Solugen
Hans Karl Nsoesie has a diverse work experience in the engineering field. Hans Karl is currently employed at Solugen as a Bioforge Plant Manager, a role they began in January 2023. Prior to this, they worked as a Production Engineer at Solugen from February 2022 to February 2023. Before joining Solugen, they served as a Process Engineer at Renewable Biofuels Inc. from April 2018 to May 2021. Hans Karl also gained experience as a Production Engineer at Optima Chemical Group LLC from February 2017 to April 2018. Additionally, they worked as a Polymerization Supervisor at SNF Holding Company from March 2015 to February 2017. Earlier in their career, Hans Karl Nsoesie held positions at the University of Louisiana at Lafayette as a Tutor for engineering, math, and science courses from August 2011 to July 2014, and as a Unit Operations Lab Research Assistant from August 2013 to December 2013. Hans Karl also worked as a Bio molecular Lab Research Assistant at New Mexico Highlands University from January 2010 to December 2010, where they conducted DNA polymerase chain reactions, performed gel electrophoresis experiments, and collected DNA samples for genotyping purposes.
Hans Karl Nsoesie pursued their higher education at the University of Louisiana at Lafayette, where they obtained a Bachelor's degree in Chemical Engineering. Hans Karl was enrolled in this institution from 2010 to 2014. Moreso, they briefly attended New Mexico Highlands University in 2009-2010, focusing on Biology, General. However, it is not specified whether they completed a degree during their time at New Mexico Highlands University.
Solugen
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Solugen is a venture-backed biotech startup that produces high-performance chemicals from plant-derived substitutes. Our award-winning hydrogen peroxide technology was developed in-house by a team of doctors, scientists, and engineers from MIT. Solugen is a manufacturer and supplier of registered biocides and specialty bio-based solutions for divalent control in process flow assurance and asset integrity. We challenge the traditional approach to chemicals production, which is capital intensive, dangerous, environmentally unfriendly and largely unchanged since 1942. Our patented approach takes advantage of bio-inspired reactions to use plant material as a low-cost feedstock to produce novel products cost-competitive with the competition.