In recent years, neutron facilities have increasingly faced the prospect of opening their services to industrial users. Not only is there an increasing demand from industry for advanced analytical research tools, but there is also continuous demand to bridge the gap between basic research on advanced materials and industrial applications.
While many experiments at large scale facilities are performed by academic groups doing fundamental research funded also by industry, direct industrial use of facilities to solve application oriented problems is very limited. Compared to e.g. synchrotron facilities, neutron facilities are less known among industrial researchers. Nevertheless, neutron sources have the potential to deliver novel solutions and societal impact in a knowledge-based economy also in direct collaboration with industry. Recent initiatives at national facilities, as well as EU funded projects with partners at European both synchrotron- and neutron sources, indicate that a much higher level of direct industry use can be achieved.
The Industry Consultancy work package aims to enhance knowledge in industry about neutron based analytical methods and to establish the potential for a broader industrial user-base for existing neutron facilities European Spallation Source (ESS) in the near future. Specifically it will address the following points:
A central activity of SINE2020 Industry Consultancy is the offer for EU supported test measurements or feasibility studies. These measurements will be free of charge for the participating companies and will enable neutron facilities to show their capabilities in advanced analytical techniques and their value as a cooperation partner in innovation driven research. Companies have the opportunity to submit a short application via the project website. The application will then be discussed by an evaluation panel on short notice. Detailed knowledge about neutron techniques is not mandatory.
SINE2020 follows a problem oriented approach and will evaluate if the applicants questions can be answered by using neutrons as a probe. The evaluation panel, consisting of industrial liaison officers at the facilities will clarify the feasibility and decide which technique and which facility is best suited to help the applicant with their problem. The service includes data analysis and interpretation of the results, which will be sent to the applicant in form of a detailed report.
The first call for industry proposals is now open.