Gas Compression
Process & Hydrocarbon Gas Compression
Gas compressors in process and hydrocarbon applications operate across a wide range of gas streams, compressor types and operating conditions. Lubricant requirements can vary depending on factors such as gas composition, dilution behaviour, temperature profile and the overall duty of the compressor.
NEXT Lubricants supplies gas compressor lubricants for hydrocarbon, process and industrial gas applications, with products intended for different operating environments, system requirements and service conditions.
knowledge
Role of the Compressor in Process & Hydrocarbon Gas Systems
In process and hydrocarbon gas handling, compressors are critical to moving, pressurising, and transferring gas streams across every stage of production and processing. The operating demands vary significantly depending on gas composition, pressure range, and duty cycle.
Key operational roles include:
- Pressurising hydrocarbon and process gas streams for transport, separation, and downstream processing
- Handling variable gas compositions including light hydrocarbons, CO₂, hydrogen, and syngas under continuous duty
- Maintaining process integrity across high-pressure and high-temperature compression stages in refinery and petrochemical environments
- Supporting gas injection, reinjection, and enhanced recovery operations in upstream oil and gas production
- Managing condensate and liquid carryover risks in wet gas and multiphase compression duties
Applications
Process & Hydrocarbon Gas Compression Applications
NEXT Lubricants supports the main gas compressor application segments, each with it’s own compressor technology and lubrication demands.
Hydrocarbon Gas Compression
Hydrocarbon gas compression covers upstream and midstream duties from wellhead gathering to pipeline injection. Gas composition, pressure staging, and operating continuity are the primary factors defining system requirements.
Cryogenic Gas Compression
Cryogenic compression operates at extremely low temperatures in air separation, LNG production, and industrial gas processing. Temperature profile, compressor type, and system design are the primary operating considerations.
Petrochemical Gas Compression
Petrochemical gas compression handles ethylene, propylene, syngas, and other process streams across cracking, reforming, and chemical production facilities. Process conditions and compressor duty vary considerably across applications.
Natural Gas Infrastructure
Natural gas infrastructure compressors operate across transmission pipelines, storage facilities, and distribution networks under continuous duty. Stable performance across varying inlet conditions and long service intervals are critical to reliability.
CO₂ Compression
CO₂ compression is used across carbon capture, enhanced oil recovery, and supercritical applications. Operating pressure and phase behaviour are critical factors influencing compressor selection and system design.
Ammonia & Urea Production
Ammonia and urea production relies on high-pressure synthesis gas compression across continuous-duty process environments. Gas stream composition, process temperatures, and compressor design are defining factors in these facilities.
Biogas
Biogas from landfill, anaerobic digestion, and wastewater treatment contains methane, CO₂, hydrogen sulphide, and moisture. These contaminants create aggressive operating conditions that directly affect compressor performance.
LNG Infrastructure
LNG compression covers liquefaction, storage, regasification, and bunkering across the full LNG value chain. Gas handling duty, installation design, and operating temperature range are key considerations in these environments.
Carbon Capture & CCUS
Carbon capture systems compress CO₂ from industrial emissions for transport, storage, or reuse across decarbonisation applications. System pressure, CO₂ purity, and process configuration vary depending on capture technology and end use.
Sour Gas Compression
Sour gas compression involves elevated concentrations of hydrogen sulphide and CO₂, presenting significant challenges for equipment integrity. Conditions vary widely depending on field composition, pressure, and temperature.
Industrial & Specialty Gas
Industrial and specialty gas compression covers nitrogen, oxygen, argon, helium, hydrogen, and other process gases across production and distribution applications. Gas type, purity requirements, and compressor configuration vary significantly.
Gas Gathering & Processing
Gas gathering and processing compressors handle raw field gas containing heavy hydrocarbons, water, and contaminants before separation and treatment. Gas composition and compressor duty differ across gathering networks and processing facilities.
EXPERTISE & CAPABILITY
NEXT Lubricants Experience in Process & Hydrocarbon Gas Compression
NEXT Lubricants combines application knowledge in gas compression with a product portfolio developed for demanding hydrocarbon, process and mixed-gas environments. We support customers with OEM-approved compressor lubricants for selected applications, lubricant selection advice, cross-reference support and technical guidance for reliable long-term operation.
Our experience includes:
- OEM-approved and field-proven formulations for selected process and hydrocarbon gas compression applications
- Lubricant selection support based on gas composition, compressor type and operating conditions
- Cross-reference capability against incumbent and OEM-specified compressor lubricants
- Application-specific product range including mineral, PAO and PAG-based solutions for different gas compression requirements
- Technical guidance and documentation to support product qualification, maintenance planning and ongoing reliability
Recommendation
Need Help Selecting a Gas Compressor Lubricant?
NEXT Lubricants provides technical lubricant recommendations for compressor applications across multiple indistries.