Applications of 3S Technology
Unlocking value across the gas value chain through compact, modular supersonic separation solutions.
3S Technology enables efficient separation of liquids and heavy hydrocarbons (C₃+) directly from natural gas streams. Its compact design allows deployment across upstream, midstream, and downstream operations — delivering measurable gains in recovery, capacity, and operational efficiency.
Field Gas Conditioning
Raw natural gas from wells often contains water, condensate, and heavy hydrocarbons that prevent safe transportation. Early-stage conditioning is essential to meet pipeline specifications and reduce hydrate and corrosion risks.
Typical Challenge
Gas at the wellhead is not yet ready for transport due to water, condensate, and C₃+ content.
3S Application
Removal of water and hydrocarbon dew point, partial C₃+ recovery, and gas conditioning for direct pipeline entry.
Key Benefits
Early monetization of gas, reduced need for chemicals, and compact deployment for remote or mobile installations.
Flare Gas & Associated Gas Recovery
Flaring remains a major source of emissions and lost product value. Associated gas is frequently underutilized because of infrastructure limits or unstable operating conditions.
Typical Challenge
Hydrocarbons are lost through flaring or venting instead of being converted into usable products.
3S Application
Recovery of valuable hydrocarbons from flare gas and low-pressure associated gas streams.
Key Benefits
Waste-to-value conversion, reduced emissions, and rapid deployment with minimal infrastructure.
Gas Processing Plant Debottlenecking
Many gas plants operate near capacity, while expansion of conventional processing systems requires significant capital and time.
Typical Challenge
Existing GPPs face throughput limitations and high expansion costs.
3S Application
Pre-separation of heavy hydrocarbons upstream of cryogenic and fractionation units, including selective C₃+ enrichment.
Key Benefits
Higher throughput, improved efficiency of existing assets, and modular capacity increase without major CAPEX.
NGL (C₃+) Recovery & Monetization
Propane, butane, and condensates are high-value components often partially lost in untreated or partially processed gas streams.
Typical Challenge
Valuable C₃+ hydrocarbons are not fully recovered, reducing overall project economics.
3S Application
Extraction of propane, butane, and condensate from natural gas and associated streams before downstream processing.
Key Benefits
Higher yield of saleable products, improved ROI, and reduced hydrocarbon losses in export gas.
Acid Gas Pre-Treatment (CO₂ / H₂S)
Gas streams containing CO₂ and H₂S require treatment to meet specifications and protect infrastructure from corrosion and operational instability.
Typical Challenge
High acid gas content increases chemical treatment demand and limits field development options.
3S Application
Bulk pre-treatment of acid gas upstream of amine or membrane systems to reduce downstream load.
Key Benefits
Lower operating cost, reduced chemical consumption, and improved viability for difficult gas fields.
Offshore & Subsea Gas Processing
Offshore and subsea developments demand compact, reliable, and low-maintenance process technologies due to weight, footprint, and access constraints.
Typical Challenge
Space limitations and harsh conditions make conventional systems costly and difficult to maintain offshore.
3S Application
Subsea gas-liquid separation and offshore gas conditioning using compact units with no moving parts.
Key Benefits
Reduced footprint, high reliability, and suitability for offshore or subsea integration.
Pipeline & Transport Gas Conditioning
Gas intended for transportation must consistently meet water dew point and hydrocarbon dew point specifications to ensure safe and efficient delivery.
Typical Challenge
Unconditioned gas creates risk of hydrate formation, corrosion, and non-compliance with transport specifications.
3S Application
Inline removal of water and condensate prior to pipeline entry for stable gas quality.
Key Benefits
Improved transport safety, compliance with specification, and reduced downstream treatment requirements.
Fuel Gas & Small Stream Recovery
Fuel gas used in compressors, turbines, and generators can still contain recoverable hydrocarbons that are commonly overlooked.
Typical Challenge
Secondary and utility streams often contain unrecovered C₃+ components that represent avoidable losses.
3S Application
Recovery of C₃+ components from fuel gas, compressor gas, generator gas, and small-volume process streams.
Key Benefits
Improved overall efficiency, additional product recovery, and fast payback from previously lost streams.
Why 3S Technology?
Turn Gas Streams Into Revenue Streams
3S Technology is not only a processing solution — it is a value creation tool. By targeting the right application points, operators can increase hydrocarbon recovery, expand plant capacity, and reduce emissions and operational losses.
