Resources & Insights
In-depth guides, industry news, and technical resources on field gas conditioning, crude oil stabilization, vapor recovery, and emerging oilfield technologies.
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Learn what associated gas is in oil and gas, where it comes from, why it is flared or vented, and how upstream operators capture, condition, and monetize produced gas from oil wells.
Read article →A technical guide to gas lift compressor fuel gas conditioning — why raw field gas causes misfires, knock, and freeze-ups in compressor engines, and how dedicated fuel conditioning eliminates these failure modes.
Read article →A practical guide for upstream oil and gas operators looking to reduce diesel consumption, lower fuel costs, and improve emissions performance at remote production sites using produced gas and field gas conditioning.
Read article →Learn what crude oil shrinkage is, what causes it, how light ends and vapor loss reduce the volume and value of crude oil reaching the pipeline meter, and how stabilization recovers that lost value.
Read article →A comprehensive technical guide to using field-produced associated gas as fuel for natural gas generators and reciprocating gas engines — covering fuel specifications, common failure modes, and the role of field gas conditioning in achieving reliable on-site power generation.
Read article →Learn what a VRU in oil and gas is, how vapor recovery units work, their benefits, and how modern field gas conditioning systems eliminate the need for standalone VRUs while recovering more value.
Read article →Learn what Methane Number is, how it affects natural gas engine performance, why associated gas from oil production typically has a low Methane Number, and how field gas conditioning raises it to engine specification.
Read article →A comprehensive guide to crude oil pipeline quality specifications — RVP, BS&W, API gravity, H2S limits, and how upstream and midstream operators stabilize and treat crude to meet pipeline and market requirements.
Read article →Learn what field gas conditioning is, why raw associated gas requires treatment before use, how conditioning systems work, and how operators use field gas to replace diesel and cut costs.
Read article →Learn how oil and gas operators use field gas conditioning systems to generate reliable on-site electricity from associated gas, powering production facilities, remote sites, and data center loads.
Read article →Learn what flare gas recovery is, how flare gas capture systems work, the regulatory drivers behind zero routine flaring, and how producers monetize flared gas instead of burning it.
Read article →Learn how midstream operators and upstream producers with high NGL-to-oil ratio crude use modular stabilization systems to meet pipeline specs, debottleneck existing plants, and recover NGL value without major capital projects.
Read article →Learn what gas lift is in oil and gas production, how gas lift compressor systems work, the different types of gas lift, and why fuel gas conditioning is critical to compressor uptime and well production.
Read article →Learn what tank vapor capture is, why storage tanks emit hydrocarbons, how capture systems work, and how operators convert tank vapors into fuel gas or Y-grade NGLs instead of venting or flaring.
Read article →Learn why modular, skid-mounted gas processing systems are replacing traditional permanent plants for upstream oil and gas operators — comparing capital cost, deployment speed, flexibility, and total operating economics.
Read article →A comprehensive guide to U.S. methane and VOC emissions regulations affecting upstream oil and gas operators in 2026, including EPA NSPS OOOOb, state rules, and practical compliance strategies.
Read article →Learn how field gas conditioning systems supply on-spec fuel gas to dual-fuel and dedicated gas frac fleets, reducing diesel consumption, lowering operating costs, and improving emissions performance.
Read article →Learn what natural gas liquids recovery is, how field NGL extraction works, what Y-grade NGLs are worth, and how modular field gas conditioning systems let operators capture liquids value without a gas processing plant.
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