Projects

ADDITIMOULD – Development of nanocomposite moulds for short series of injection moulding through additive manufacturing

The aim of this project is to develop short life injection moulds using additive manufacturing technologies that would enable an significant reduction of cost and time compared to conventional manufacturing techniques. Additive manufacturing techniques to be used during this project will be Laser Sintering and photopolymerisation by ultraviolet light (polyjet 3D printing), which are commonly used for the development of prototypes and pre-series of plastic products from simple polymeric materials. [...]

Read More...

View more
Financed

Sustainable Hydrogen Evaluation in Logistics – SHEL

The aim of the SHEL project is to demonstrate the market readiness of fuel cell materials handling vehicles and associated hydrogen refuelling infrastructure, demonstrate end user acceptance of the concept and accelerate early market take-up. [...]

Read More...

View more
Financed

Preparation and characterisation of monolithic reactors for energy and environmental applications – REMONERGETIC

The aim of this project is to develop monolithic systems from materials of diverse nature to be used as supports for catalysts for environmental and energy applications. [...]

Read More...

View more
Financed

Renewable hydrogen – H2Renov

The aim of the subproject is to develop and demonstrate in real integrated systems energy generation using hydrogen produced from renewable sources. [...]

Read More...

View more
Financed

Development of composite thermoplastic matrix materials with high electrical conductivity for manufacture of bipolar plates for fuel cells – BIPOLAR

The main aim of this project is the investigation of different materials for the manufacture of bipolar plates that make up a stack of fuel cells with the aim of developing prototype fuel cells with power and specifications that meet the needs of the electric toy sector. [...]

Read More...

View more
Financed

Development of the crop and making use of the energy of Nicotiana Tabacum – BIOTABACUM

The main aim of the project is the study of aspects related to comprehensive use of Nicotiana Tabacum as biomass for energy production [...]

Read More...

View more

New strategies in comprehensive use of plant biomass for sustainable production of hydrogen without carbon dioxide emissions – BIOH2

The aim of this project is to develop an innovative process for producing hydrogen from biomass and to evaluate its viability as an alternative technology for generating electricity. [...]

Read More...

View more

Revitalisation of the toy cluster through various innovative activities – DINAMIZAEI

The general aim of this project is that of strengthening this collaboration through a platform based on the principles of "open innovation", and so promoting the range of opportunities to potential and existing entrepreneurs. [...]

Read More...

View more
Financed

Technology Platform for Traditional Manufacturing Sectors – PLATECMA

The aim of the TECHNOLOGY PLATFORM FOR TRADITIONAL MANUFACTURING SECTORS is to improve competitiveness and sustainability of the traditional manufacturing industry through promotion and encouragement of research, technological development and innovation. It was formed with the vocation of integrating all the agents involved in these industrial groupings to define and promote joint strategies at the national level to enable consolidation of a structured network for industry, science and technology capable of responding to future competitive challenges. The intention is to bring together all the public and private agents of the value chain of the sectors involved to identify and prioritise the technology and research needs of the industries in the medium and long term, and so to advise the bodies responsible for technology policy. [...]

Read More...

View more
Financed