- Client
Bioibérica
- Project
Obtaining microbial functional products through the revalorisation of by-products
- Improvements
- Volumetric Productivity Increase +324%
- Increase in Global Yield +418%
- Reduction in average cost of cultivation -25%
- Various significant Operational Improvements
- Client
Reference company in the biotechnology sector
- Project
Improvement in the alternative protein production process through fermentation in Fed-Batch mode from microbial biomass
- Improvements
- Volumetric Productivity Increase +273%
- Increase in Global Yield +525%
- Reduction in average cost of cultivation -65%
- Various significant Operational Improvements
- Client
Multinational leader in the commercialisation of agricultural inputs
- Project
Optimisation of the production and sporulation of Bacillus with biostimulant activity
- Improvements
- Volumetric Productivity Increase +1.525%
- Increase in Global Yield +71%
- Reduction in average cost of cultivation -45%
- Design of a high-capacity Fermentation Plant adapted to the client
- Client
Major start-up in the Foodtech sector
- Project
Product development for animal feed based on the fermentation of Rhizopus oryzae fungus
- Improvements
- Volumetric Productivity Increase +112%
- Increase in Global Yield -45%
- Reduction in average cost of cultivation -50%
- Fed-Batch production strategy development
- Client
Enzycl03
- Project
Enzycl03 Project "Enzymatically recyclable and biodegradable polyurethane foams through innovative chemical formulations and ozonation processes".
End date: August 2025 / Proceedings code: CPP2021-008800
- Target
El objetivo principal del proyecto EnzyclO3 es reciclar enzimáticamente espumas de poliuretano flexible, mediante dos estrategias combinadas: el desarrollo de nuevas formulaciones de espumas de poliuretano flexible biodegradables y el desarrollo de tratamientos de oxidación.
- Results to be achieved
- New flexible polyurethane foams with improved biodegradability.
- A process of recycling and recovery of polyurethane foams from a combined method of ozonation and hydrolytic enzymes.
- Call
Public-private collaboration project 2021 convened by the State Research Agency (AEI) within the State Program to Promote Scientific-Technical Research and its Transfer under the State Plan for Scientific and Technical Research and Innovation 2021-2023 (PERTE ).
