Bioplastix
case study
More affordable bioplastics with improved properties produced in genetically modified organisms
Pre-Seed
Cuernavaca, México
Buenos Aires, Argentina

What's the Problem?

Bioplastics account for only 1% of the total plastics market. Scaling up their production is essential for ensuring sustainable development. The main barriers are their higher prices compared to traditional plastics, limited biodegradability, and lack of mechanical properties to meet all application needs. For example, the most widely used bioplastic, PLA, is 60% more expensive than its traditional counterpart, PET, and is only biodegradable if processed in industrial composting facilities. Due to its natural rigidity and tendency to break under stress, it is challenging to use PLA in flexible packaging such as supermarket bags or wrapping films. Currently, PLA production involves both a biological and a chemical step, with high purification costs.

Bioplastix
Bioplastix
Bioplastix
Bioplastix

How are they Solving it?

Using genetically modified microorganisms, we are developing an innovative process that will enable the production of PLA in a single biological step, effectively cutting production costs in half. This approach not only simplifies PLA manufacturing but also makes it easier to combine with other biopolymers or chemical compounds, significantly enhancing its final properties.

MicroIN

Next Startup

MicroIN