Genecis Bio
Genecis Bio, based in Toronto, Canada, specializes in converting organic waste into sustainable, biodegradable materials, offering an eco-friendly alternative to single-use plastics.
Services
Genecis Bio offers a circular economy solution for the beginning and end of life of products. The company specializes in transforming organic waste into sustainable, biodegradable materials. This process provides a responsible alternative to single-use plastics that maintains the same properties as traditional oil-based plastics. They work with businesses to incorporate PHA (Polyhydroxyalkanoates) and biomaterials into new product designs, thereby assisting in the transition towards sustainable products while minimizing environmental pollution and maintaining production costs.
Locations
Genecis Bio is based in Toronto, ON, Canada with a team size of 30. The company operates in various regions including Canada and America, offering options for remote or partly remote working models. This makes it flexible in terms of personnel and operations, allowing the company to adapt to different geographical and workforce needs.
Industry
Genecis Bio operates within the Industrials sector, specifically within the sub-industry of Manufacturing and Robotics. The company focuses on creating innovative solutions that integrate advanced manufacturing techniques with cutting-edge biochemical processes.
Y-Combinator Participation
Genecis Bio was part of the Y-Combinator W20 batch. This association with Y-Combinator, a notable startup accelerator, indicates a level of credibility and growth potential in the company's early stages.
Sustainable Alternatives
The biodegradable materials provided by Genecis Bio aim to replace traditional oil-based plastics. Their PHA plastics are versatile and can be tuned for both rigid and flexible applications. This makes them suitable for a wide range of products including automotive parts and softer textiles. By offering these alternatives, Genecis Bio helps businesses reduce environmental pollution without significantly increasing production costs.
