Experienced in all major aspects of gas processing design, project development, and project execution with responsibilities including conceptual design, process simulation, heat and material balance calculations, detailed engineering & design, PFD and P&ID development, system hydraulic design, control narratives and control loop analysis, cause & effect study, equipment sizing, control valve and relief valve sizing, plant startup, operator training, specification, evaluation, procurement, proposal preparation, cost estimation and contract negotiation.Specialized knowledge includes: Gas dehydration; gas sweetening; mercury removal; hydrate inhibition; hydrocarbon dew point control; Joule-Thomson expansion; propane refrigeration; cryogenic liquids recovery; NGL fractionation; condensate stabilization; crude stabilization; LNG pre-treatment; Syngas purification; fuel gas conditioning, thermal fluid systems, vapor recovery compression, utilities, skid mounted design & modularization.Knowledge in unique gas processing methods: Oxygen removal (DeOxo) by catalytic combustion; mercaptan sulfur isolation and capture by adsorption; simultaneous removal of acid gases, water, mercaptans and heavy hydrocarbons by quick cycle TSA; emission less glycol dehydration; methanol removal from natural gas and natural gas liquids; Low-NOx burners and horizontal catalytic reactor designs.Proficient with Aspen HYSYS® and BRE ProMax® process simulation software. Thoroughly familiar with ASME Section VIII, Division 1 pressure vessel code, B31.3 piping code, NACE metallurgy requirements, NEC code for Class 1, Division 2 Group B, C & D hazardous areas, ANSI B73.1 horizontal and API 610 vertical inline centrifugal pump designs, API-660 shell & tube and API-661 air-cooled heat exchanger rating applications and a variety of engineering application spreadsheets used for equipment sizing.