VTT Technical Research Centre of Finland

VTT – then called the Technical Research Institute of Finland (VTL) – was founded on 16 January 1942 by President Risto Ryti’s decree. Its mission was to engage in technical research for the benefit of science and society as a whole. Construction started immediately, and the research institute was completed in autumn 1943. The volume of the building was 20,000 cubic metres, and seven of VTT’s first ten laboratories were placed in the building.[8] After the war, VTT expanded rapidly and was particularly occupied with the quality assurance of war compensation products.[8]

In 1950, the research institute comprised 15 laboratories. The state bought the land of Otaniemi Manor in 1949, and in 1955 the laboratory of mining technology moved to Otaniemi as the first VTT laboratory.[8]

In the 1960s, VTT grew to be the largest research institute in Finland,[9] employing more than 400 people.[10] VTT was an internationally recognised research centre.[9]

In the 1970s, the research institute underwent extensive modernisation, such as simplifying the administration and expanding the testing activities to research.[11]

In March 1972, the Technical Research Institute of Finland changed its name to Technical Research Centre of Finland (VTT, Valtion teknillinen tutkimuskeskus, National Technical Research Centre).[8] VTT received new tasks due to the strong growth and diversification of industrial activities. It also participated in research related to the restructuring of society. The activities focused on technology research and the associated development work.[11]

In 1990, VTT had almost 6,000 cubic metres of underground laboratory space in Otaniemi and 15,000 square metres excavated at a depth exceeding 20 metres.[12]

In June 2007, the Ministerial Working Group on Administration and Regional Development supported the proposal of the Ministry of Industry and Trade to launch the preparatory work for transforming VTT into a state enterprise in early 2009.[13]

A new name was introduced in 2010: VTT Technical Research Centre of Finland.[8] VTT was divided structurally into groups. In addition to the parent company VTT, the new VTT Group consisted of three subsidiaries: VTT Expert Services Ltd, VTT Ventures Ltd and VTT International Ltd.[14] VTT Memsfab Ltd started its operations in 2011.[15]

In 2012, VTT had more than 3,000 employees.[10]

In January 2014, VTT reformed its organisation and divided its operations into three business areas:[16]

• Knowledge Intensive Products and Services,
• Smart Industry and Energy Systems; and
• Solutions for Natural Resources and the Environment.

In May 2014, the Government proposed that VTT would be made a limited liability company and that Mikes and VTT would be merged. According to the Ministry of Economic Affairs and Employment, VTT operated in a very businesslike manner: it received about 70 per cent of its income from commissions assigned by companies and research funding open to competition.[17]

In January 2015, the Centre for Metrology (MIKES) was merged with VTT, and VTT Technical Research Centre of Finland became a limited liability company. The company’s field of activity was defined as applied research in technology, taking research results to practical use, and operating as a national metrology institute. As a limited liability company, VTT was able to react more easily to changes in the customers and the environment, and to operate more freely in the financial markets.[6] Bioruukki, a research centre for the bioeconomy and circular economy, was established in Kivenlahti, Espoo. Its aim was to overcome the ‘valley of death’ associated with the commercialisation of inventions.[18]

In January 2018, VTT sold Labtium Ltd and VTT Expert Services Ltd, which provided testing, inspection and certification services, to Eurofins Scientific Group.[19] In May, it was announced that VTT would start coordinating a European consortium of more than 10 million euros to develop commercial applications for high-temperature SOFC fuel cell technology.[20]

In 2019, VTT launched its own incubator activities, VTT Launchpad, through which it provided support for research teams in setting up businesses.[21] In December, VTT established a unit focusing on autonomous mobility in Turku, VTT Senseway.[22]

In May 2020, VTT announced that it would acquire Finland’s first quantum computer. Its aim was to build a 50-qubit quantum computer.[23] The Finnish IQM Finland Oy, which works with quantum computing, was selected as the supplier of the quantum computer.[24]

Some of VTT's partners:

