SOPAT participates in events around the world!
Berlin, November 2022 Following up to our latest post, here is the list of other events in which we have been present recently. Electra Mining – Johannesburg, September
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SOPAT team travels to Frankfurt to participate in Achema 2022
Frankfurt, August 2022 After a long pandemic, 2022 marks the year in which we have been able to come back to exhibitions, trade fairs, and congresses. One of
Parsum is now part of the SOPAT family
Frankfurt, August 23, 2022 – SOPAT GmbH, a cutting-edge technology provider in the field of inline process instrumentation, takes the next step towards growth. We are pleased to
Joint project: Optical soft sensor technology of algae cultivation in large-scale photobioreactors – optimisation through process control and combating microbial contamination (optiPBR), 2021-2024
Funding reference number: 13N15851 Funding reference 01IS21065D SOPAT will provide relevant information for process control with fast and process-related data evaluation based on image analysis of digital images
iPMT Joint Project: Data synthesis for applications in intelligent particle measurement technology, 2021 – 2023
Funding reference 01IS21065D The aim of the project is to develop and validate methods for the synthesis of training data for Deep Learning-based particle measurement technology, exemplified by
Predicition of drop sizes for liquid-liquid systems in stirred slim reactors – Part I: Single stage impellers, 2010
— Authors: Maaß, S., Metz, F., Rehm, T. und Kraume, M.— Chemical Engineering Journal, 162 (2): 792 – 801 (link) Although investigations in the field of stirred liquid/liquid dispersions have
Experimental comparison of measurement techniques for drop size distributions in liquid/liquid dispersions, 2011
— Authors: Maaß, S., Wollny, S., Voigt, A. und Kraume, M.— Experiments in Fluids, 50(2): 259-269 (link) An online measurement technique for drop size distribution in stirred tank reactors
Prediction of drop sizes for liquid-liquid systems in stirred slim reactors – Part II: Multi stage impellers, 2011
— Authors: Maaß, S., Rehm, T. und Kraume, M.— Chemical Engineering Journal, 168(2): 827–838 (link) Based on the successful predictions of transient drop sizes in the first part of