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| A new approach to treating shale gases |
Ralph Weiland and Nathan Hatcher, Optimized Gas Treating
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2012 / Gas |
Shale gas can be challenging to treat, but mass transfer rate-based simulation and appropriate tower internals can make it no harder to treat than other natural gases
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| Heat exchange reforming in gas synthesis |
Henrik Surrow Larsen, Haldor Topsoe
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2012 / Gas |
An exchange reformer design offers a very high reforming temperature and the option to reduce primary reformer size
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| Micromachined gas chromatography for gas plants |
Les Alberts, Seala Services
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2012 / Gas |
Onsite gas chromatography is available to troubleshoot, optimise, debottleneck and help identify energy savings in natural gas plants
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| GTL adds value to gs production |
Neville Hargreaves, Oxford Catalysts Group
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2012 / Gas |
Distributed GTL plants could provide economic monetisation of shale gas, associated gas and stranded gas.
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| Using physical solvent in multiple applications |
Jack McJannett, Dow Chemical Canada
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2012 / Gas |
A physical solvent's properties and versatility in a variety of flow schemes for energy-efficient gas treating in a range of applications are discussed
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| Solutions for the treatment of highly sour gases |
Francois Lallemand and Gauthier Perdu, Prosernat Cristina Maretto and Claire Weiss, Total E&P Julia Magne-Drisch and Anne-Claire Lucquin, IFP Energies Nouvelles
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2012 / Gas |
Process technologies for the cost-effective treatment of natural gas with high and ultra-high acid gas content
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| Combating the threat of mercury |
Michael Hayes and Katrin Akerlindh, Linde Gases
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2012 / Gas |
Emerging legally binding action on mercury emissions highlights the importance of monitoring and quantifying emissions from gas operations
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