Market

Gas Processing

Natural gas processing separates raw gas into clean methane and valuable liquids, and fluid handling technology runs every step. Compressors, pumps, control valves, flow meters and analysers handle separation, dehydration, sweetening and fractionation of gas, condensate and glycol, under pressure, purity and leak-tightness requirements that also decide how much methane escapes to the atmosphere.

Every article below is selected for this market, alongside the experts, the videos and the newsletter editions that cover it.

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Latest Gas Processing news

Alfa Laval Technology Provider for Electrolyzer Cooling in One of Europe’s Largest Renewable Hydrogen Projects

September 4, 2026
Alfa Laval, a global leader in heat transfer, separation, and fluid handling, is proud to announce its selection as the...
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BuTech Highlights Critical Role of High-Performance Valve Technology in Reliable Deepwater Subsea Operations Ahead of ONS 2026

August 14, 2026
Company to Showcase Advanced Flow-Control Solutions Supporting Asset Integrity, Operational Resilience, and Lifecycle Performance at Stavanger's Premier Offshore Energy Event
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VPInstruments Upgrades VPFlowScope M: Higher Accuracy and Greater Flexibility for Gas Measurement

August 13, 2026
VPInstruments introduces a powerful new firmware upgrade for the VPFlowScope M all-in-one flow meter. The latest release significantly improves measurement...
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First Order of its Kind: Svanehoj to Supply LTD Gauging Systems for an LNGC-to-FSU Conversion

July 2, 2026
The order strengthens Svanehoj’s position in offshore LNG infrastructure as demand grows for LNG carrier conversions.
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Nord Gas Solutions – A New Name, the Same Trusted Company

June 24, 2026
We are proud to introduce Nord Gas Solutions as the new name for the former Wärtsilä Gas Solutions business. The...
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Gas Processing experts

Erik Tiemensma, Sales Knowledge Manager, has over 20 years of experience in flow and pressure measurement and control for gas, liquid and vapour. For many years Erik worked as Sales Engineer supporting worldwide sales channels in finding the best solutions for customers’ applications. At Bronkhorst we are convinced that sharing experiences and knowledge is an added value for customers, when discussing the most suitable products for their applications. As part of this expert panel, looks forward to your challenging flow or pressure questions.

Hello, my name is Lee Sandry and I am a Sector Training Manager at Watson-Marlow Fluid Technology Solutions. My role primarily involves training sales colleagues to provide customers the best fluid handling solutions in industrial sectors, including water treatment, mining, chemical and construction applications. Being from Cornwall and surrounded by the mining industry, with a father who worked underground, my local environment was always about engineering and mineral processing. My apprenticeship when I left school was with the large mining machinery manufacturer, which has led me onto greater things. My background at Watson-Marlow started in 1996 when I was involved in the production of hundreds of parts that go into the manufacture of our pumps. This was followed with becoming a Technical Support Engineer, working directly with colleagues and customers globally. Site visits and constant customer-facing support at Watson-Marlow Fluid Technology Solutions, gave me the opportunity to experience many aspects of installation and operation of our peristaltic and sinusoidal pumps range. My aim is to enable sales teams around the world to provide robust solutions for demanding pumping applications, helping customers improve the efficiency and safety of their manufacturing process. Choosing the right pump can overcome problems that cause other pump types to fail. With no rotors to wear, or seals and glands to flush, peristaltic hose pumps handle abrasive fluids without the maintenance costs of other pumps. Whilst the extremely low shear and high suction sinusoidal pumps reduce product damage and cut waste in high viscosity fluid transfer duties.

Paul de Waal is Dutch and educated as a Measurement and Control /Electronics Engineer. After a start as Instrumentation Engineer at Delta Controls, often outsourced to Shell, he became Managing Director of Sierra Instruments b.v. for almost 25 years. In 2012 he moved to the UK and now works as Business Development Director at Vögtlin Instruments GmbH in Switzerland. Paul has been active is several ISO committees and has a wide network of international relations that he can call upon to support him. (Vögtlin is part of the TASI group). He has practical experience with about every flow meter principle available. Currently his professional focus is application support, product development and international sales promotions. His main interest and experience lies in non-fiscal gas mass flow measurement/control systems and calibration. Gas mass flow meters and controllers used in applications like consumption measurements and distribution, gas dosing, mixing, (leak) testing, flame control, furnace, glass, heat treatment, packaging and analysers. Application for this can be found in industries like Food, Bio technology, Surface technologies, Welding, Medical, Pharma, Energy (Solar, Fuel cells, combustion, etc), chemical, semiconductor, metal industry and many more..

Bob Steinberg is the founder, president, and CEO of Sage Metering. He has over 40 years of instrumentation experience. Before forming Sage Metering in 2002, Steinberg managed thermal mass flow meter sales at Kurz Instruments, Sierra Instruments, and Eldridge Products. While at Weston Instruments, he was a product marketing engineer. He has a BSEE and a BA from Rutgers University.

Latest newsletters on Gas Processing

Our Market and Technology Focus editions, most recent first. Every Tuesday the week in fluid handling, on Thursday one market or one technology zone in depth.

