tattva.uk is developing a solid-state photosynthetic biomanufacturing platform that programs biological cells to grow high-performance industrial materials under ambient conditions. The company aims to replace extractive, energy-intensive manufacturing processes with biology-driven production that decarbonizes material supply chains. Their platform leverages photosynthetic organisms to convert abundant inputs into complex material structures, targeting applications across industrial sectors.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial materials are currently produced through extractive, energy-intensive processes that generate significant carbon emissions and deplete natural resources. This conventional manufacturing approach cannot meet future performance requirements or sustainability standards, creating an urgent need for alternative production methods.
Solution
tattva.uk is building a solid-state photosynthetic biomanufacturing platform that directs and programs biological cells to grow high-performance industrial materials. The platform leverages living systems' natural ability to construct complex structures using abundant inputs and ambient conditions, eliminating the need for high-energy processing. By harnessing photosynthesis, the company enables biological growth to produce materials with properties comparable to or exceeding those made through conventional manufacturing. This biology-driven, general-purpose platform aims to solve critical material production problems while unlocking new capabilities that traditional methods cannot achieve.
Target Audience
Primary customers are industrial manufacturers and material producers seeking sustainable alternatives to energy-intensive production methods, as well as construction, automotive, and consumer goods companies looking to decarbonize their supply chains.
Features
- Solid-state photosynthetic biomanufacturing platform that grows materials directly from biological cells
- Ambient-condition production process requiring only abundant natural inputs, eliminating energy-intensive processing steps
- General-purpose platform designed to produce a wide range of industrial materials across multiple sectors
- Programmable biological growth system that directs cells to create complex, high-performance material structures
- Decarbonized manufacturing approach that sequesters carbon during the production process