Municipal waste generation globally has increased 3-5 percent per year since year 2000.
Material waste are being disposed
at an alarming rate accelerating the
pollution of our world 's ecosystems.
Unsustainable practices and increasing waste generation calls for a shift of focus towards sustainability and alternative materials.
To achieve a circular economy that focus on Reducing, Reusing, and Recycling, biomaterials arise as a promising candidate.
Spider silk is an unmatched natural material known for its exceptional mechanical properties and versatility.
However, spider silk production faces many challenges surrounding the lack of sequence understanding and standardized procedures.
That's why we developed SAC, an AI-powered platform for carbon-sequestering spider silk production that features GPSS, our software tool that generates tailored silk sequences.
The generated spider silk are produced sustainably using a bioreactor that utilizes industrial waste as carbon source. Our carbon-sequestering model captures carbon and offer economic benefits to companies through carbon-offsets.
We rigorously test and produce high-quality recombinant spider silk, ensuring its efficiency and scalability for various medical and industrial applications, promoting a greener, circular economy.
