Yek Marine addresses one of the major operational and environmental challenges in aquaculture: the removal of dead fish from sea cage systems. Traditionally, this task is performed manually by divers working at depths of 40–45 meters under physically demanding and hazardous conditions. The failure to remove dead fish can lead to the accumulation of organic matter, increasing methane emissions, contributing to marine pollution, and spreading disease among healthy fish populations. The AQUA MECH system automates this process using artificial intelligence and high-resolution imaging to detect and remove dead fish without human intervention. The solution reduces the physical burden on divers, lowers the risk of workplace accidents and helps maintain healthier aquatic environments. Integrated biological and solid filtration systems purify and recycle the water, enhancing environmental sustainability. The system also includes digital tracking for operational transparency and improved aquaculture management.

Yugen Company addresses the environmental impact of the leather and textile industries by developing POMECO, a sustainable plant-based leather alternative derived from waste pomegranate peels. The innovation leverages the bioactive content of pomegranate peels, which are rich in cellulose, lignin, flavonoids and phenolic acids. These components yield a durable, antibacterial and solvent-free material with high biocontent (90%). Compared to conventional leather, the production of POMECO reduces carbon emissions by 90%, and by 60% compared to artificial leather. The process avoids the use of solvents and toxic chemicals, minimizing water pollution and industrial waste. Designed for compatibility with existing artificial leather production lines, POMECO ensures the ease of scalability. This solution offers a viable circular economy model by upcycling agricultural waste that would otherwise be burned, while reducing the environmental footprint of leather production.

Faceplate develops data-driven digital tools for optimizing operational processes, improving energy efficiency, and enhancing business management. The solution minimizes environmental impact by reducing resource losses and implementing a digital approach to management.

The Science and Technology Water Center project focuses on wastewater treatment and biological restoration of water bodies using microalgae. The solution helps eliminate mass fish contamination, reduce greenhouse gas emissions, and improve water quality without the use of aggressive chemical reagents, providing an environmentally sustainable approach for industrial and municipal facilities.

Murat Beton Technology develops fiber–slag–sulfur concrete (FSSC) produced using oil sludge and sulfur waste. The material does not require water during production, recycles industrial waste, and demonstrates improved environmental and performance characteristics compared to conventional concrete.

Kaz-REEcycling processes end-of-life computer hard drives to extract and reuse rare earth metals such as Nd, Pr, and Dy. The project reduces the environmental burden of electronic waste and supports the development of a circular economy.

Smart Energy Solutions develops an energy efficiency platform that applies machine learning algorithms to analyze large volumes of data. The solution integrates with smart meters, helps identify inefficient energy consumption, and reduces electricity losses.

Founded in 2010 in Lesotho, Mos-Sun Clean Energy Technology (MOSCET) specializes in renewable energy technologies, aiming to advance sustainable solutions and provide electricity access in underserved areas in Lesotho and in the broader region of Southern Africa. Their expertise spans designing, installing, commissioning, and maintaining solar and electrical systems for a diverse range of clients, including residential, commercial, and industrial sectors. Focusing on innovative energy solutions and high-voltage industrial system maintenance, MOSCET has a track record of activities, including successful collaborations with Electro Techno Services (ETS) in various renewable energy projects. MOSCET's goal is to offer clean, efficient, and reliable energy solutions that empower thousands of households, communities, institutions, small and large businesses.

Mahlaseli Energy is a renewable energy company that provides solar energy as well as water and electricity solutions in Lesotho. Mahlaseli Energy provides solar submersible pumps to farmers for irrigation and for springcatchmemts to rural communities. The company also produces solar lanterns and off-grid solutions for businesses, rural schools and clinics. As of 2023, the company has been in operation for the last five years with about 100 installations of solar home systems in rural communities of Lesotho and a total of 20 employees. Mahlaseli Energy's main Goal is accelerating access to affordable, reliable and sustainable energy for all in Lesotho and attaining SGD7 in the country by 2030.