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.

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.

Shipsider is a maritime technology company that develops digital solutions for the management of commercial freight operations. The company provides a software-as-a-service (SaaS) platform designed to support small and medium-sized shipping companies in managing operational, financial and regulatory aspects of maritime transport. The platform consolidates processes such as pre-fixture calculations, carbon sea freight estimation, post-fixture operations, laytime and demurrage, EU ETS freight carbon tax accounting and charter party management into a single modular system. Tailored for small and medium-sized shipping firms, Shipsider enables real-time voyage tracking, loss tonnage minimization and carbon emissions compliance. Its generative AI engine supports decision-making without the need for multiple software tools, enhancing efficiency and reducing costs. Co-founded by maritime professionals and software engineers, the company is part of Turkey’s Bilişim Vadisi Tech Zone and has been recognized under the UN Women Entrepreneurship Programme. Shipsider’s system is designed to streamline freight logistics, improve data accuracy and support more sustainable maritime operations.

Sumatrix Biotech is a Turkish biotechnology company developing bio-based materials and systems through microbial fermentation, with applications spanning sustainable agriculture and circular biofabrication. The company focuses on replacing resource-intensive and non-biodegradable materials with biologically derived alternatives compatible with existing production infrastructure. One of Sumatrix Biotech’s technology applications is BacTexture, a leather-alternative material produced from bacterial cellulose through controlled fermentation processes. The material is developed as a substitute for animal- and petroleum-derived leather, without the use of synthetic binders or dedicated new manufacturing infrastructure. BacTexture is produced using optimized chemistry within established fermentation systems, enabling reduced water and energy use while supporting scalable production. The resulting biofabricated material is intended for use in fashion, design and other surface-material applications where durability and material performance are required. By addressing both environmental and ethical challenges in the leather industry, Sumatrix offers a low-impact material with high mechanical performance, suitable for sustainable applications in fashion and design.