The future of plastics in our hands
We develop a 100% biodegradable bioplastics, made from organic waste.
A sustainable and biocompatible solution that reduces the environmental impact.
Join us in reshaping the future.
Driven by Nature, Guided by Science
We’re a team of scientists, engineers, and environmental advocates committed to replace conventional plastics with biodegradable alternatives. Plastic isn’t the problem, its fossil origin and polluting after-life are. So we create next-generation bioplastics that begin with organic waste resources and return safely to the earth, protecting the planet and human health.
A pioneering bioplastic
in its category
From compostable packaging to industrial-grade applications, our bioplastics are designed for performance and sustainability. Explore our growing range of products built for real-world impact.
Packaging
For luxury (cosmetics), consumer (food) and industrial goods .
Agriculture
Mulch films and materials that biodegrade in the soil.
Textiles
Technical fibers and sustainable fashion applications.
Health & tech
Biocompatible to use in suture, drug carriers and implants.
Welcome to the next generation of plastics
BEO, a unique material
The first bioplastic produced entirely from organic waste, no fossil inputs.
Versatile & high-performance
Designed for demanding industrial needs and consumer expectations.
A material with a purpose
BEO is not just a product, it is a statement for a cleaner future.
100% biodegradable
Naturally compostable in soil, home, marine & industrial settings.
Technically competitive
Matches fossil plastics in strength, flexibility and processing performance.
Sustainability isn’t a feature—it’s our foundation
From waste to bioplastic in less than 24 hours
How does our transformation cycle work?
01
Organic waste is digested by bacterias
Specialized bacteria break down organic waste into short-chain volatile fatty acids (VFAs).
02
Bacteria accumulate PHA
These VFAs feed a second bacterial culture that stores PHA inside its cells.
03
PHA is extracted
PHA is extracted through a patented process, producing pure, high-performance bioplastic.
04
Formulation into BEO
PHA is formulated into tailored materials for client-specific applications.
01
Organic waste is digested by bacterias
Specialized bacteria break down organic waste into short-chain volatile fatty acids (VFAs).
02
Bacteria accumulate PHA
These VFAs feed a second bacterial culture that stores PHA inside its cells.
03
PHA is extracted
PHA is extracted through a patented process, producing pure, high-performance bioplastic.
04
Formulation into BEO
PHA is formulated into tailored materials for client-specific applications.
Let’s build a cleaner future together
Have a project in mind? Want to switch to bioplastics? Let us know a bit about yourself, and we will reach out soon.
©Benviro 2025