• Technology selection, especially as it relates to H2S, CO2, H2O removal (Trimeric has unparalleled knowledge of small-scale H2S removal processes, e.g., all manner of H2S scavengers, SulFerox, CrystaSulf, Paques, LO-CAT, Xergy, etc.)
• H2S scavenging (design, optimization, troubleshooting, patented contactors)
• Develop basis for process designs, perform process simulations
• Process concept and project feasibility studies
• Project economic analyses, cost estimating, rate of return
• Process design packages
• Hazards and operability (HAZOP) studies, Process Hazards Analyses (PHAs)
• Process and instrumentation diagram (P&ID) development
• Project management
• Air permitting & regulatory compliance support
• Gas dehydration including dehydration of supercritical CO2
• Process troubleshooting
• Technical training (liquid redox S removal, H2S scavenging, dehydration, etc.)

Project Examples:

• Design and process engineering support during installation of H2S scavenging facilities
• Personal knowledge and contacts with personnel at dozens of small-scale sulfur recovery plants using new technology (e.g., SulFerox, Paques, LO-CAT, etc.)
• Evaluated and costed traditional amine/Claus/TGT systems for numerous applications, as well as alternative types of systems
• Measured and speciated H2S, CO2, H2O, mercaptans in presence of interferences
• Development of computer models to predict H2S scavenging chemical performance
• Design of expansions to dehydration facilities, including those operating on supercritical CO2 and with non-standard solvents (e.g., glycerol, MEG, DEG)
• Designed, provided process engineering support during fabrication, installation, startup, operation, and maintenance of SulFerox and CrystaSulf facilities.
• Performed services for numerous gas dehydration facilities (troubleshooting, emissions testing, reboiler vent condenser design, process engineering support during expansions, etc.)