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.

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.

Tau Innovative Solutions (Re-Compo) recycles composite packaging into building materials. In Kazakhstan and around the world, there are some types of waste that cannot be recycled or are poorly recycled for a number of reasons. One of them is composite packaging for juices, dairy products, and disposable cups, also known as Tetra Pak. Other wastes include glass, industrial hemp and rice husks, which are also difficult to recycle.

Their technology allows them to recycle such waste and produce environmentally friendly building panels from it. Their solution is an alternative to standard OSB, MDF panels, etc. Building panels made from recycled composite packaging, glass, industrial hemp and/or rice husk are environmentally friendly and do not contain any chemicals or glue inside. They are better and more efficient in terms of technical parameters than standard analogues.

ReCompo panels are a sustainable and innovative solution for the construction industry. They can help to reduce waste, improve environmental performance, and save money.

SmartEnergyTree is a solar and wind powered smart tree with Wi-Fi. It is an energy installation with self-cleaning systems, rainwater collection and irrigation of surrounding plants, Wi-Fi distribution, electric vehicle sockets and many other functions. It is equipped with an anti-vandal self-cleaning honeycomb solar panel made of impact-resistant polycarbonate and a new type of modular wind turbine with air pockets that allows it to rotate even in light winds.

The Smart Tree allows the distribution of Wi-Fi within a radius of 150 meters, charge batteries of electric vehicles and smartphones, information about the time, temperature, and humidity, can broadcast advertisements on a LED display, can heat nearby benches and sidewalks (eliminating ice), can illuminate the installation site, and can conduct video surveillance on the area.

The goal of the project and the tasks it solves are to reduce CO2 emissions into the atmosphere and reduce losses during power outages.

Hisartech is a software company operating in the fields of signal processing and optimization. It offers end-to-end solutions to its customers with its experienced staff in the field of industrial signal processing and optimization. In addition to innovative methods such as machine learning and deep learning, classical optimization and signal processing methods are also used in the mentioned areas.

Currently, within the scope of Tübitak 1512 support, a machine design project that will perform quality control by processing images for fabric manufacturers is ongoing within the company. Additionally, academic projects have been carried out in the field of predictive maintenance and quality control.

Hextech Green have made agricultural production possible in cities with their specially developed indoor agricultural technology products. With Hextech Green, even people who have no technical knowledge can grow healthy agricultural products without being affected by the external climate with a 100% success rate. Professionals can carry out agricultural production with high quality and efficiency without being affected by natural disasters, while citizens can engage in hobby agriculture growing their own natural vegetables and fruits at home.

Their production method in compliance with the green agreement supports decarbonization studies, which are becoming more and more important in the world, and their HTG Mobile and automation software provides digitalization in agriculture. Hextech Green aims to become a global brand in a few years by using technology that supports a healthier life.

ALGBIO treats wastewater sewage and captures CO2 with microalgae to produce biofuels, bioplastics, biomaterials and generate carbon credits. Algae are desirable as a source of biofuel as they have a high yield of oil and can flourish on land where other plants can not be produced. As plants, algae can grow with carbon dioxide, sunlight, and nutrients. ALGBIO harvests biomass and turns it into gasoline or black coal, which can be sent to refineries to be converted into chemical or transport fuel. With adequate research and development, biofuel, bioplastic and biomaterials from algae could be a price-effective alternative for petroleum based options.

ALGBIO’s circular economy model provides zero waste policy by maximizing resource utilization and minimizing waste with bioplastic production from algal waste too. ALGBIO enables the transition from a fossil based economy to sustainable manufacturing by providing waste management, carbon capture and renewables.

Biolive produces bioplastic raw materials such as Bio-PE, Bio-PP, and Bio-ABS in scale-up and next-gen materials such as plant-based leather and also offers sustainable solutions. Biolive’s raw materials are always cheaper than other bioplastics such as PLA, PHA, etc, and a little bit more expensive than petroleum-based plastics.

Their main product, BioPura, is a 100% bio-based and biodegradable bioplastic raw material which is produced from olive pits. BioPura is FDA-approved and also has some certifications regarding fully bio-based material by DIN Certco. BioPura’s benefits are bifold. From the olive industry perspective, Biolive closes the loop by upcycling their industrial waste which has no food value and no use area in any industry. Also, from the plastic industry’s perspective, Biolive provides maximum use of renewable resources for the plastic industry, lowering carbon footprints and helping brands to comply with the regulations.

EVBEE is an energy-engineering company established to revolutionize the EV charging sector with its unique technology. It was founded in 2022 in Eskisehir, Turkey to offer innovation and to build efficient and secure charging systems after its funding round. EVBEE gives priority to making electric vehicles’ charging process more accessible, comfortable, secure, and faster in Turkey. It offers innovative solutions to the range and charging issues of EV owners by providing mobile and fast (DC) charging.

EVBEE is the first in the sector to make charging mobile and fast with its solution-oriented services. Its off-grid, and DC charging systems and on-demand service make it user-friendly as it enables receiving charging anywhere and anytime the user wants. EVBEE mobile charging system is now ready to get into the market after forming many collaborations and partnerships. Their mission and vision focuses on putting an end to charging problems related to time and place with their user-friendly approach while contributing to the sustainable development goals for a cleaner world.