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Vaca Muerta LNG Gas Conditioning: How 3S Technology Supports Argentina LNG Projects

3S Technology offers a front-end gas conditioning solution for Argentina LNG projects by improving Vaca Muerta feed gas quality, recovering valuable liquids, and reducing downstream pretreatment loads.
May 30, 2026/by andreas001

Applications of 3S Technology

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.
March 19, 2026/by andreas001

FPSO Gas Conditioning Technology for Offshore Projects | 3S Supersonic Separation

Efficient FPSO gas conditioning is essential for managing associated gas, reducing emissions, and increasing offshore production performance. Discover how 3S Supersonic Separation Technology supports offshore gas processing optimization and debottlenecking across Guyana and Suriname FPSO developments.
March 2, 2026/by andreas001

Supersonic Gas Separation (3S Technology): A Strategic Opportunity for PDVSA at Amuay and Cardón

3S Supersonic Gas Separation would significantly enhance PDVSA’s operations at the Amuay and Cardón refineries. By recovering valuable C3–C4 fractions and improving gas conditioning efficiency, 3S Technology offers a reliable solution for Venezuela’s refining complex.
November 19, 2025/by andreas001

Supersonic Gas Separation – The Next-Generation Solution for Natural Gas Processing

The 3S supersonic gas separator represents the next generation of gas-processing technology — compact, chemical-free and highly efficient. Learn how this patented supersonic separator by M-ost Ltd enables NGL recovery, CO₂/H₂S extraction and gas conditioning worldwide.
November 1, 2025/by andreas001

Debottlenecking Gas Processing Units: Doubling Capacity with 3S Technology

In the evolving landscape of natural gas processing, operators…
October 28, 2025/by andreas001

Modular NGL Recovery & Gas Conditioning / Enrichment for Smarter Midstream Operations

In today’s upstream and midstream gas landscape, operators…
October 26, 2025/by andreas001

3S Separator Technology – Supersonic Debottlenecking for Gas Processes

3S Separator Technology: Supersonic Debottlenecking for Gas…
October 5, 2025/by andreas001
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3S-TECHNOLOGY – operating principle

3S separator - working principle

3S-technology is based on pre-swirled gas flow expansion in a Laval nozzle. At that point, due to the conversion of a portion of the gas flow’s potential energy into actual kinetic energy during its acceleration to supersonic speed, a rapid static pressure drop takes place in the flow accompanied by its rapid cooling.

3S-separator regulates the flow temperature in the nozzle by means of a calculated selection of nozzle geometry and pressure drop rate (usually characterized the by Mach number « M »). The Mach number is selected in such a way that “targets” gas mixture components (i.e. components to be separated) transfer to a liquid phase. The droplets thus formed actively coagulate, assisted by the turbulent nature of the swirling flow. The flow swirling degree is usually selected so as to provide centrifugal forces in the nozzle working section at the level about 100 thousand and higher.

Under the influence of centrifugal forces, the liquid droplets are moved into the boundary layer where the gas-liquid mixture enriched with “target” components is formed. At this stage, the “central” portion of the flow is cleared from the “target” components.

Further on in the selection device, the gas flow is divided into two parts: gas-liquid flow directed into the gas-liquid separator, and the flow of prepared (sales) gas directed to the consumer.

The use of diffusers at the outlet of the 3S-separator working part allows for converting some of the kinetic energy into potential energy due to deceleration, which results in a substantially greater gas pressure at the outlet of the diffuser than the static pressure of a gas in a Laval nozzle. This is where the condensation of the target components occurs.

 

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In addition to 10 years of solid contact with 3S technology, there is also more than 20 years of knowledge in the field of logistics and maritime, as well as project management skills in versatile areas, enriched by more than 30 years of experience in international business as such.

Most 3S Gas separation 1

M-ost Ltd | Official Licensee | 3S Technology
Phone: +43 677 63 1386 93 | Email: info@3s-most.eu
Company Registration Number: 5908027

M-ost Ltd is the official licensee of 3S Technology for territories of Argentina, Chile, Peru, Venezuela, Brazil and selected EU countries.

© 2024 M-ost Ltd

  • Typical 3S Separation unit (Process Flow Scheme)
  • Numerical analysis – Low Temperature Separation

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