Challenging Industrial Chemistry
Confidence in Demanding Chemical Environments
Our team has extensive experience working with challenging industrial chemistries and demanding operating conditions. This includes the generation, handling, and utilization of hydrogen in both chemical and electrochemical applications, as well as the operation of multiphase reactor systems that involve highly exothermic reactions with thermal runaway potential. We also have deep expertise in the use of distillation, scrubbing, and stripping columns to recover and purify a wide range of reactive and/or hazardous gaseous and liquid streams. In addition, we design and operate novel high-temperature thermochemical reactors for renewable fuel production and hydrogen generation. This experience has given us a deep understanding of the material requirements, critical process control parameters, and safe operating practices needed to work under demanding reaction conditions.
Some recent examples of our work in this space include:
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Conducting long-term corrosion tests of various metal alloys in high-temperature oleum and concentrated sulphuric acid.
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Studying the adiabatic exothermic nitration of benzene into mononitrobenzene utilising nitric acid and strong sulphuric acid.
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Evaluating and refining the operating conditions of a sulphuric acid recycling and reconcentration system developed by NORAM Engineering and Constructors Ltd..
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Developing a gas-phase method to decompose nitrogen trichloride in chlorine gas at close to ambient pressures with limited heating.
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Operating sub-critical hydrothermal processes to treat wastewater containing nitro-hydroxy aromatic compounds.
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Utilising high-temperature scrubbing and stripping columns to recover volatile organic solvents, which were then subsequently purified through distillation.
