Faceplate develops data-driven digital tools for optimizing operational processes, improving energy efficiency, and enhancing business management. The solution minimizes environmental impact by reducing resource losses and implementing a digital approach to management.

The Science and Technology Water Center project focuses on wastewater treatment and biological restoration of water bodies using microalgae. The solution helps eliminate mass fish contamination, reduce greenhouse gas emissions, and improve water quality without the use of aggressive chemical reagents, providing an environmentally sustainable approach for industrial and municipal facilities.

Murat Beton Technology develops fiber–slag–sulfur concrete (FSSC) produced using oil sludge and sulfur waste. The material does not require water during production, recycles industrial waste, and demonstrates improved environmental and performance characteristics compared to conventional concrete.

Kaz-REEcycling processes end-of-life computer hard drives to extract and reuse rare earth metals such as Nd, Pr, and Dy. The project reduces the environmental burden of electronic waste and supports the development of a circular economy.

Smart Energy Solutions develops an energy efficiency platform that applies machine learning algorithms to analyze large volumes of data. The solution integrates with smart meters, helps identify inefficient energy consumption, and reduces electricity losses.

Natixar is a deep-tech company developing digital solutions for the traceability, decarbonisation and operational intelligence of critical raw materials and industrial supply chains. Its platform combines artificial intelligence, blockchain, IoT and satellite Earth observation to create verifiable digital records of a material’s origin, transformation, carbon footprint and chain of custody. Natixar enables companies to trace minerals and industrial products from production to the final product while securely connecting operational, environmental and supply-chain data.

Key applications include batch-level carbon accounting, Digital Product Passports, CBAM compliance, mineral traceability, satellite monitoring of mining operations, and AI-based analysis of operational and environmental risks. Natixar works with industrial and mining partners on pilot projects in Europe, Africa, Latin America and Asia. Its technology is designed particularly for critical minerals, metals, mining, manufacturing and other complex supply chains where trusted data, regulatory compliance and proof of origin are becoming strategic requirements. Natixar’s ambition is to provide industries with a trusted digital infrastructure connecting physical materials to verifiable data throughout their lifecycle.

DIGITAL STAR ALLIANCE specializes in rainwater harvesting and saving systems. The problem they solve is the growing global water scarcity, exacerbated by climate change and rapid urbanization, leading to a critical need for sustainable water management solutions. Their systems help businesses, residential areas, and industries capture and store rainwater for non-potable uses, reducing reliance on traditional water sources and lowering water bills. The problem has been validated by customers in regions facing water shortages, high utility costs, or environmental regulations. Feedback from municipalities, eco-conscious homeowners, and industries like agriculture and construction confirms the demand for cost-effective, eco-friendly water-saving solutions, demonstrating a willingness to pay for sustainable water management technology.

CoPack is an innovative circular economy project developed by R.Com.Production LLC in Moldova, focused on transforming cotton and textile waste into biodegradable molded-fiber packaging as a sustainable alternative to conventional plastic packaging. The project addresses two major environmental challenges: the growing volume of textile waste and the continued dependence on fossil-based, single-use plastics.

CoPack combines waste valorization with resource-efficient manufacturing, including water recirculation and solar-assisted air drying to reduce energy consumption and greenhouse gas emissions. The project aims to demonstrate a scalable low-carbon production model that creates economic value from waste while supporting Moldova's transition toward a circular and more sustainable economy.

CoPack was selected as a winner of GCIP Moldova 2024 and received grant support for project development and pilot implementation. The project has also participated in PFAN and is currently progressing toward pilot production, with the first production equipment being procured. In the future, CoPack aims to scale production, replace plastic packaging, create green jobs, and expand its sustainable packaging solutions to regional and European markets.