The Industrial Chemistry Laboratory was established in 2017 under the leadership of Emeritus Professor Margus Lopp. The laboratory was founded based on business contracts, with a focus on solving chemical and chemical engineering problems for industrial companies. Over the years, several research projects have been added, but close collaboration with businesses remains a cornerstone of the laboratory's work.
One of the laboratory's primary focus areas has been the paradigm shift in the use of oil shale – its direct conversion into valuable chemicals, such as dicarboxylic acids. The ongoing development work is closely tied to the study of the organic matter structure within oil shale, offering insights and tools for its selective "unraveling." By combining oxidation and other conversion methods, dicarboxylic acids (DCAs) of various chain lengths can be obtained, which are used in the production of polymers, paints, lubricants, and construction chemicals (e.g., construction foams). The laboratory team hopes to apply the knowledge gained from oil shale chemistry to the study of other complex organic materials. Industrial residues, such as ash, wastewaters, and biomass residues, are particularly interesting, as the substances contained within them can be given new life through innovative solutions. One industry's waste can serve as raw material for another.
The Industrial Chemistry Laboratory's work is not limited to small-scale experiments. To be as close as possible to industry needs, the laboratory quickly moves into the technological stage when possible, where necessary equipment for processes is developed and tested. If suitable equipment does not already exist, it is built in-house. As part of the work on exploring alternative uses for kerogen from oil shale, the laboratory has developed the capability to perform various solid-liquid-gas reactions in both batch and continuous PLC-controlled reactor systems. Since the reactor systems are custom-built by the laboratory team, they can be easily adjusted to meet specific needs. The laboratory is also equipped with extraction, distillation, and rectification equipment for separating the obtained mixtures, as the work often involves handling larger quantities. Additionally, the laboratory is outfitted with modern laboratory furnishings and sufficient analytical instruments to monitor results.
The laboratory’s core strength lies in its young and enthusiastic scientists, whose mission is to contribute to the development of Estonia’s industry, innovation, and economy. The Industrial Chemistry Laboratory supports the growth of Estonia's industrial competitiveness and the application of new technologies.
We are always open to collaboration – feel free to contact us!