More Gas Processing articles

LVDTs Deliver Precise Valve Position Feedback for Critical Fluid Control Applications

June 24, 2026
LVDT (Linear Variable Differential Transformer) position sensors are widely used in fluid handling and valve control systems to provide precise...
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Valmet’s Solution Boosts Gren Tartu’s District Heating Capacity in Estonia with Flue Gas Heat Recovery

June 9, 2026
Valmet has received an order from Gren Tartu for the delivery of a flue gas condenser and heat pumps to...
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Smarter Valve Control with Rotork’s Intelligent Positioner

June 4, 2026
As process industries continue to focus on reliability, maintenance and asset performance, intelligent valve positioners are playing an increasing role...
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6 Factors That Affect Gas Flow Measurement Accuracy in Installed Systems

June 1, 2026
Thermal mass flow meters are calibrated for specific gas composition and flow conditions under controlled settings. But applications in the...
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Warp Seals from Parker Prädifa Provide Tolerance Management Through Sealing Technology

May 12, 2026
The Prädifa Technology Division of Parker Hannifin, the global leader in the field of motion and control technology, has developed...
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OleumTech® Launches Coriolis Flow Meters for High-Accuracy Mass Flow Measurement

May 7, 2026
OleumTech®, a leading provider of industrial automation and instrumentation solutions, today announced the launch of its Coriolis Flow Meter, engineered...
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Accurate Gas Flow Control for Advanced Battery Anodes

April 23, 2026
Lithium ion batteries have become a cornerstone of the global energy transition, supporting applications that range from consumer electronics to...
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AW-Lake Expands Product Line with TH Series High Accuracy Turbine Flow Meter

April 15, 2026
AW-Lake, flow instrumentation manufacturer, announces the launch of its TH Series High Accuracy Turbine Flow Meter, a precision liquid flow...
Read more

Gas Processing experts

Erik Tiemensma, Sales Knowledge Manager, has over 20 years of experience in flow and pressure measurement and control for gas, liquid and vapour. For many years Erik worked as Sales Engineer supporting worldwide sales channels in finding the best solutions for customers’ applications. At Bronkhorst we are convinced that sharing experiences and knowledge is an added value for customers, when discussing the most suitable products for their applications. As part of this expert panel, looks forward to your challenging flow or pressure questions.

Hello, my name is Lee Sandry and I am a Sector Training Manager at Watson-Marlow Fluid Technology Solutions. My role primarily involves training sales colleagues to provide customers the best fluid handling solutions in industrial sectors, including water treatment, mining, chemical and construction applications. Being from Cornwall and surrounded by the mining industry, with a father who worked underground, my local environment was always about engineering and mineral processing. My apprenticeship when I left school was with the large mining machinery manufacturer, which has led me onto greater things. My background at Watson-Marlow started in 1996 when I was involved in the production of hundreds of parts that go into the manufacture of our pumps. This was followed with becoming a Technical Support Engineer, working directly with colleagues and customers globally. Site visits and constant customer-facing support at Watson-Marlow Fluid Technology Solutions, gave me the opportunity to experience many aspects of installation and operation of our peristaltic and sinusoidal pumps range. My aim is to enable sales teams around the world to provide robust solutions for demanding pumping applications, helping customers improve the efficiency and safety of their manufacturing process. Choosing the right pump can overcome problems that cause other pump types to fail. With no rotors to wear, or seals and glands to flush, peristaltic hose pumps handle abrasive fluids without the maintenance costs of other pumps. Whilst the extremely low shear and high suction sinusoidal pumps reduce product damage and cut waste in high viscosity fluid transfer duties.

Paul de Waal is Dutch and educated as a Measurement and Control /Electronics Engineer. After a start as Instrumentation Engineer at Delta Controls, often outsourced to Shell, he became Managing Director of Sierra Instruments b.v. for almost 25 years. In 2012 he moved to the UK and now works as Business Development Director at Vögtlin Instruments GmbH in Switzerland. Paul has been active is several ISO committees and has a wide network of international relations that he can call upon to support him. (Vögtlin is part of the TASI group). He has practical experience with about every flow meter principle available. Currently his professional focus is application support, product development and international sales promotions. His main interest and experience lies in non-fiscal gas mass flow measurement/control systems and calibration. Gas mass flow meters and controllers used in applications like consumption measurements and distribution, gas dosing, mixing, (leak) testing, flame control, furnace, glass, heat treatment, packaging and analysers. Application for this can be found in industries like Food, Bio technology, Surface technologies, Welding, Medical, Pharma, Energy (Solar, Fuel cells, combustion, etc), chemical, semiconductor, metal industry and many more..

Bob Steinberg is the founder, president, and CEO of Sage Metering. He has over 40 years of instrumentation experience. Before forming Sage Metering in 2002, Steinberg managed thermal mass flow meter sales at Kurz Instruments, Sierra Instruments, and Eldridge Products. While at Weston Instruments, he was a product marketing engineer. He has a BSEE and a BA from Rutgers University.

