Plastic field background

Redesign Plastic Waste with Advanced Biosolutions

Using cutting-edge synthetic biology and metabolic engineering, we transform engineered microorganisms into living factories that break down plastic polymers and convert them into high-value materials—from bioethanol to pharmaceutical substrates— revolutionizing the circular economy.

Discover Our Technology Partner With Us
10x
Lower CAPEX
60%
Recycling Cost Reduction
75%
Degradation Efficiency
PE & PET
Plastic types (current prototype)
Scroll to explore

Pioneering the Future of Sustainable Materials

We're a deep-tech spin-off company on a mission to solve the global plastic waste crisis through cutting-edge synthetic biology and metabolic engineering.

Our Mission

Our mission is to turn plastic waste into valuable products—such as bioethanol for the renewable energy sector and industrial substrates for chemical and pharmaceutical value chains—accelerating the transition to a circular economy.

Our Vision

Our vision: make plastic upcycling inevitable. Engineered microbes, industrial scalability, premium product streams.

Our Approach

Combining synthetic biology, AI-driven protein design, and bioengineering to create scalable, economically viable solutions for plastic upcycling.

Engineered Microbes, Extraordinary Results

We break down plastic waste and upcycle it into valuable products through a scalable, biology-driven process.

Plastic Waste

Low-value PE & PET that nobody wants

➔
Engineered Microbes

The living factories that break down waste

➔
High-Value Products

Cosmetic & pharmaceutical materials

01

Plastic Collection & Pre-treatment

Contaminated plastic waste is collected and undergoes minimal pre-treatment, reducing energy consumption and processing costs.

02

Microbial Degradation

Our engineered microorganisms break down complex plastic polymers into simpler molecular building blocks through optimized enzymatic pathways.

03

Biosynthesis & Upcycling

The same microbes convert these building blocks into high-value products: bioplastics, chemicals, materials, and even proteins.

04

Product Recovery

Final products are extracted and purified, ready for industrial applications while maintaining carbon-negative operations.

Founders

A multidisciplinary team of scientists, engineers, and entrepreneurs committed to solving the plastic waste crisis.

Prof. Krzysztof Wabnik

Krzysztof Wabnik

Co-Founder

Expertise
Professor of Protein Engineering — Universidad Politécnica de Madrid, ES

Experience
Bioengineering, computational biology, synthetic biology
Leading successful research team for 8 years

Fernando León Fernández

Fernando León Fernández

Co-Founder

Expertise
Degree in Biology with specialization in Biotechnology. Master Degree in Plant Biotechnology and Bioengineering.

Experience
Molecular Biotechnology, Industrial Biotechnology, Plant Biology

Get In Touch

Let's Build a Sustainable Future Together

Interested in partnering, investing, or learning more about our technology? We'd love to hear from you.

Location

Madrid
Spain