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Tereform is a company that operates in the chemical engineering, manufacturing, and recycling industries. The company's mission is to enable textile-to-textile recycling, addressing the issue of textile waste. Tereform combines various technologies and processes to achieve this goal. The company is particularly focused on promoting circularitywithin the fashion and textile industries, aiming to reduce the environmental impact of these sectors.

Mitico offers state-of-the-art services and equipment to capture carbon dioxide (CO2). Our patent-pending granulated metal carbonate sorption technology (GMC) developed at Caltech captures over 95% of the CO2 emitted from post-combustion point sources (flue gases), including gas-fired power plants and boilers, and waste-to-energy andbiomass-to-energy facilities. We are able to enable carbon capture, utilization, and storage (CCUS) as a service at a low cost.

Zafrens is a drug discovery company that develops life sciences products that allow full characterization of diverse cell populations. The company's platform specializes in generating insights at the interface of biology, chemistry, and engineering.

Sunthetics enables process chemists in pharma to develop electrochemical lead molecules in 1/10th of the time. Electrochemistry has many operational, cost, and sustainable benefits such as using 40% less energy, avoiding toxic chemicals and waste, and enabling new types of molecules.

Copernic Catalysts designs novel zero low-carbon technologies that are also compatible with the existing economics and structure of the chemical industry and the developed catalysts and processes facilitate the production of sustainable chemicals and synthetic fuels, enabling businesses to improve their energy requirements, bringing down the cost of production and open the door to low-cost zero-carbon chemicals.

Lithios uses applied electrochemistry for advanced extraction from tough mixtures, enabling industries with systems that enable low-cost, selective extraction of lithium from untapped brine resources using sustainable electrochemical methods.

Phlair specializes in building a scalable carbon capture technology that captures carbon dioxide from ocean water using an electrochemical approach, turning captured gases into rock carbonates for safe and permanent storage, helping industries to become more energy-efficient with good carbon credits.

Aepnus Technology manufactures low-cost electrolysis equipment which is used to electrify and decarbonize the production of commodity chemicals needed to transition to a carbon-free industry, enabling companies to manufacture electrified chemicals for a carbon-free future.

Greentech startup cylib is on a mission to revolutionize how lithium-ion batteries are recycled in Europe, making the process more efficient and sustainable.

Captura is a Direct Ocean Capture company that develops a carbon capture system to catch scalable carbon from the atmosphere. It develops cost-competitive carbon dioxide capture and sequestration technology to extract it from ocean water to meet the rapidly growing demand in the credit market.

Elevated Signal encompasses seed-to-harvest compliance record keeping, inventory tracking, cultivar-specific workflow management, and improved-resolution environmental monitoring linked to plant IDs, enabling clients to prepare audit packages rapidly and keep their customers in GMP compliance.

Zafrens is a drug discovery company that develops life sciences products that allow full characterization of diverse cell populations. The company's platform specializes in generating insights at the interface of biology, chemistry, and engineering.

L-Nutra products are made from healthy natural ingredients that nourish the body while keeping it in a fasting mode and promote positive long-term effects on biological aging, health, and a variety of other factors, helping consumers to manage body weight and improve health.

EnergyX are primarily focused on novel lithium extraction and solid-state battery technologies, enabling clients to decrease the price of lithium production by optimizing the extraction process.

Immaterial nanomaterials are super-adsorbent and can be put inside a gas tank to increase the storage capacity at the same pressure and in the same volume, enabling gas companies to reduce the cost of separating, storing, and transporting gas.

Nuada combines metal-organic frameworks with proven industrial technology to reduce the energy penalty associated with carbon dioxide capture and eliminate the key barriers to mass adoption of carbon capture, allowing clients to easily decarbonize heavy industries via its point-source capture technology.

Carbon Recycling International produces renewable methanol from carbon dioxide, hydrogen, and electricity for energy storage, fuel applications, and efficiency improvement. This enables users to produce renewable methanol from carbon dioxide and hydrogen for more sustainable fuels, chemicals, and products.

Hyfe uses fungal fermentation to upcycle waste used in food manufacturing and produce cost-competitive essential goods for multiple industries, enabling the food industry to reduce its carbon footprint.

Novalith Technologies actively uses and sequesters carbon dioxide to deliver a low carbon, sustainable method to lithium chemistry synthesis, allowing clients to significantly cut production costs, improve sustainability outcomes, and ultimately revolutionize the worldwide battery supply chain.

Energy Exploration Technologies services are primarily focused on novel lithium extraction and solid-state battery technologies, enabling clients to decrease the price of lithium production by optimizing the extraction process.

The BrightSpec spectrometer uses Molecular Rotational Resonance (MRR) spectroscopy to assess mutagenic contaminants, quantify the residual solvent content of polar solvents, and trace tiny polar impurities in industrial gases and other samples. This method allows chemical makers to more effectively examine complicated combinations without the use of chromatography.

CheMastery technology offers automation systems for chemical laboratories to streamline the production, R&D, and development processes in the chemical industry, empowering scientists in the chemical industry to conduct science that is resilient and efficient.

Simplifyber is a creator of fully-molded garment and shoe uppers made directly from a cellulose-based liquid.

Group14 Technologies is a battery storage technology company that develops silicon-carbon composite materials for lithium-ion markets.

DiviGas developed a new process for manufacturing membranes which has yielded vastly superior results to what a membrane can do.