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| Optimise the route to emissions compliance |
Alexandra Curtescu, Rik Schuffelen, Pavan Chilukuri and Gary Bowerbank, Shell Global Solutions |
2017 / Gas |
Increasingly stringent SO2 emission regulations may demand smart and cost-effective alternatives to generic amine based tail gas treating units
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| SO2 breakthrough under the microscope |
Nathan Hatcher, Clayton Jones and Simon Weiland, Optimized Gas Treating |
2017 / Gas |
Plant simulation reveals that any breakthrough of sulphur dioxide will cause havok in the tail gas treating unit
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| Flexible thinking for capital projects |
Mark Duisters, Jacobs Comprimo Sulfur Solutions |
2017 / Gas |
Conventional project planning and execution may not be the best approach for gas treating and sulphur recovery installations
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| Simplifying hydrogen production |
Diane Dierking and Ken Chlapik, Johnson Matthey Process Technologies |
2017 / Gas |
Catalyst systems developed for the purification and reforming sections of the hydrogen plant target significant barriers to efficient producton
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| The impact of side reactions in sulphur recovery unit design |
Sung-Ho Kim, Won-Seok Jung, Hee-Mun Lee and Geun-Soo Chang, GS Engineering & Construction |
2017 / Gas |
A full understanding of side reactions in the modified Claus process can help to improve sulphur recovery efficiency and optimise equipment design
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| Improve sulphur plant performance through simulation |
Jennifer Dyment, Chad Mondor and Frederic Tonnaire, Aspen Technology |
2017 / Gas |
The various units of the sulphur plant are closely connected, creating process dependencies that can be better understood using simulation
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| Removing liquid-phase contaminants from hydrocarbon liquids |
Thomas H Wines, Pall Corporation
Saeid Mokhatab, Gas Processing Consultant |
2017 / Gas |
A glass-free liquid/liquid coalescer system provides efficient filtration and liquid contaminants separation from NGL products
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