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.

Palgae is a Turkish startup that has developed PaBio 1.0, Türkiye’s first carbon-zero mulch film derived from microalgae. Designed to replace conventional LDPE-based agricultural mulch films, PaBio 1.0 addresses pollution, microplastic accumulation and declining soil health associated with petrochemical plastics. The film is fully biodegradable in both soil and water, enhancing soil fertility and water retention as it dissolves, while eliminating the need for post-harvest plastic removal. Produced from sustainable and biocompatible raw materials, the film also contributes to circular resource use by incorporating agricultural wastewater in its production. Rich in salt, nitrogen and phosphorus, microalgae-based components act as a natural fertilizer. PaBio 1.0 is especially effective in low-salinity soils, helping regulate pH, retain moisture and improve overall soil quality.

The team focuses on addressing the high cost of metal-intensive ballast fastening systems for solar power plants. The proposed solution is to replace the metal concrete guide element with prestressed concrete, which is a lightweight and cost-effective alternative. This can be achieved by manufacturing the necessary elements at two enterprises in Moldova and assembling a more economical ballast mounting system for photovoltaic panels. The use of prestressed concrete reduces the amount of metal required and lowers the cost of the system. It also reduces assembly time and can be used for buildings and roofs with low load-bearing capacity. The solution aims to provide a ready-to-use ballast system for fastening photovoltaic panels on roofs. The target market includes installers of ballast rooftop solar power plants, and the potential impact includes cost savings and reduced installation time. The leadership team consists of the founder, who has experience in the construction and sales of solar power plants, and their wife, who contributes precise questioning skills. The funding request is made to support the implementation of the business idea and ensure economic security for the family.

Cryoadsorbent focuses on the development and production of an organic sponge based on cryogel capable of effectively absorbing toxic organic pollutants from industrial wastewater, including phenols, cresols, and chlorophenols.

Nepser has developed FloCatch, a passive bubble-based waste collection system designed for marinas, ports and rivers. The system addresses floating and submerged macro plastic waste by using a surface bubble curtain that operates without compressors. Instead, it leverages oxygen dissolved in water and the Bernoulli principle to create a continuous barrier that directs waste to a collection unit, where it is automatically transferred to shore. FloCatch is a permanent, low-cost solution suitable for both stagnant and flowing waters. It can be deployed as a defensive line in port berths to prevent pollution, including oil spills, from spreading to open waters. The system is especially suited for preventing plastics from reaching areas like the Pacific Garbage Patch by intercepting them early. Compared to alternatives like SEABIN or conveyor boats, FloCatch operates with lower operational costs and greater efficiency in real-world aquatic environments.

Çaçan Energy develops portable power solutions for off-grid, remote and emergency applications. The company operates as part of the Çaçan Group and focuses on delivering mobile electricity systems for contexts where conventional grid infrastructure is unavailable or unreliable. Çaçan Energy’s offering consists of AI-powered portable power stations that integrate solar charging capabilities with intelligent energy management systems. The units are designed to optimize energy efficiency, battery performance and cycle life through AI-based control, enabling reliable power generation and storage in mobile formats. Product capacities currently range from approximately 1 kW to 7 kW, addressing a variety of use cases with different power requirements. Originally engineered to meet the demands of remote and defense-related operations, the technology is adapted for civilian applications, including emergency response, disaster recovery, electric vehicle charging support, outdoor operations and smart city services. The systems are designed to support critical functions such as lighting, communications, and the operation of essential equipment in hard-to-reach or crisis-affected environments. Through its portable and solar-enabled energy systems, Çaçan Energy targets applications in resilience infrastructure, off-grid electrification and temporary power supply across industrial, municipal, and humanitarian contexts.

Loo Afrique is an innovative company that specializes in manufacturing improved sanitation solutions. Their goal is to save water, improve hygiene, and utilize greywater for flushing. Collaborating with the SABS Design Institute, they locally design and manufacture their products. Loo Afrique offers three types of sanitation solutions: the Pee Basin, which combines a urinal unit with a hand wash basin for a hygienic experience; the Evo-Flush Toilet, a low-flush toilet unit with an integrated hand washbasin; and the V-Cistern, a water-efficient toilet cistern with a hand washbasin. With a specialization in the water supply and waste management sector, Loo Afrique aims to provide sustainable and eco-friendly sanitation options.

KAAF Rolling Stock is a railway engineering company specializing in the development and manufacture of subsystems and maintenance technologies for rolling stock. The company focuses on improving the safety, efficiency, and lifecycle performance of rail vehicles through applied research and product development. KAAF Rolling Stock’s innovation - Smart Friction Management System (SFMS) - is a sensor-based, autonomous solution designed to manage friction between rail wheels and tracks in real time. The system applies controlled lubrication through smart nozzles, enabling precise management of both positive and negative friction. This approach addresses key operational challenges in rail transport, including wheel and rail wear, derailment risk, fuel overconsumption and high maintenance requirements. SFMS is designed to extend wheel and rail service life, improve energy efficiency in rail vehicles and reduce material waste and emissions associated with excessive friction and diesel fuel use. The biodegradable lubrication system supports environmentally responsible operations while maintaining braking performance and ride comfort. The solution can be integrated into both legacy and modern rail vehicles, making it applicable across passenger and freight rail fleets.

Scraptop is a socially conscious for-profit enterprise dedicated to transforming bio-waste into organic and sustainable fertilizer. With their unique proprietary formula, they prioritize the promotion of arable land, waste monetization, and improved food production quality through a waste-agro synergy approach. By harnessing the potential of bio-waste, Scraptop aims to contribute to a more sustainable and environmentally friendly agricultural sector. Their eco-friendly fertilizer not only helps enhance soil fertility but also reduces the dependence on synthetic chemicals, fostering healthier and more productive crops. Scraptop is committed to creating a positive impact by utilizing bio-waste to promote sustainable farming practices and support the global effort towards a greener future.

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.