecasts and real-time field conditions. The system operates autonomously, including in low-connectivity environments, and enables farmers to monitor and control irrigation through the Sotilma Connect digital platform. By reducing water losses and improving irrigation precision, the solution supports more efficient use of water and energy inputs. The company’s systems are applicable across irrigated agriculture, particularly in smallholder and commercial farming contexts in regions facing water scarcity. Sotilma’s approach is intended to support climate-resilient agricultural practices by enabling data-driven water management without reliance on continuous internet access or grid electricity.

Cabinet EDE International is an engineering and consulting company founded in 2001 and headquartered in Dakar, Senegal. The company operates across environmental health, water and sanitation, waste management and related infrastructure sectors, providing technical studies, project design and implementation support for public and private sector. Within its portfolio of solutions, Cabinet EDE International has developed a household-scale biogas system focused on the treatment and valorization of organic waste. The system converts organic waste from domestic and market environments into biogas for cooking and mineral-rich biofertilizer for agricultural use, addressing challenges related to organic pollution, waste management and access to biomass-based energy. The biogas unit is designed to operate with both solid and liquid inputs and uses mold-cast construction to ensure gas and water sealing. Unlike conventional fixed-dome digesters, the system does not require specialized technical skills to install, is easy to maintain and is designed for long-term operation, with an estimated lifespan exceeding 30 years. The technology has been piloted in high-organic-waste settings, including Senegal’s central fish market. Through this solution, Cabinet EDE International applies its engineering and environmental expertise to decentralized waste-to-energy applications, supporting circular economy approaches in household and community-scale contexts.

GAYNAKO addresses Senegal’s recurring forage deficit caused by climate change, reduced pastoral land, and declining nitrogen availability in natural forage. The company has developed a multinutritional feed block ("Brique Multinutritionnelle") made from agricultural residues, fish waste, and wild grasses to support livestock nutrition year-round. Based on a study assessing forage by availability, palatability, digestibility, and bromatological value, the company identified legumes—due to their nitrogen-fixing ability—and grasses from agricultural waste as key resources. These are combined with fishery by-products to create the Multinutritional Brick, an innovative nitrogen-based livestock feed. This solution addresses critical issues of forage scarcity and nitrogen deficiency in animal nutrition, contributing to more sustainable and efficient livestock farming.

Anilaye is a Senegalese social enterprise focused on improving access to safe drinking water in rural and peri-urban areas where conventional water infrastructure is limited. The company designs, produces and distributes household-scale water filtration systems adapted to low-resource and off-grid contexts. Their core solution is a gravity-based filtration fountain composed of stacked reservoirs and dual filter cartridges made from ceramic, activated carbon and silver compounds. The system purifies water without electricity, operates with minimal maintenance and is designed for household use as well as for small institutions such as restaurants and guesthouses. By relying on physical and chemical filtration rather than powered treatment, the solution is suited to last-mile environments with limited access to reliable services. The filtration systems provide an alternative to bottled water, supporting reductions in plastic waste while improving access to safe drinking water. Their model also incorporates local production and distribution, creating economic opportunities within communities, including for women involved in manufacturing and sales.

Biomix develops energy-efficient mixing technologies for industrial process applications, with a primary focus on biogas and wastewater treatment facilities. The company’s work addresses operational energy use and process control challenges in infrastructure-intensive environmental sectors. Biomix designs mixer propellers engineered to improve mixing performance while reducing energy consumption in anaerobic digesters and wastewater treatment systems. The propellers are complemented by a process monitoring system incorporating digital and IoT-enabled components, allowing operators to collect real-time operational data. This supports monitoring of system performance, predictive maintenance planning and reduced operational downtime. The company’s solutions are applicable to biogas plants, municipal and industrial wastewater treatment facilities and other process industries requiring continuous mixing. In addition to hardware development, Biomix is working toward expanded system integration, including motor systems and closed-loop mixing processes, with the objective of enabling measurable energy performance improvements within industrial operations.

Grinove Materials (formerly BiGGbiodesign | Bio Innovative Green Growth Inc.) develops plant-based, biodegradable fiber materials derived from agricultural residues, with applications in sustainable packaging and disposable products. The company’s work targets the environmental and resource challenges associated with conventional paper and plastic packaging by enabling alternative bio-based material streams. Grinove Materials’ core process enzymatically valorizes post-harvest agricultural waste, such as wheat straw, to produce pulp suitable for molded fiber applications. The process uses enzymes rather than harsh chemicals and yields cellulose-rich fiber feedstock compatible with existing molded packaging production lines. The resulting materials are designed to be compostable and recyclable and meet relevant regulatory and food-contact safety standards. End-of-life outputs, including residual stream components, can return to soil as compost or fertilizer, supporting circular material flows between agricultural and packaging sectors. Grinove Materials’ technology can be used in food service packaging, secondary packaging applications and other disposable material contexts where biodegradability, plant-based feedstocks, and reduced reliance on wood and plastics are priorities.

The company Biomiles Biyolojik Mücadele Arge Sanayi Ticaret ve Limited Şirketi focuses on the domestic mass production of the parasitoid wasp Aphidius colemani, a widely recognized biological control agent used against aphids in agriculture and landscaping. While Aphidius colemani is currently imported from international firms like Biobest and Koppert, this initiative aims to establish a cost-effective and high-performance local alternative. Local production ensures greater efficacy by reducing the insect’s exposure to long-distance transport, thereby preserving its biological activity. The production process incorporates artificial diets to enhance performance, and genetic diversity is maintained through periodic introduction of wild individuals. This approach offers a sustainable and scalable alternative to chemical pesticides, addressing the growing demand for residue-free agricultural products and environmentally safe pest control methods.