Biomix develops energy-efficient mixing technologies for industrial process applications, with a primary focus on biogas and wastewater treatment facilities. The company’s work addresses operational energy use and process control challenges in infrastructure-intensive environmental sectors. Biomix designs mixer propellers engineered to improve mixing performance while reducing energy consumption in anaerobic digesters and wastewater treatment systems. The propellers are complemented by a process monitoring system incorporating digital and IoT-enabled components, allowing operators to collect real-time operational data. This supports monitoring of system performance, predictive maintenance planning and reduced operational downtime. The company’s solutions are applicable to biogas plants, municipal and industrial wastewater treatment facilities and other process industries requiring continuous mixing. In addition to hardware development, Biomix is working toward expanded system integration, including motor systems and closed-loop mixing processes, with the objective of enabling measurable energy performance improvements within industrial operations.

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.

The company Biomiles Biyolojik Mücadele Arge Sanayi Ticaret ve Limited Şirketi focuses on the domestic mass production of the parasitoid wasp Aphidius colemani, a widely recognized biological control agent used against aphids in agriculture and landscaping. While Aphidius colemani is currently imported from international firms like Biobest and Koppert, this initiative aims to establish a cost-effective and high-performance local alternative. Local production ensures greater efficacy by reducing the insect’s exposure to long-distance transport, thereby preserving its biological activity. The production process incorporates artificial diets to enhance performance, and genetic diversity is maintained through periodic introduction of wild individuals. This approach offers a sustainable and scalable alternative to chemical pesticides, addressing the growing demand for residue-free agricultural products and environmentally safe pest control methods.

Bionome is a biotechnology company developing alternative production methods for high-purity cannabidiol (CBD) using photosynthetic microorganisms. The company focuses on reducing the environmental footprint of cannabinoid production through biotechnology-driven, controlled cultivation systems. Bionome’s core technology is based on genetically engineered microalgae cultivated in lab-scale bioreactors, enabling the biosynthesis of CBD without conventional plant cultivation or chemical synthesis. The system operates in closed, solar-powered bioreactors and is designed to significantly reduce land and water requirements while avoiding the use of pesticides, heavy metals and solvent-based chemical processes. The technology is applicable to pharmaceutical, nutraceutical and wellness industries requiring consistent, high-purity cannabinoid inputs produced under controlled conditions.

Bluearf offers an AI-powered platform for corporate sustainability data management and reporting. The platform is designed to support organizations in quantifying, tracking and reporting environmental, social and governance (ESG) performance data across operations and supply chains. Bluearf’s solution centralizes and automates the collection, aggregation and analysis of sustainability data to generate accurate carbon footprint calculations. The platform incorporates updated emission factors, anomaly detection and compliance alignment with international frameworks and regulations, including the Carbon Border Adjustment Mechanism (CBAM). It features an integrated AI Assistant to support data entry, interpret results, explore emission reduction strategies and map performance against Sustainable Development Goals (SDGs). In addition to core reporting and analytics, the platform features a Supplier Marketplace that matches buyers and suppliers based on ESG metrics, cost and impact criteria, enabling supply chain engagement in sustainability initiatives. Bluearf’s system is applicable to organizations of varying sizes and sectors that require structured digital tools to manage sustainability performance, regulatory compliance and stakeholder reporting.

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.

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.

Cyclizm develops an AI-based software platform to support the planning and feasibility assessment of green hydrogen production projects. The company focuses on reducing the time, cost, and complexity associated with early-stage hydrogen project development. Cyclizm’s platform applies machine learning and decision-modeling techniques to analyze location-specific data and recommend suitable renewable energy configurations for green hydrogen generation. By combining geospatial data, energy yield estimates and infrastructure parameters, the system enables comparative assessment of project scenarios and supports informed siting and design decisions. The software is designed to replace or complement traditional feasibility studies that rely on extensive site visits and manual analysis. Its digital approach enables rapid evaluation of project options, supporting developers, investors, and planners involved in green hydrogen infrastructure development. Cyclizm’s solution is applicable across the hydrogen value chain, particularly at the pre-feasibility and early planning stages, where risk reduction and efficient decision-making are critical to project deployment.

ERGOLD: Environmentally Recovery of GOLD is a cleantech R&D company pioneering a patented, eco-friendly process for gold and mercury recovery from mining waste. The company addresses the environmental and health hazards associated with traditional amalgamation and cyanidation methods widely used in artisanal and small-scale gold mining. ERGOLD’s innovation uses non-toxic amino acids to efficiently separate and recover metals, eliminating the need for harmful chemicals like mercury and cyanide. This process not only enhances metal recovery yields but also significantly reduces environmental impact and operational costs. ERGOLD also specializes in tailored facility design, economic feasibility studies, and site-specific process engineering, offering scalable solutions aligned with the Minamata Convention and global sustainability goals.