waste minimization

Sustainable Closed-Loop Metal Extraction Technology

pH7 is a startup focused on technologies centered on the extraction and recycling of critical metals essential for the transition to renewable energy. The proprietary, near-net-zero environmental impact technology transforms mining, recycling, and manufacturing operations into sustainable, eco-friendly processes. By using the novel science of solvometallurgy and complementary techniques, pH7 provides scalable solutions for minimizing waste, emissions, and resource consumption in the recovery of valuable materials.

Core Technology and Applications

NEXBTL™ Technology for Renewable Diesel and Sustainable Aviation Fuel

Neste is a company that produces renewable diesel and sustainable aviation fuel through its proprietary NEXBTL™ (Next Generation Biomass to Liquid) technology. This innovative platform allows the company to convert a wide variety of renewable fats and oils into premium-quality products, such as renewable fuels and feedstocks for polymers and chemicals.

Circular Economy: Policy Making for Traceability of Chemicals along Value Chains

In the EU Interreg project ECHT, actors along the textile value chain (H&M, LIST, Inditex, Puma, Team2, etc.) are convinced that the traceability of chemicals in their products is an essential prerequisite for meeting the objectives of the Sustainable Textiles Strategy. As part of the project, roadmaps for the implementation of chemicals traceability in the industry will be developed – complemented by a policy action plan.

All in One™: Stem Cell Extract from Aloe Vera

TheGreen Cell is a scientific research and development company that uses stem cell technology to harness the power of plants through advanced molecular biology and genetics. The company has developed proprietary methods to isolate wild plant stem cells in culture and upscale their growth to commercial levels while preserving their unique properties. Among its products is All in One™, an Aloe stem cell extract that is entirely sustainable and free from artificial ingredients or preservatives.

Mechanochemistry-applying the principle of green chemistry toward sustainability

In the following article we present a brief overview of the concept of mechanochemistry, a description of the history of the development of the concept, applications in organic synthesis, types of equipment, and advantages and disadvantages.

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