Johnson Matthey Process Technologies

Johnson Matthey Process Technologies

Johnson Matthey is an international Specialty Chemicals Company that is focused on the development of value added, high technology Products and Services. The Johnson Matthey Process Technologies division, one of five Divisions, is a global supplier of Catalysts and Additives, Licensing Technologies and other services related to the Petrochemical, Syngas, Oil Refining, and Gas Processing Industries.......

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Catalysis 2016

Catalysis 2016

2016 Catalysis Q&A --- Guarding against contaminants --- Increasing FCC propylene yield --- Kinetic engine drives catalyst development --- Revamping for ULSD production --- Look beyond the catalyst --- Calcium containing feedstock processing ...

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EPCA 46th Annual Meeting

EPCA 46th Annual Meeting

Our Annual Meeting provides a unique platform for the global chemical business community to network, discuss collaborations and developments and hear from an impressive line-up of world-class speakers. Participants not only have the opportunity to network with peers and discuss business development opportunities, they can also enjoy exclusive access to EPCA networking events and lounges, accommodation and meeting rooms at competitive prices......

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Grading & Guard Materials

Grading & Guard Materials

Maximum catalyst protection and optimum pressure drop management. With the increased levels of heavy and non conventional crude oils in the refinery diets, state-of the art catalysts need state of the art Grading and Guard Materials to create the best working environment mitigating pressure drop and eliminating contaminants.

Cycle length of a Hydroprocessing unit is typically controlled either by the catalyst activity (maximum allowable working temperature) or by the reactor pressure drop (maximum allowable pressure drop). Therefore, optimum Grading and Guard Materials system is definitely part of the success of a catalyst load allowing its maximum usage.......

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Heat Recovery From Corrosive Flue Gas

Heat Recovery From Corrosive Flue Gas

For improvements to energy efficiency in the petrochemical industry, waste heat recovery from corrosive flue gas is the most cost effective source to exploit. During the conversion of primary energy, approximately 5-10% of the energy used is lost via hot flue gas. There is no need to emphasise that significant savings are within reach when 60-70% of refining operational costs consist of energy costs......

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  • MD FCC Catalysts - boosting middle distillates production in FCC

    Maximizing middle distillates in FCC units. A range of catalysts is available from Albemarle for increasing the production of middle distillates in the ...

  • The Modular Compact Rheometer Series

    Modular. MCR rheometry builds on your applications. Whatever your rheological requirements are and will be in the future – MCR rheometers are efficiently ...

  • Gas processing

    ProMax® is a powerful and versatile process simulation package that is used worldwide to design and optimize gas processing, refining and chemical ...

  • Advanced process control for Prime-G+™

    APC uses a model-based predictive control technology that drives the process towards the desired targets through the manipulation of several variables ...

  • Tetronics: recovery of precious metals

    Recovery of precious metal using Tetronics’ patented technology offers higher performance and commercial advantage over alternative recovery solutions. ...

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