• Fazer has licensed an oats technology developed by VTT, which makes it possible to utilise the health improving properties of oat.[27]
• VTT and Rolls-Royce are designing the first-generation remotely controlled and autonomous ships.[28]
• In autumn 2020, a multidisciplinary research project was launched in Finland to investigate the spread of COVID-19 in the air. The research results of the joint project of VTT, Finnish Institute for Health and Welfare and the University of Tampere were expected to be completed in early 2021.[29]
• VTT is involved in the L3Pilot project, which is part of the EU's Horizon 2020 programme, in which extensive road tests are carried out on robot cars. The project comprises 34 organisations and is led by the German Volkswagen Group.[30]
• VTT delivers components for the French ITER experimental fusion reactor using fusion power.[31]
• VTT has studied sisu – a Finnish concept that denotes a unique blend of hardiness, phlegmatic determination and gritty courage – with the University of Helsinki Department of Psychology. The study focused on the essence and significance of sisu in areas such as coping and well-being at work.[32]
• VTT and Finnish Textile and Fashion have drawn up a policy on how to develop the value chain of the textile industry in Finland.[33]

• In 2014, VTT announced that it had produced a highly accurate hyperspectral camera to detect the precursors of skin cancer earlier than before.[34] The health technology company Revenio began commercialising the technology the following year.[35]
• In 2015, it was reported that VTT had succeeded in developing hybrid yeasts to create new flavours in lager and to speed up the manufacturing process.[36]
• In 2015, VTT announced that it had developed a sensor that can be attached to food packaging, which detects the spoilage of food by searching for ethanol accumulated in the packaging.[37]
• In 2015, VTT conducted a study for the Finnish Air Force, which made it possible to extend the lifespan of Hornet’s high-pressure turbine wings while saving about 2.7 million euros.[38]
• Electric buses developed by VTT were introduced in Helsinki Regional Transport Authority in Espoo in 2015 and Helsinki in 2016.[39]
• VTT has formulated an Ecocity concept tailored to address the unique requirements of developing countries and emerging economies. Prominent reference examples include Ecocity Miaofeng in China, EcoNBC in Egypt, EcoGrad in St. Petersburg, Russia, UN Gigiri in Kenya, and MUF2013 in Tanzania.[40]
• In 2016, VTT said that it had developed a mobile application and a small accessory to detect the user’s heart arrhythmias. The product may also help prevent strokes.[41]
• MetsäSpring textile fibres use ionic solutions to process yarn from bleached coniferous pulp.[18]
• The Biocelsol technology developed by VTT and Tampere University of Technology uses enzymes to improve the dissolution of cellulose. The end result is similar to cotton.[18]

Spin-off companies have emerged from VTT’s research results, including

• Dispelix that develops lenses for augmented reality (AR) glasses[42]
• GrainSense, which has developed a wireless, hand-held device for measuring grain quality[43]
• Infinited Fibre Company, which manufactures new textile fibre from old textiles or recycled paper[18]
• Iscent, which produces packaging and printing technologies[44]
• Origin By Ocean aims to solve the problem of eutrophication by collecting algae from the sea and using its molecules to make emulsifiers for the food industry[18]
• Paptic, which has commercialised the plastic-like paper material developed at VTT. The material can be used to replace, for example, traditional plastic bags[45]
• Solar Foods, which produces protein from the air[23]
• Spinnova, transforming cellulosic fiber into fiber for the textile industry
• Volare, which refines food industry waste and black soldier flies into protein for fish feed and pet food markets, and insect oils for the cosmetics industry.[46]

VTT’s research results have also generated products.

• The eniferBio company produces fish feed with the help of a Pekilo mycoprotein found in VTT’s microbial culture collection.[26]
• Goodwiller and VTT have developed a Promilless alcohol test for private use, which can be used to measure the blood alcohol content from saliva.[47]
• Salofa has commercialised the world’s only rapid test for blue-green algae developed by VTT and the University of Turku.[48]