Imagine a world where plastic is plant food. 

A world where the plastic juice bottle you toss into the bin has a life ahead of it that you might never have imagined. Made from compostable bioplastic, it can fertilise nutrient-starved soils and help drawdown carbon. If it lands up in the ocean, it degrades into food for fish. Rather than another piece of pollution, it is a bundle of nutrients. 

Abundant biomass - unavoidable food waste, regeneratively farmed seaweed and mycelium - feeds this new materials economy which generates sustainable alternatives to plastics, textiles, and other FMCGs. This type of regenerative economy can enrich communities around the globe and incentivise net-positive value chains. 

Materiom - growing the regenerative materials economy

Agriculture & Farming

Biotechnology

Consumer Goods

Materials

Renewable Energy

Sustainability

Materiom

Alysia Garmulewicz

John Warner

Ian Deweerdt

Alan Gershenfeld

The Engineering Team at Materiom leverages advanced AI and machine learning techniques to develop innovative bioplastic materials from abundant biomass. They design and implement software solutions to optimize the material formulations and production processes. By harnessing data-driven insights and cutting-edge technologies, they play a pivotal role in advancing the company's mission to create a regenerative materials economy.

Engineering Team

Leadership Team

Engineering Team

About

Team members

Other teams at Materiom

Leadership Team