Blueit develops digital solutions to optimize industrial and commercial water use through real-time monitoring and advanced analytics. The company’s platform integrates sensor data, artificial intelligence, and predictive modeling to support water management, risk reduction, and sustainability reporting across high-consumption sectors. Blueit’s platform generates customized water flow maps, identifies leaks and anomalies and calculates water footprints in alignment with ISO 14046 standards, enabling organizations to quantify water impacts and performance. The system applies AI-driven analytics to interpret data, detect patterns and recommend targeted efficiency improvements, supporting operational decision-making and compliance with water-related regulatory requirements. The solution’s predictive algorithms support water risk management by forecasting potential issues and suggesting operational adjustments. Blueit’s approach is applicable to sectors with significant water use, including manufacturing, food and beverage, energy and industrial facilities, where real-time insights and efficiency gains contribute to water security, cost savings and corporate sustainability objectives.

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.

Davitap Engineering is a R&D company operating in industries such as defense, medical, aerospace, and textile with its staff specializing in plasma technologies. Their studies cover a wide range of activities including both hot and cold plasma processes.

The main purpose of these studies is to produce solution-oriented products by carrying out original engineering activities. Davitap, which is taking firm steps towards becoming a leading company in the field of plasma technologies, is rapidly progressing by carrying out joint studies with institutions and organizations that do valuable work in this field.

PlaGas is a plasma gasification unit developed by Davitap Engineering. PlaGas provides clean energy thanks to the plasma gasification process and offers high efficiency at very low energy levels.

PlaTre is a plasma surface activation device. It creates a nano-sized porous structure on the material's surface, enabling the free radicals and electrons contained in the plasma to hold on to the surface. It gives functional properties to the surface and provides to increase its resistance to wear and material quality.

PlaFar both operations to be carried out from a single system by providing seed improvement and irrigation water enrichment, which neutralizes microorganisms on the plant's surface which extends shelf life and improves the quality of soil and water by enriching irrigation water.

SeismoCode provides cost-efficient and low-impact alternatives to conventional seismic exploration through microtremor-based measurement techniques combined with cloud-based software platforms. Its approach relies on compact seismic sensor networks that collect subsurface data with minimal disruption to local communities and ecosystems, avoiding the invasive practices and high costs associated with traditional seismic reflection methods. The company’s software products integrate network design, real-time data monitoring, seismic data analysis, mapping, and project management into a unified digital environment. By incorporating advanced geophysical methods and artificial intelligence, the platforms support improved data quality, reduced human error, and alignment with international exploration and reporting standards. Seismocode’s solutions are designed to support geothermal developers, energy companies and geophysical service providers in early-stage site assessment and exploration planning. By lowering exploration costs and improving the accuracy and success rates of drilling decisions, the company contributes to making geothermal energy development more accessible and scalable as part of the clean energy transition.

Bio-Enviro is a leading manufacturer of bio-degradable paper straws, offering a sustainable alternative to plastic straws. Their individually wrapped paper straws are 100% bio-degradable and food-safe. Available in various sizes, the straws are made from FDA-approved paper without any chemical residue or additives that could affect the taste or appearance of beverages. Bio-Enviro takes pride in producing their products in South Africa, ensuring the highest quality standards. Their glue component is petroleum-free, and their water-based coatings provide excellent barrier protection against grease, oil, water, and moisture. The company offers customization options for the outer wrapper and provides distributors and bulk order discounts. With their eco-friendly approach, Bio-Enviro's paper straws contribute to a cleaner environment and a sustainable future.

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.

İlker Teknik Ltd. has developed a digital platform that enables comprehensive, transparent and real-time monitoring of waste collection, inventory and management processes across multiple stakeholders. Designed to serve municipalities, recycling facilities, waste-generating organizations and street collectors’ cooperatives, the platform digitizes waste operations and optimizes logistics, equipment use, and data management. The system tracks collection vehicles and equipment, estimates fill levels, and visualizes collection demands on live digital maps. It provides inventory identification numbers for waste equipment, logs operational data (such as relocation, failures, and past events), and supports real-time wireless updates via BLE and MAC tags. The platform also enables cooperative pricing infrastructure for street collectors, facilitates route optimization, records driver performance, and calculates carbon footprints on a per-operation basis. Designed for easy field deployment, it includes IoT integration and mobile usability even by low-trained personnel.

PAC Corporation Thailand is a female-led energy-saving cooling and heating products company located in Bangkok, Thailand producing innovative products, particularly focusing on water heating systems and energy-saving air conditioning systems. The company invented and developed the ‘PAC Frenergy’, water heaters that use the heat expelled by air conditioners. Hot water is produced by extracting energy from the air conditioner’s compressor, reducing heat transfer to the atmosphere by 15%. The system can produce hot water ranging from 60 – 450 liters and of up to 70°C without electricity, saving consumers up to 80% of electricity costs. PAC Frenergy lessens the negative impact on the environment compared to the conventional water heating systems on the market that use fossil fuels such as gas, oil and coals, simultaneously slowing down the effect of global warming.

TechnoAlga Eco Solutions develops sustainable sun protection products using UV-filtering compounds derived from Antarctic microalgae. The innovation replaces synthetic UV filters, which are often associated with environmental hazards, toxic effects, and limited UV range protection. The microalgal filters offer broad-spectrum UV-A and UV-B protection, greater stability, and potential antioxidant and anti-ageing skin benefits. The production process is environmentally friendly, utilizing green extraction methods and zero-waste principles. Residual biomass is repurposed as biofertilizer, contributing to circular resource use and carbon-negative production.

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.