“If you really believe that the environment is less important than the economy, try holding your breath while you count your money”

Dr. Guy McPherson

Biomaterials/

New materials for a sustainable future

From derivatives and organic waste we obtain raw material, which is transformed through molecular technology, green chemistry processes and Artificial Intelligence into a biopolymer with high added value.

Our development is a model in efficiency and environmental responsibility.

Our goal is to introduce technical, efficient and sustainable materials to the market. Making viable the reduction of the impact by industrial activity caused.

Focused on the development of intelligent biopolymers, which provide useful active substances in agriculture, biomedicine and other technological sectors.

DAN*NA, our technological partner, is specialized in bioengineering and is dedicated to the development of advanced biopolymers and biomaterials for the latest generation of Technology Sector and Agriculture.

Technological Sector/

LCA y LCC analysis

Reciclaje Químico

Reciclaje o recuperación de desechos en subproductos valiosos
Uso de bioproductos y química verde para el desarrollo de elementos sostenibles.

IMPACTO- Monitorización en tiempo real

LCA – Life Cycle Assessment . Identificación de oportunidades para adaptar estrategia circulares o más sostenibles. Basado en la ISO 14044:2006
LCC – Life Cycle Costing. Basado en la ISO 15663:2000

lca y lcc analysis

Projects in 5G Electrification, Tissue Regeneration and 3D Printing.
Proprietary technologies in molecular biotechnology, green chemistry, A.I, and machine learning.
Markets: Electronics, Biomedicine, Cosmetics, Construction, Textile, Mobility.

State-of-the-art agriculture/

Sustainable innovation for your company

Biodegradable and biocompatible labels and ties

Alternatives to plastic support for cultivation.
Control by the biodegradation of the bioplastic according to the crop.

Integrated Fight

Release of pheromones, larvae, bacteria, bio stimulants or bio defensive in a slow and controlled manner.
Antimicrobials against a wide range of phytopathogens.
Bioplastics with charge released during their degradation.
Nanoparticle, bio fillers, etc.

biodegradable beacons

Soil control, moisture, pH, temperature.
Detection of microorganisms, pathogens.
Control of crop stress, soil health, the biological state of plants, …
Real-time control of the conditions of the crop and the state of the soil and the plantation.

Bio-activated substrates

Efficient floors.
Bioactive hydrogels.

SEE OPTIONS

Projects/

We have collaborated in the following projects

Valuation of CO2 emissions in BIO-Industry

Joint project: Investment € 6.6 million - EU H2020-FNR-2020-2

We develop and optimize technologies to convert CO2 into different types of chemicals that are used for various uses, in our case bioplastics for 14 partners.

Industrial CO2 reuse

It is an EU Horizon 2020 project, endowed with € 6.9 million.

Set of techniques that use biological processes to reuse CO2 from iron, steel, cement and electrical energy industries to produce value-added chemicals and bioplastics.

It is made up of 18 partners in 8 countries.

Dairy waste recovery

Development of a biotechnological process to valorize dairy waste in bioproducts
such as lactic acid and PHA.
Circular economy - Waste recovery

Biomaterials for the regeneration of bone tissue

Development of a bioactivated biomaterial for use as a platform for 3D bioprinting, for the regeneration of bone tissue.
Biomedicine - 3D Bioprinting

Biomaterials for cartilage regeneration

Cooperative project: Budget € 5.2 million Spain CDTI MISSIONS Industrial research of new technologies for the personalized treatment of knee osteoarticular pathologies through Artificial Intelligence and cellularized implants generated by 3D bioprinting. It is made up of 11 partners.

Technical bioplastics: electronics

Development of a technical bioplastic with electrical conductive properties, to be used as an electromagnetic interference (EMI) barrier for these electronic systems.

Electronic safety and sustainability

Development of hydroponic bioplastics

Development of a substrate to be used in hydroponic crops to improve the
crop efficiency. Reduce water stress

Hydroponics - Smart Substrate

Marine bioplastics

Development of a bioplastic to be used in a marine environment, biodegradable
and with physical resistance.

Clean oceans