The accreditation of the Universitat de València as a Knowledge Transfer Office will provide more funding and resources

The Universitat de València (UV) has been registered in the official registry of the Ministry of Science, Innovation and Universities as a Knowledge Transfer Office (CTO). With the acceptance of its registration, in addition to the official recognition of its transfer trajectory, the institution will have access to new government and European funds, more resources for internationalisation, better technical support and advice, or new infrastructure and equipment.

The TTOs were created as a result of the Transfer and Collaboration Plan of the Ministry of Science, Innovation and Universities, within the framework of the promotion of innovation, knowledge transfer, dissemination and scientific, technological and innovative culture. They are defined as the set of organisational structures that carry out transfer functions and have permanent staff. A new concept of TTO is therefore established, not linked to a ‘physical office’ – as were the OTRIs (Research Results Transfer Offices) – but linked to the exercise of transfer functions.

The recognition and registration of the Universitat de València as a TTO has been achieved after accrediting that the UV has a transfer ecosystem made up of the different structures that adopt, as their own, the knowledge transfer functions defined by the Ministry.

Under the umbrella of the vice-rectorships for Innovation and Transfer; Research; and Studies, the transfer functions carried out in the departments, research institutes, ERIs and Doctoral School, which could be considered as the ‘basic transfer structures’, were highlighted. In addition, those carried out by the AgrotecUV High Technology Incubator, the Unit for Scientific Culture and Innovation (UCC+i), UVEmpren, UVCàtedres, ParcUV, UCIEs and innovation agents were also highlighted and highlighted. To these must be added those of the central services: the Transfer and Innovation Service and the Research Management Service.

The transfer functions recognised to the UV with this registration are the protection of the results of Research, Development and Innovation (R+D+I); the exploitation of research results, inventions and new technologies through any type of contract that involves the transfer of its use or ownership to third parties; collaborative research between public and private entities; the contracting of R+D+I and technological services; the promotion of the creation of knowledge-based entities (formerly spin-offs) and the social dissemination of knowledge.

Among the new funds that the UV will be able to access are those of the Spanish Government specifically aimed at supporting knowledge transfer and innovation, on applied research, technology development, staff training or protection of industrial property.

The Valencian academic institution will also be able to increase the number and quality of European Union funding schemes that support research, innovation and technology transfer, including Horizon Europe, the EU’s framework programme for research and innovation.

Registration as an OTC office will also provide the Universitat de València with greater resources for its internationalisation, through assistance in establishing international collaborations, participating in fairs and events and accessing exchange and mobility programmes for entrepreneurial and research staff.

The improvement of technical support and advice for R&D&I projects and their transfer, in matters such as the management of intellectual property or the development of new strategies, will be provided by the Spanish Government through the Ministry of Science, Innovation and Universities, as well as other transfer entities.

Also, with the registration as an OTC, the UV will be able to benefit from funding programmes with which to access highly specialised infrastructure and equipment in research and technological development, in technology transfer projects that require academic or industrial partners.

IFIC receives funding from Nuclear Safety Council to evaluate technology to improve nuclear waste management

Press release from CSIC

  • The Institute of Corpuscular Physics (CSIC-UV) is working with the person responsible for the safety of nuclear power plants in Spain to implement a new waste management system.
  • The IFIC device, which combines medical imaging techniques and artificial intelligence, is capable of performing dynamic tomography scans of the radioactive activity of nuclear waste containers.

 

The Nuclear Safety Council (CSN), the only body responsible for nuclear safety and radiation protection in Spain, has granted funding to develop a new project at the Institute of Corpuscular Physics (IFIC), a joint centre of the Spanish National Research Council (CSIC) and the University of Valencia (UV). This is the Proton project, which aims to develop evaluation methodologies to test a tomographic technology developed at IFIC that allows the visualisation, analysis and control of nuclear waste activity. The project team will take measurements and test these evaluation methodologies at the Garoña nuclear power plant (Burgos).

This project stems from a collaboration that began in 2015 between an IFIC research team led by CSIC scientist Francisco Albiol and the National Radioactive Waste Company (ENRESA). They developed a series of disruptive technologies that enable dynamic tomography of gamma radiation from radioactive isotopes in nuclear waste, thus facilitating waste classification and reducing costs in the process of decommissioning nuclear power plants, which are estimated at around 4,000 million euros in Spain.

Until now, static procedures have been used to determine the activity and dose of a radioactive waste container. ‘The technology we have developed at IFIC allows a more agile tomographic reconstruction independent of the shape of the container and the position of the detectors, taking advantage of the recognition of the environment through artificial intelligence and vision, as well as tomographic techniques adapted from medical imaging,’ explains Francisco Albiol.

However, this technology requires an evaluation by the regulatory body, the CSN, before its incorporation into the industry. In this context, the main objective of the Proton project is to familiarise the CSN with the use, advantages and limitations of the technology developed by IFIC, as well as to collect relevant aspects for calibration and handling. ‘During the project, the aim is to evaluate portable and geometry-independent gamma-ray tomography devices in order to ensure their ability to estimate the distribution and quantification of activity and dose accurately,’ summarises the project coordinator at the CSN, Juan González Cadelo.

 

Tests at the Garoña nuclear power plant

For the correct evaluation of the technologies developed, the project members have among their objectives to go to the Garoña nuclear power plant (Burgos), where measurements will be taken and the methodologies implemented will be tested. Currently, a prototype has already been validated for the tomographic reconstruction of gamma activity and its three-dimensional distribution in nuclear waste containers, which has led to several patents being obtained for these developments.
This project aims not only to provide confidence-inspiring criteria for the technology to characterise nuclear waste, but also to meet industry regulatory requirements and establish boundaries to ensure the proper functioning of this innovative technology. ‘With Proton, we hope to significantly improve nuclear waste assessment and management processes, thus contributing to safety and efficiency in the nuclear industry,’ concludes Albiol.