Area: Advanced Materials

Development of new biocompatible formulations for additive manufacturing in tissue engineering scaffold applications – BioScaff3D

New bio-compatible formulations are developed for additive manufacturing in scaffold applications to support bone growth and their internal structure is optimised to promote cell proliferation.

Applicability of the use of chemical markers for the discrimination of black coloured plastics during the recycling of children’s products- TRACER

A research project in which chemicals, called markers, are used in the development of new plastic formulations. Simultaneously, a tailor-made vision system is being developed to detect and read the presence of these markers in the sorting plant and, consequently, to facilitate their sorting for the recycling of black plastics.

Industrial research of new clean etching solutions free of hazardous waste generation – METNET

A study is carried out to find new technological solutions for coating plastic surfaces with a metallic material, avoiding the use of dangerous chemical substances

CIRCVET, circular economy practical training materials for plastic manufacturing industries

Plastic economy has been based from its start in linear managing producing overwhelming amounts of waste. This compromises the sustainability of human activities and, therefore, threatens our wellbeing degrading our ecosystems.
Setting circular business models requires increasing and adapting the Knowledge and awareness of the companies, as well as skills boosting of both, former and new entrants to the economic system.

Optimization of functional biomaterials to support the access to the market of more sustainable consumer products in the Valencian Community: toy, childcare, household packaging and commercial furniture sectors – BioFCase II

The implementation of more sustainable feedstock in plastic products manufacturing companies is a current requirement in the European Union (EU) scope.
The manufacturing enterprises, thus, face themselves into a significant challenge, given that the search for more sustainable and functional plastic materials that meet the physical-chemical properties required by the product means to invest a substantial time in non-productive tasks.

Development of new recycled materials from waste of multilayer pet containers for footwear, toy and construction applications – RECImPET

29.1 million tonnes of plastic waste is being generated within Europe on an annual basis, 17.8 million tonnes of which pertain to packaging. Within the latter, still over 7 million tonnes are incinerated while 3.3 million tonnes are disposed of in landfill sites, thus having an impact on the environment and the sustainability of the planet.

Functional biomaterials as a sustainable alternative to consumer products in the Valencian Community: toy, packaging, and household sectors – BioFcase

Functional biomaterials as a sustainable alternative to consumer products in the Valencian Community: toy, packaging, and household sectors – BioFcase Human carbon emissions from burning fossil fuels have increased by between 33% & 130% over the last decades compared to the past 800,000 years. Even if European standards require manufacturers to implement [...]

Advanced production of biodiesel from animal waste using supercritical technology – LIFE Superbiodiesel

In Europe more than 17 million tons of animal by-products (SANDACH) are processed, which produces 2.85 million tons of animal fat. Part of this animal fat processed in Europe is just disposed of in rubbish tips or it is incinerated.

Development of a biodegradable film with biopesticidal/repellent properties

The main objective of the project is to develop a biodegradable film capable of progressively releasing natural substances with biopesticidal and repellent properties, which would protect banana crops from various pests that attack the fruit, and that would not be a source of pollution for the environment or a risk to health of farmers or consumers. [...]

Financed

CAPyALM: Development of polymeric materials that capture and store sun energy for obtaining coatings by injection

The general aim of the project is to develop polymeric materials that contribute to improving thermal solar installations that are currently on the market, as these technologies have a wide margin for improvement. The use of these new materials would enable harmonising the integration of solar installation in buildings and towns, matching the urban landscape, and partially replacing conventional energy sources by renewables, reducing CO2 emissions to the atmosphere. [...]

Financed