Sour Gas CTB-Facility Design

Process flow diagram for a sour gas central tank battery (CTB) facility, illustrating separators, scrubbers, H₂S treatment, chemical injection systems, and flare routing, emphasizing Halker’s expertise in designing safe, compliant, and efficient sour-service production facilities.

The client required a new centralized tank battery (CTB) in the Permian Basin capable of safely handling production from multiple wells with elevated hydrogen sulfide (H₂S) concentrations. The project demanded a design that would ensure compliance with all applicable NACE sour service standards while maintaining efficient operations and accommodating future development.

Water Injection

Large industrial water injection tanks arranged on a graded site under an overcast sky, showcasing Halker’s engineering capabilities in designing and supporting high-capacity water management and injection infrastructure for oil and gas operations.

A Halker Client was in need of water injection facilities that could meet the needs of their water flood at a constant pressure over time to aid in the recovery of their oil.

Full-Field Development

Oilfield wellhead assembly with valves and piping in the foreground and a field technician conducting site evaluation in the background, highlighting Halker’s expertise in full-field development planning, production optimization, and comprehensive upstream facility engineering.

Process Engineering, Project Engineering, Equipment Design, Civil/Structural Design, Electrical Design, Instrumentation Design

Three Phase Separator

Horizontal three-phase separator with associated process piping, valves, and instrumentation, showcasing Halker’s oil, water, and gas separation engineering expertise and precision in designing efficient upstream production equipment.

This experienced customer came to Halker Consulting with a need to design and engineer a three phase separator for multiple wellheads in the Rocky Mountain region. The specific needs around this project were based on the need to use a centralized processing facility rather than process at the well site.