Your company provides the design specifications and requirements and we collaborate to define your project's scope.
Together, we assess the core competencies required to design and develop your project and if there is a fit, we assemble a multidisciplinary, customized team to address your project's scope.
Together, within the context of a Memorandum of Understanding (MOU) or a Joint Development Agreement (JDA), we co-develop and test a scalable technical pathway to address your sustainably-sourced, product development needs.
We provide research and development services that are augmented by new tools.
The petrochemical industry’s technologies are fully developed and it is difficult to compete with their pricing. However, cost-competitive materials can be produced using biological closed loop systems.
If your company is committed to making a long-term investment in sustainability, new material efficiencies will need to be optimized-- we can help.
We offer a collaborative infrastructure for research and development that uses the tools of synthetic biology to develop technologies to create new monomers and functionalized biosynthetic polymers, additives and treatments for new types of sustainably-derived materials.
We partner with manufacturers, brands, non-profits, and universities in a collaborative process to develop synthetic biology solutions that address industry pain-points related to the growing demand for the safe and efficient use of energy and natural resources as well as the responsible delivery of new industrial products that protect human and environmental health.
We are focused on customer needs in the gradual transition from petroleum-based chemistry manufacturing to industrial biology over the next five to ten years. We believe that the industrialization of biology for chemical manufacturing can best be achieved via partnerships between multiple stakeholders.
We have experience working with B2B consortia and 3rd party certifiers/standards organizations to understand sustainable supply chain requirements as well as product performance needs. We offer chemical market knowledge with access to chemical industry collaborators.
We've assembled a team of research scientists and designers that are situated at the center of the digital lab. We develop frontier technologies with an understanding of the emergent paradigms in advanced materials.
In this project, we are using the tools of synthetic biology to yield efficiencies in the bio-manufacturing of natural-oil polyols, which will enable the development new types of functional bio-derived polyurethanes.
From a business development perspective, we are exploring partnerships to develop polyurethanes for specialty foams with functional characteristics.
