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Innovia GEO develops geothermal heating and cooling systems to decarbonize building energy use by leveraging natural thermal energy from the ground. It offers integrated in-ground heat exchangers embedded in structural foundations, smart monitoring systems, and design approaches grounded in research. The company serves property developers, building operators, and remote communities seeking cost-effective, low-emission thermal energy for both new construction and existing buildings.

Mycocycle is an environmental remediation company that specializes in decarbonizing waste streams through the innovative use of fungi in a process known as mycoremediation. By employing engineered ecosystems, Mycocycle treats waste materials to produce a non-toxic biomass that can be repurposed for the manufacture of new products. The company's services are particularly beneficial to waste management companies, landfill operators, material recycling facilities, and manufacturers seeking to implement closed-loop processes. Mycocycle's technology diverts toxic materials from landfills and enables businesses to reuse feedstock in manufacturing or recycle it for various applications, thereby promoting sustainable waste management practices.

Aqualitas specializes in developing a modular water quality monitoring system that operates continuously and requires minimal maintenance. Their platform allows customers to select specific physicochemical parameters for monitoring, while the system utilizes self-diagnosis and automated processes to streamline operations. By leveraging Internet of Things (IoT) technology, Aqualitas collects real-time water quality data, which is analyzed and transformed into actionable insights delivered to users through a software-as-a-service (SaaS) platform. This approach eliminates the need for an initial investment in equipment, enabling customers to expand their monitoring capabilities as their needs grow. Aqualitas's use of artificial intelligence and machine learning further enhances the system by ensuring sensor operational stability and automatic calibration, ultimately resulting in lower costs and improved efficiency for industries reliant on accurate water quality data.

Applied Bioplastics develops bioplastic products to reduce petroleum dependency by providing affordable high-grade recycled and plant-based plastic alternatives. The company sources sustainable plant matter from developing nations to lower costs without sacrificing quality, addressing the economic barriers to adopting recycled plastics. Its materials combine plant fibers with standard, recycled, or biobased polymers and can be injection molded or extruded into a range of items, enabling industries to substitute petrochemical feedstock with carbon-negative plant material and helping reduce carbon emissions and habitat destruction associated with traditional plastics.

EExion develops high-energy density, low-cost lithium and sodium metal rechargeable batteries using organic molecule-based electrode technology. These sustainable batteries offer thousands of cycles without requiring solid-state electrolyte, surpassing the limitations of traditional lithium-ion batteries. The company focuses on energy storage and light mobility markets, aiming to reduce Levelized Cost Of Energy by 50% for short-term projects with a bill of material cost of $25 per KWh.

Cian is a automation platform that focuses primarily on liquidity staking token yield opportunities.