The aim of the project is to acquire a new microanalyser (EPMA) at the Microscopy and Nanotechnics Centre (MNT Centre) of the University of Oulu. In addition, during the project, expertise in microanalysing geological and material science samples will be developed for the needs of university research groups and companies. The analytical activities around the EPMA equipment to be procured will also serve to a large extent the companies’ t&k&i activities, especially in the extractive and metallurgical industries. The microanalyser is a general-purpose material researcher that allows accurate analysis of the chemical composition of the sample to be examined and electron microscopic imaging. The device makes it possible to accurately determine very low concentrations of elements from micrometer-size details. The microanalyser can be used extensively in the material analysis of scientific and technological research. A high performance microanalyser is a particularly important instrument for geological sample research, which often requires the identification and analysis of small mineral particles with very low elemental concentrations. A precise mineralogical analysis is also necessary for the mining industry in research into the creation of new mines and in product development related to the development of mining technology. In addition to mineralogical analysis, the microanalyser can also be widely applied in other material research. Examples of application areas of the method include steel research, battery technology materials, ceramic materials, geopolymer research, composites, damage analysis and various research related to material recycling. High-level scientific research requires a high-quality research environment equipped with modern research equipment and expert personnel. By directing investments in the development of competitive research infrastructure and related know-how, it is possible to create centres of excellence of international importance, which are of major regional economic importance. The quality of the research environment and staff in use is also essential for companies’ t&k&i activities and an important regional attraction as companies direct their own product development. It is often not possible for companies themselves to invest in expensive research equipment and highly specialised staff. This is particularly true for SMEs with limited financial resources and start-ups. Universities and research institutes can support the business community to provide companies with their equipment resources and expertise. This will significantly increase the multiplier effect of the investment made by improving the business environment and ownership of businesses in the local environment. At the same time, cooperation between the university, research institutes and enterprises will be intensified, as well as the efficient sharing of equipment resources, which often leads to the emergence of new research and product development projects.
