Gas asociado, also known as flare gas or casinghead gas, is a natural byproduct of crude oil extraction. When oil is brought to the surface, natural gas dissolved in the oil is also released. In many cases, this gas is flared—burned off—due to lack of infrastructure or processing capability.
However, with proper gas compression and recovery, associated gas can be transformed from waste into a valuable fuel or feedstock, supporting energy sustainability goals and regulatory compliance.
Caudal | 1250 Nm³/h(standard conditions) |
Presión de aspiración | 0.5Mpa(G) |
Presión de descarga | 40.0Mpa(G) |
Discharge Temp. | ≤130°C (no aftercooler) |
Motor Power | 280KW |
Cooling Method | Air-cooled (no water needed) |
Protection Class | IP55 / Class F |
Structure | Double V type, Air cooled, Reciprocating Piston Compressor |
Size & Weight | 9000*2500*2600mm/ 16600kg |
Noise Level | ≤85 dB(A) |
Associated gas, once compressed and treated, finds application in various industries:
Application Area | Use Case Example |
---|---|
Petróleo y gas | Reinjection, gas lift, flare gas recovery |
Power Generation | On-site gas engines or turbines |
Petrochemical | Feedstock for hydrogen or syngas production |
CNG / LNG Systems | Conversion into compressed/liquefied gas |
Environmental Compliance | Flare minimization and carbon footprint reduction |
Associated gas contains a complex mix of hydrocarbons—such as methane, ethane, propane, butane, pentane—as well as non-hydrocarbon impurities like CO₂, nitrogen, H₂S, and helium.
A purpose-built compresor de gas asociado offers the following advantages:
✅ Handles multi-component gas streams
✅ Designed for variable pressure and flow
✅ Ensures leak-free, oil-free compression
✅ Supports high ambient y remote field operation
✅ Enables energy recovery from flare gas
In the oilfields of southeastern Turkey, one upstream energy company faced a recurring issue: large volumes of gas asociado were being flared due to insufficient compression infrastructure. This not only caused environmental penalties but also wasted valuable energy resources.
The customer’s goal was to recover and compress this flare gas—rich in hydrocarbons—for on-site power generation y gas reinjection.
To achieve this, they required a highly customized compressor solution capable of handling complex gas compositions at extreme discharge pressures up to 40 MPa (400 bar).
The associated gas in this project was a typical multicomponent hydrocarbon stream, primarily consisting of:
Methane (CH₄): 73.01%
Ethane (C₂H₆): 9.9%
Propane (C₃H₈): 9.2%
Butanes, Pentanes, Hexanes (C₄–C₆): ~4%
Nitrogen (N₂): 0.96%
Trace Oxygen (O₂ < 0.005%)
This mixture presented unique challenges in terms of volatility, pressure managementy lubrication safety.
To meet these technical demands, Keepwin Technology Hebei Co., Ltd. delivered a fully customized double V-type 5-stage air-cooled reciprocating compressor, model 2VF-3.6/5-400, capable of compressing gas from 0.5 MPa (g) a 40 MPa (g).
Item | Value |
---|---|
Capacity Flow | 1250 Nm³/h (3.6 m³/min) |
Etapas de compresión | 5 |
Tipo de refrigeración | Air-cooled (no water required) |
Lubrication | Shaft oil + Cylinder oil injection |
Discharge Temperature | ≤160°C |
Motor Power | 280 kW, dIIBT4, Explosion-proof |
Drive System | Elastic direct coupling |
Start Method | Soft start |
Sistema de control | PLC + transmitter + touchscreen |
Footprint | 9000×2500×2600 mm |
Peso | 16,600 kg |
In addition to the compressor skid, Keepwin supplied:
PLC explosion-proof control cabinet
Cooler + axial fan cooling system
Buffer tank and valve pipeline
Oil injection + sewage system
Gas leak detection + safety alarms
Cabin cover with lighting + environmental heating
Full accessory kit: random spare parts, tools, manuals
This turnkey design allowed the customer to integrate quickly, with minimal on-site modification.
After commissioning, the system enabled the client to:
Recover over 1000 Nm³/h of flare gas
Use it as fuel for turbine-driven generators
Cut flaring by 95% and avoid environmental fines
Prepare for gas reinjection phase in Phase II expansion
El 2VF-3.6/5-400 unit has operated reliably for over 6,000 hours with only standard maintenance.
Característica | Keepwin Advantage |
---|---|
✅ Oil-Free Technology | No gas contamination, no oil separation needed |
✅ Modular, Custom Design | Built to spec for flow, pressure, composition |
✅ Field-Proven Performance | Operating in >35 countries, incl. Middle East and Central Asia |
✅ Heavy-Duty Engineering | Forged crankshaft, anti-corrosion coatings, Class B/F motors |
✅ 40+ Years Technical Expertise | In-house R&D, machining, and full-system integration |
✅ Fast Delivery | Standard units ready in 45–60 working days |
Whether you’re developing a gas lift system, minimizing flaring emissions, or powering on-site engines—Keepwin provides end-to-end compression solutions for the most complex associated gas streams.
📩 Póngase en contacto con nosotros at keepwin@keep-win.com
🌐 Visit: www.keep-win.com
📞 Consult our engineers for technical advice or 3D layout proposals.
Hay una razón por la que los fabricantes de todo el mundo recurren a Keepwin como el mejor fabricante de compresores. Desde la fabricación industrial a la industria energética y todo lo que hay entre medias, nuestros sistemas gozan de la confianza de más de 100 países y regiones desde hace más de 20 años.
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Fabricado según la norma ISO9001 ISO14001. Certificado CE TUV ASMI Etc
Ingeniero altamente experimentado con 39 años de amplia experiencia en el diseño de compresores
Desde el diseño hasta la instalación, nuestra solución de compresores le ahorra tiempo y esfuerzo.
beneficiarse de casi 22 años de experiencia.
Durante años, Keepwin ha sido un fabricante líder de compresores de alto rendimiento, al servicio de una amplia gama de industrias. Gracias a nuestra amplia experiencia en I+D, podemos ofrecer soluciones a medida para satisfacer sus necesidades específicas. Nuestra red mundial de distribuidores ofrece un servicio posventa fiable para garantizar que sus operaciones se desarrollen sin problemas.
Cálculos y diseño precisos basados en sus necesidades y en las condiciones del emplazamiento
Comprar materias primas, forjar componentes y montar el compresor
Se somete a una prueba de fábrica de 4 horas en condiciones de nitrógeno
Entregamos el compresor en sus instalaciones y realizamos la puesta en marcha in situ.
Consiga el diseño de compresor más preciso en un abrir y cerrar de ojos.
Nos encargaremos de que un ingeniero profesional diseñe una solución que se adapte a sus necesidades.
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