Black is the new Green
what is our challenge?

the carbon in all its forms and applications!

sustainable advanced materials from the use of agricultural and industry waste creating value and new business models based on circular economy

Use of industry waste in a sustainable and profitable way

We help our clients find new business opportunities from the recycling and recovery of materials and waste; creating high value products such as green H 2 , biogas, biofuels, bioplastics / biopolymers, 3D carbonaceous structures, biographene, polyphenols, etc.

State-of-the-art materials for technology companies

Materials engineering manages to improve the performance of the product through changes or modifications of the material. We create composite biomaterials from biobased polymers, biographene, natural fibers, etc. We confer different properties to composite biomaterials such as resistance, conductivity, thermal stability, sensitivity to stimuli, hydro-thermo-photochromicity, photoluminescence, etc.

waste use

We believe in recycling and recovery as the basis for designing and manufacturing more sustainable products and making industrial processes more efficient.

Waste characterization

To determine where or for what a waste or by-product can be used, it is necessary to know its composition and properties. Therefore, in the first place, it is necessary to carry out a characterization and analysis of the chemical composition to evaluate it.

Selection of recovery technology

We look for applications and identify opportunities and carry out a diagnosis of the possible recovery routes: pyrolysis, HTC and others configured from our know-how. We study the transformation process or the adaptation of the technology to reintroduce the waste into the value chain.

We create high value materials

Biofuels, biogas, H2 Green
Activated carbon, 3D graphite / graphene structures, biographene
Bioplastics, biopolymers,
Polyphenols, oleuropein, etc.

Tests and prototypes

We elaborate the formula to manufacture the new product and we test it. We carry out concept tests, demonstrators and prototypes in our laboratory to verify that the recovered product is suitable and that it meets the necessary requirements.

Industry Integration

Once the recovery has been carried out on a laboratory scale, it is necessary to design the industrial extraction process that will be carried out. Our engineers will be able to carry out from the selection of the industrial equipment, the design of the plant and all the necessary process.

Synergies. Do you need a partner?

We help you to establish collaborations and synergies to industrialize the project, in the search for business partners, suppliers and potential customers who find it beneficial to incorporate this waste into their production process.

materials engineering

We develop new materials, new functions. Eco-innovation, tests and quality

Materials engineering adds value to your product by improving its performance and incorporating new functions. In addition, it allows you to solve quality problems and predict possible failures. We create composite biomaterials from bioplastics, biographene, natural fibers, etc.
We confer different properties to composite biomaterials such as resistance, conductivity, thermoresistance, sensitivity to stimuli, hydro-thermo-photochromicity, photoluminescence, etc.

technology sectors

Carbonaceous 3D and allotropic structures of carbon, biographene. Polymeric Materials & Coatings, for Energy Storage. High performance composite biomaterials.

our typical R+D+i project

We manage CDTI grants

We analyze the waste from your activity and define the ideal process for the recovery of said by-products, establishing in turn which would be the ideal new products to establish in your value chain. We establish the technical proposal for CDTI and collaborate in obtaining aid for R&D projects. If it is a collaborative project, we look for the necessary companies to complete national or international cooperation projects. In this case, it is essential to have companies, preferably finalist SMEs, that is, that use the final product or its elaborations for the B2B or B2C market.

Later we continue collaborating by carrying out the necessary proofs of concept and the scaling plan. We build with our partners the basic engineering project as well as the business plan. We help to find the necessary financing and, where appropriate, we get involved in the business.