Norbert Tenbrink

Norbert Tenbrink is a highly experienced Process Engineering Consultant specializing in the design and optimization of chemical and petrochemical plants, with a particular focus on ammonia production, coal gasification, soda manufacturing, and adipic acid facilities. Currently, Norbert leverages his extensive expertise to support green projects, including hydrogen, methanol, and sustainable ammonia initiatives, helping clients transition toward more environmentally friendly processes. His role involves providing comprehensive engineering solutions across all project phases, from FEED (Front-End Engineering Design) to detailed P&ID development and process calculations.

Norbert’s core competencies include the development of heat and mass balances, which are critical for accurate process simulation and optimization. He excels in creating detailed P&ID diagrams, ensuring proper sizing of pipelines, selection of process equipment, and integration of control systems to enhance operational efficiency and safety. His proficiency with process calculation tools enables him to accurately size standard equipment such as reactors, distillation columns, and heat exchangers, tailored to project-specific requirements.

A key aspect of Norbert’s work involves the design and implementation of CO2-removal systems, including advanced technologies like OASE (aMDEA), Benfield, Giammarco-Vetrocoke, and MEA absorption units. His expertise in HAZOP studies and process safety ensures that projects adhere to stringent safety standards. Throughout his consultancy career, Norbert has contributed to key projects involving heat integration, process simulation, and control system optimization, making him a valuable asset for companies aiming to innovate within the petrochemical and chemical sectors. His deep industry knowledge, combined with a hands-on approach to engineering design and project management, positions him as a trusted advisor for complex process engineering challenges in the evolving landscape of sustainable chemical production.