Offshore Gas Compressors and Compression Packages
Garo packaged compression systems for offshore applications guarantee reliable, low maintenance performance.
Offshore environments create unique challenges for both operators and systems. The working conditions at sea, under some of the toughest climates and often far from special maintenance and service facilities, demand the highest levels of reliability.
For more information on the technologies, and compressor types used in the offshore oil and gas sector as well as the applications they service, see our :
Garo packaged compression systems for offshore applications guarantee reliable, low maintenance performance.
Thanks to their robust and reliable design, Garo liquid ring compressors are the ideal choice for offshore applications. Liquid ring compressors run cool and have the ability to clean the gas as they compress it - removing the need for downstream condensers and scrubbers. The result is a simpler, more reliable system.
Used in packaged systems, Garo compressors can recover fuel or flare gasses, and condense valuable hydrocarbons. This allows operators to maximize profitability by recycling process gases and vapors that would otherwise be lost or burnt. At the same time, Garo solutions can help FPSOs, FSOs, and Offshore Platforms meet the stringent environmental legislation, which prohibits the flaring of waste gasses.
Garo machines can be used for a range of applications in the offshore industry, including flare gas compression, vapor recovery, and vent gas recovery. Discover our full range, and learn about how Garo compressors can benefit your offshore operations!
Offshore flaring presents operators with a range of challenges, such as space limitations, high pressures, heat radiation, noise, and environmental pollution. Key to the safe operation of FPSOs, FSOs, or Offshore Platforms, Flare Gas Recovery (FGR) is the process of recovering and repurposing flare gasses and reducing emissions. These gasses, which would normally be burned during the flaring process, include carbon dioxide, methane/LPGs, hydrogen sulfide, and sulfur dioxide.
At a high level, a flare gas recovery unit uses a liquid ring compressor to recover and compress the gasses. The compressed gas is then cycled back for being reused. This process helps production platforms to reduce flare pollution, preserve flare stacks, and improve air quality.
Vapor Recovery Units minimize Volatile Organic Compound (VOC) emissions that occur, for example, during the loading or storage of oil on vessels. Vapor that would normally be vented into the atmosphere is recovered, reducing atmospheric emissions and their associated hazards or health effects. The recovered vapor is then cycled back into the process. On the other hand, the remaining VOCs (light ends) can be used as fuel in boilers to produce steam for process use or power generation.
For over 70 years, Garo has been providing the most reliable compressors and packages designed to meet the demands of the oil & gas industry. We make our customers successful by maximizing efficiency and preventing unscheduled downtime.
Engineered for demanding applications, Garo compressors are renowned for their rugged design and construction, giving them a high tolerance to carryover and process upsets. Cool running operation makes them ideal for handling a wide range of explosive gasses and vapor recovery applications. These features combine to provide the best uptime in the industry.
Each of our compressors features:
• Rugged design & construction
• High Reliability & long service life (40+ years)
• Simple & reliable operation, with a single moving part
• Constant, wear-free performance with no metal to metal contact
• No internal lubrication required, reducing maintenance & downtime
• Cool running with minimal temperature rise between inlet & discharge
Garo has years of experience and expertise in designing compressor systems for oil & gas applications. As a result, we understand the impact of handling various hydrocarbons and their effect on liquid ring compressors and the system design. Garo has the knowledge, including consideration of external factors, to design, support and troubleshoot offshore compressor systems.
Every day we use our extensive engineering knowledge of liquid ring technology to support customers throughout every step of the project: from the concept/FEED study to the start-up of the system. We also provide customer care and assistance on the long term basis through our global network of GARO CERTIFIED™ Service & Support.
Garo Liquid Ring Compressor installed on an offshore platform
Flare Gas Recovery Systems
Offshore flaring presents operators with a range of challenges, such as space limitations, high pressures, heat radiation, noise, and environmental pollution. Key to the safe operation of FPSOs, FSOs, or Offshore Platforms, Flare Gas Recovery (FGR) is the process of recovering and repurposing flare gasses and reducing emissions. These gasses, which would normally be burned during the flaring process, include carbon dioxide, methane/LPGs, hydrogen sulfide, and sulfur dioxide.
At a high level, a flare gas recovery unit uses a liquid ring compressor to recover and compress the gasses. The compressed gas is then cycled back for being reused. This process helps production platforms to reduce flare pollution, preserve flare stacks, and improve air quality.
Vapor Recovery Units (VRU) and Vent Gas Compression Systems
Vapor Recovery Units minimize Volatile Organic Compound (VOC) emissions that occur, for example, during the loading or storage of oil on vessels. Vapor that would normally be vented into the atmosphere is recovered, reducing atmospheric emissions and their associated hazards or health effects. The recovered vapor is then cycled back into the process. On the other hand, the remaining VOCs (light ends) can be used as fuel in boilers to produce steam for process use or power generation.
Garo Liquid Ring Compressors
For over 70 years, Garo has been providing the most reliable compressors and packages designed to meet the demands of the oil & gas industry. We make our customers successful by maximizing efficiency and preventing unscheduled downtime.
Engineered for demanding applications, Garo compressors are renowned for their rugged design and construction, giving them a high tolerance to carryover and process upsets. Cool running operation makes them ideal for handling a wide range of explosive gasses and vapor recovery applications. These features combine to provide the best uptime in the industry.
Each of our compressors features:
• Rugged design & construction
• High Reliability & long service life (40+ years)
• Simple & reliable operation, with a single moving part
• Constant, wear-free performance with no metal to metal contact
• No internal lubrication required, reducing maintenance & downtime
• Cool running with minimal temperature rise between inlet & discharge
Engineering Expertise
Garo has years of experience and expertise in designing compressor systems for oil & gas applications. As a result, we understand the impact of handling various hydrocarbons and their effect on liquid ring compressors and the system design. Garo has the knowledge, including consideration of external factors, to design, support and troubleshoot offshore compressor systems.
Every day we use our extensive engineering knowledge of liquid ring technology to support customers throughout every step of the project: from the concept/FEED study to the start-up of the system. We also provide customer care and assistance on the long term basis through our global network of GARO CERTIFIED™ Service & Support.
Garo Liquid Ring Compressor installed on an offshore platform
Customized Packages
Our customized package solutions offer complete systems designs, built around reliable GARO liquid ring technology. From packages for flare gas recovery to chlorine compression we custom design each solution for the challenges of demanding oil & gas and chemical applications.
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