Gas Processing/LNG
Improve energy recovery in gas processing plants using an HPT
Utilizing this innovative technology can help realize substantial savings
Consider CFD modeling to improve reactor design for synthesis gas production
Advancements in computational fluid methods simulate dynamics and reactions for autothermal reformers
Achieving operational excellence in gas plants
Real-time performance diagnostics provide substantial benefits
Enhance returns on processing plant investments
Working with an experienced contractor can uncover additional benefits when upgrading an existing unit
Optimize plant energy usage to improve your bottom line
Eco-benchmarking and modeling can help with operational efficiency
Optimize LNG vaporizers
Consider these guidelines to predict the performance of open rack vaporizers during normal and abnormal conditions
Consider barge-mounted plant to produce ultra-clean diesel
New gas-to-liquids technologies enable constructing floating production units to develop stranded gas fields
LNG storage tanks: advancements in weld inspections
New inspection method improves jobsite examinations and verification of welds
Optimize energy integration for LNG terminals
Integrating heating requirements with adjacent facilities can provide economic bonus while improving operating efficiencies
Select the optimum extraction method for LNG regasification
Varying energy compositions of LNG imports may require terminal operators to remove C2+ compounds before injecting regasified LNG into pipelines
- Digital Exclusive: Diesel demand, FCC flexibility and the growing role of additive technologies 8/4
- AnalytiChem launches CONOSTAN® GC standards range for fuel testing 8/4
- AMETEK introduces Grabner Vision Pro Series with next-generation performance in fuel analysis 8/4
- Motiva plans to begin FCCU restart at Texas (U.S.) refinery on Wednesday 8/4
- EPA gives Delek refinery biofuel relief, finds HF Sinclair petitions ineligible 8/4
- Brazil implements temporary 32% ethanol blend in gasoline 8/4
