Swatchloop identifies textile waste to recycle it more efficiently. It achieves this by using machine learning to offer smart suggestions to correctly sort textiles in the right category. In addition, it also provides a QR code to track data analysis and recycling processes in a sustainable and transparent manner.

Founded in October 2020 with the support of TÜBİTAK BİGG 1512, ICARBON sustainably recycles waste rubber by using patented hydrothermal devulcanization and innovative carbonization technologies. ICARBON develops devulcanized rubber, recycled carbon black types and various carbon-structured materials for the rubber and plastic industry with the principles of green chemistry and production.

The products of the company have succeeded in producing more than one type of recovered carbon black for the first time in the world. The products can also be used at high rates in the production of various rubber and plastic compounds. The need for recycled products will increase rapidly in the future with the EU Green Deal, and will contribute to ICARBON's further development of its versatile business plan that combines technological export with practical expertise.

SMEFF Microchannels develops innovative microchannel flow technology for energy-efficient systems. SMEFF creates microchannel heat exchangers based on scientific studies to reduce the carbon footprint associated with energy consumption. SMEFF contributes to the development of energy-efficient devices and are proud partners in cleantech innovation. At SMEFF Microchannels, maximum benefit is produced from micro size.

Mikrohes produces Archimedes Screws Turbines (ASTs). ASTs are a new form of small, hydroelectric powerplant that can be applied even in low head sites. ASTs offer a clean and renewable source of energy and are safe for wildlife , especially fish in hydro generation options. ASTs can offer many economic, social and environmental advantages that make them an important option for providing sustainable hydropower development.

Archimedes screws can operate in low water heads (less than about 10 m) and a wide range of flow rates with practical efficiencies of 60% to 80% and can generate up to 400 kW of power. ASTs increase the number of suitable sites where it is possible to develop sustainable hydropower, including undeveloped, hard to access regions and small communities. At many low head sites, ASTs may be more cost-effective, with lower installation and operating costs than alternative hydropower systems. ASTs may also reduce the disturbance of natural sedimentation and erosion processes, and have smaller impacts on fish and other fauna. ASTs can often be retrofitted to existing unpowered dams or weirs, providing new hydropower capacity for very little marginal environmental impact.

Ikem Technologies specializes in the processing of liquid hydrocarbon waste and heavy feedstock. Waste is a global problem that requires a multitude of creative solutions. All waste from the oil industry and the products that oil produces are, to some extent, toxic. Ikem Technologies solves a huge problem associated with the disposal and recycling of toxic and liquid hydrocarbon waste, such as used oil, oil sludge, emulsions and oil sludge. They have learned to convert waste into a commercial product without generating any volatile or solid emissions.

Ikem Technologies is confident that their technology can make a significant contribution to solving the global problem of waste disposal and recycling.

Sagi is a mobile application that aims to increase the recycling rate and reduce the negative impact on the environment. It motivates users to actively participate in the recycling process by offering them specific benefits in the form of gifts and bonus programs. This encourages environmentally responsible behavior and helps to form more sustainable consumption and waste disposal habits. With Sagi, users can easily find the nearest recycling points and recycle their materials. For each recycling, the user receives points or bonus points that can be exchanged for gifts, discounts or other privileges from partner stores, establishments, and services.

CTSolutions reliably separates feedstocks into commercial oil of the 1st quality category, purified water, and solid phase waste. The solution is a universal technology for the step-by-step separation of feedstocks on centrifugal equipment. It allows the processing of all types of oil-containing waste. Deep processing of oil into a commercial form by more than 98% ensures rational and efficient use of the available feedstock. It is a high-tech solution to economic and environmental problems.

CTSolutions has already been put into industrial operation. Significantly, they've processed an industrial volume of 5000 m3 that could not be processed by any other economically and technologically acceptable method. They've achieved a record return of feedstock to commercial form of more than 98% of the potential. The solution can be used to process all types of oil-containing waste.

Having received patents for the method of processing oil-containing waste, CTSolutions has the necessary competencies to implement the large-scale task of processing technogenic waste.

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.

Ozen-M aims to solve the problem of water resources management in Kazakhstan and the whole region. 7 out of 8 river basins of Kazakhstan are transboundary. Ozen-M's goal is to promote digitalization in the management of water structures, water distribution, accounting and monitoring of water resources in Kazakhstan. Their product includes the digitization of river basins of Kazakhstan to create a web application with an interactive map called "Ozen-M". They have already completed the identification of geographic data structures for the Aral-Syrdarya, Balkhash-Alakol, Irtysh, Zhaiyk-Caspian, Yesil, Nura-Saryssu, Shu-Talas and Tobol-Turgai basins in GeoJSON format. Ozen-M will allow for real-time online monitoring of river flow to facilitate effective water resources management both domestically and from external sources.