Lightway develops electricity-free lighting solutions based on proprietary photoluminescent pigment technology. The company focuses on reducing energy demand and improving safety and visibility in environments where continuous access to electricity is limited, costly, or undesirable. Lightway's technology absorbs natural or artificial light and emits visible illumination for up to 12 hours. The light-emitting pigments are self-renewing and can be recharged through exposure to sunlight, artificial light or heat, enabling repeated use without electrical input. The system is designed to operate independently of the power grid, making it suitable for off-grid, low-light and emergency contexts. The technology is applied across a range of use cases, including emergency and safety lighting in critical infrastructure. It is also used in urban environments for road markings, signage, street elements and wayfinding, as well as in residential settings where low-level ambient lighting is required. Lightway’s lighting materials are designed to provide durable, long-lasting performance in indoor and outdoor environments, contributing to resilient infrastructure and safety-oriented design while lowering operational energy requirements across public and private spaces.

Materix is a nanotechnology company based in İzmir, Türkiye, that has developed a multifunctional liquid nano‑coating to enhance the efficiency and durability of solar panels, while minimizing maintenance and environmental impact. When applied to photovoltaic modules, the coating supports reduced accumulation of dust, snow and ice, which can impair light transmission and electrical output, and can contribute to extended operational lifetimes and reduced cleaning cycles. As a result, it enables passive, self-cleaning behavior that can boost panel output by up to 8 %, lower cleaning costs, reduce water use and prolong panel lifespan. The technology arrives in liquid form and forms a transparent film typically under 300 nm thick, applied via spraying, delivering durability and environmental protection across various surface types. Initially focusing on the solar energy, Materix is expanding its nano‑coating innovation to other materials such as glass, metal, plastics, wood and textiles. Materix was established within a university technopark environment and has received early-stage support and investment to advance its product development and commercialization. The company’s technology is positioned to serve markets seeking enhanced operational efficiency and reduced lifecycle costs, particularly in renewable energy installations where surface maintenance and environmental exposure influence performance.

The Turkish company Natriontech Energy Technologies Inc. is developing sodium-ion battery technology as an alternative to conventional lithium-ion batteries. The company focuses on addressing cost, supply chain and sustainability challenges associated with energy storage technologies, particularly in the context of expanding renewable energy systems. Natriontech’s technology is based on sodium chemistry, using an element that is more abundant and geographically distributed than lithium. This enables battery systems designed for improved material availability, lower dependency on critical raw materials, and reduced environmental and safety risks associated with thermal instability and combustion. The batteries are designed to support recyclability with lower environmental impact compared to conventional lithium-based systems. The company’s sodium-ion batteries are intended for large-scale and stationary energy storage applications, including grid-level storage and industrial energy systems, where long cycle life and stable performance under deep charge–discharge conditions are critical. By targeting durability, safety and cost efficiency, Natriontech’s solution can support grid stability, renewable energy integration and resilient energy infrastructure across industrial and utility-scale use cases.

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.

Numanufacturing is a Turkish startup that evelops AI/ML-based platforms for predictive maintenance and energy optimization in industrial settings. NuManufacturing’s platform, Predictomatic 4.X (Bestekar 4.X), combines real-time data analytics with an integrated sensor system, NumBox, to monitor machines, production lines and entire factories. The platform detects anomalies, predicts equipment failures and supports optimized maintenance planning, helping industrial operators reduce unplanned downtime and extend asset lifecycles. The system is designed to operate in real time and is compatible with different machine brands and industrial setups. Complementing this, Sustainability 4.X (Bereket 4.X) analyzes energy and resource efficiency by correlating sensor data across systems. It identifies idle equipment, inefficiencies and abnormal consumption patterns related to energy, water and emissions, enabling targeted operational improvements. By integrating edge communication, adaptive machine learning models, and industrial IoT infrastructure, NuManufacturing’s solutions can support data-driven decision-making and reduced waste of materials, spare parts and energy in manufacturing and industrial operations.

Optimimax is a Turkish technology company developing AI-based software tools to support sustainability and efficiency in textile manufacturing. The company focuses on addressing environmental impacts at the product design stage, where material choices and production parameters significantly influence downstream resource use and emissions. Optimimax’s solution, the EcoDesign AI Assistant, is an AI platform that enables real-time environmental impact forecasting and product-level life cycle analysis during the design process. The software analyzes carbon, water and chemical footprints across different design and production scenarios, supporting early identification of inefficiencies and environmental risks. It also includes anomaly detection capabilities to flag deviations in design workflows that may lead to increased waste or resource use. The platform is designed to integrate with existing enterprise systems, including ERP, MRP, MES and textile workflow systems, allowing manufacturers to incorporate sustainability metrics into established operational processes. EcoDesign AI Assistant supports supply chain-level and product family-level assessments, enabling comparative analysis and continuous improvement in low-impact product design. Optimimax’s solution is applicable to textile and apparel manufacturers seeking to align product development with ESG requirements, regulatory compliance and resource-efficient production practices.

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.

Parkera Arge Ve Sürdürülebilir Teknolojiler Ticaret Anonim Şirketi is an AI-powered parking platform designed to address urban congestion, fuel waste and infrastructure inefficiency caused by parking scarcity. By predicting parking availability in real time, Parkera helps drivers reduce their search time by up to 89%, cutting fuel consumption and minimizing emissions. The platform integrates dynamic pricing to incentivize the use of less congested spots, optimizing parking space usage and reducing the need for additional infrastructure development. Unlike conventional parking apps reliant on user reports or static data, Parkera uses machine learning to analyze historical patterns, traffic flow, and weather conditions to deliver highly accurate parking predictions. This improves urban mobility, enhances public health by reducing pollution, and promotes more sustainable urban environments.

Raymare is a Turkish agri-biotechnology company developing bio-based inputs for sustainable crop production. The company focuses on valorizing agricultural residues through circular economy approaches to improve resource efficiency and resilience in agriculture. Raymare’s innovation is a biostimulant derived from hazelnut shell extract, combined with a chitosan-based controlled-release system. Hazelnut shells, which are commonly burned for energy generation and disposal, are processed into a functional input that supports plant growth while reducing associated emissions. The formulation is designed to enhance crop performance under water-stressed conditions by improving water retention and nutrient availability in soil. The biostimulant incorporates nanotechnology to enable controlled and sustained release of active compounds, reducing nutrient leaching and degradation. This allows for prolonged nutrient uptake by plants and more efficient use of water and inputs over time. The solution is applicable across a range of crops and farming systems where drought stress, input efficiency and soil health are critical considerations. Raymare’s technology supports agricultural productivity while reducing reliance on synthetic inputs and promoting the reuse of agricultural waste. It also aligns with Türkiye’s Green Growth Technology Roadmap and the EU Green Deal objectives by promoting circular economy principles in agriculture.