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We collaborate with industry leaders to create eco-friendly chemistries, delivering high-performance, sustainable solutions for diverse applications.
Soarce has joined forces with Sevengardens, a global network under the non-profit atavus e.V. that empowers individuals of all ages to harness the power of nature in creating natural colorants for diverse applications, fostering creativity, education, and sustainability. Together, they have merged cutting-edge chemistry with the art of natural colorants to create their first collaborative innovation, 'The Dyer's Child Ink Kit'. This kit combines plant-based lake pigments with TeraSolv™ to produce concentrated inks, offering a versatile solution for painting and creative expression. This partnership seamlessly blends tradition and innovation, redefining the future of sustainable artistry.
We’re thrilled to announce that the University of Maine (Umaine) will soon stock our seaweed-derived nanocellulose, Seabind™, empowering researchers and innovators to unlock its transformative potential. As a global leader in nanocellulose research, UMaine's Process Development Center (PDC) is at the forefront of advancing cellulose nanomaterials for industrial and academic innovation.Through this partnership, our chemistries will be accessible to labs of all sizes—from independent researchers to major corporations—driving exploration into groundbreaking applications, including catalysts for batteries, bone scaffolds, composites, and more!
Discover the technology that makes it all possible: our TeraSolv™—a game-changing alternative to traditional solvents for cleaner extraction and superior material enhancement. Made by combining industrially available natural resources like sugars, mineral, or organic acids, our solvents are engineered to perform with minimal environmental impact. Whether it's separating cotton from polyester, isolating biopolymers from biomass, or imparting unique chemistries, our refining solvents are designed for it.
This formulation follows the same process as Seabind, with further enhanced functionality. After reducing the cellulose biopolymer particles via high-shear mixing, inorganic nano-ceramics derived from natural minerals are homo genously dispersed within the nanocellulose. This integration gives the nanocellulose superior performance characteristics over Seabind,including fire resistance, UV/IR reflectance, electrical insulation, thermal conductivity, and more.
Learn MoreDiscover the technology that makes it all possible: our refining solvents—a game-changing alternative to traditional solvents for cleaner extraction and superior material enhancement. Made by combining industrially available natural resources like sugars, mineral, or organic acids, our solvents are engineered to perform with minimal environmental impact. Whether it's separating cotton from polyester, isolating biopolymers from biomass, or imparting unique chemistries, our refining solvents are designed for it.
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