Gerard joined Panametrics in 2008 as a Flow Product Specialist for the Europe, Middle East and Africa Regions and is now the Global Flow Commercial Development Leader. He started his career in 1990 in the process industry after receiving his MSc. Before joining Panametrics, Gerard had several technical and commercial roles with several industries. Subject Matter Expertise – Flow, field instrumentation and process industries

A pump is more than just rotary equipment. It is the promise to solve a pumping task safely and reliably. In his function as a product and application manager at HERMETIC-Pumpen GmbH, Dominik Hegen takes care of transparently presenting the knowledge about pump technology and the selection of the pump to the customer. After an apprenticeship as a mold mechanic for high injection tools, Dominik graduated as an industrial engineer and specialized in the field of product management and has 9 years of professional experience in this field in different positions. At HERMETIC – Pumpen GmbH he is responsible for standardized canned motor pumps which are used in chemistry, Petrochemistry and oil and gas applications. With numerous webinars and user-friendly brochures, he supports customers and interested parties in the selection of suitable pumps and works as an interface between sales and technology. Should you want to know more about one of the most safe, cost efficient and reliable pump technologies do not hesitate to contact Dominik Hegen.

Kyle Daniels, CEO, is an Aerospace Engineer and the inventor, Chief Engineer, and Head of Product Design of the Dilating Disk Valve™, formerly known as the Shutter Valve™. He holds several patents on the Dilating Disk™ Valve, and is an expert in the field of industrial valves. Mr. Daniels spent his career in the aerospace industry working at General Electric, Pratt & Whitney, and Embraer Aircraft. He is a graduate of The Ohio State University’s prestigious Aeronautical and Astronautical Engineering program and received a master’s degree (magna cum laude) from Brown University’s Program in Innovation Management and Entrepreneurship. Mr. Daniels is from Miami, FL and has resided in Ohio, Connecticut, Rhode Island and Paris, France.

Trevor Forster is Managing Director of the internationally respected flowmeter company - Titan Enterprises Ltd. His experience in fluid handling dates back to the mid 1960's when he started working on rotating seals and flowmeter design for third party clients. Trevor draws upon his extensive experience of using innovative design and production techniques to produce elegant flow metering solutions for organisations around the globe. Titan Enterprises supply a range of off-the-shelf flowmeters, application-specific flowmeters & bespoke flow metering devices & solutions. Their flow sensors are designed to customer specifications & to meet specific flow ranges & environmental conditions.Titan are also a supplier of NSF-approved flowmeters for food & beverage applications.

Dietmar Saecker is temperature measurement expert at Endress+Hauser in Nesselwang, Germany. His experience covers technical sales support, consulting for difficult temperature measurement applications and international know-how transfers, especially in the Life Sciences industry. He also teaches at the Kempten University of Applied Sciences. Dietmar studied Chemical Engineering with a focus on measurement and control technology at the University of Dortmund. Experience from many customer visits has shown him that many problems arise from an incorrect choice of equipment. In lectures and training courses on temperature measurement technology, he demonstrates the complexity of the subject and regularly surprises numerous listeners with his thoughts and experiences. His recipe: “Recognizing trends and sharing knowledge. Because only when we share knowledge can we develop better solutions together.” Dietmar is looking forward to your questions and the exchange with you.

Eldad Ohayon is an experienced product management and business development professional with over 15 years of experience in industrial valves and fluid control solutions.

Pascal van Putten, CEO at VPInstruments, has over 25 years of experience in energy monitoring for compressed air and industrial gases. With a background in engineering and a strong focus on sustainability, he founded VPInstruments to provide easy-to-use, reliable tools for measuring flow, pressure, power, dew point, and more. Under his leadership, the company has developed innovative products like the VPFlowScope flow meter series and the VPVision energy management system, now used in factories worldwide. Pascal believes that accurate measurement is the first step toward meaningful energy savings and carbon reduction. He regularly speaks at conferences and workshops, sharing insights on industrial energy efficiency. As part of this expert panel, Pascal looks forward to addressing your questions on compressed air monitoring and sustainable energy management.

Natalie Waldecker, Portfolio Manager Food and Pharma, knows the challenges of the demanding industries inside out. With her broad application knowledge, she is at home on topics such as hygiene design, certificates and cleanability. As product manager for pressure measurement technology, she is also responsible for one of the most important measuring principles for the industry. Natalie gathers her knowledge as close to the application as possible. Preferably directly at the customer’s site, experiencing “real world” practice. She has thus gotten thoroughly acquainted with international customer requirements and knows the ins and outs of the market. With this background, she is able to not only explain technical relationships in an understandable way, but also offer valuable tips and convincing solutions. In the 12 years she has been with VEGA, she has steadily improved her expertise which makes her the right person to contact for new product ideas and tailored customer solutions.

Eric Heilveil is a 30-year plus veteran in the process instrumentation marketplace. He started out his career working for Emerson Electric and later moved on to work with his current employer Siemens Process Instrumentation Flow Division. Throughout his career in industrial flow measurement he has held positions as a field service manager, a field sales manager, application engineer, product line manager, sales and product trainer, among other roles. Eric has worked extensively in the semiconductor, biotech, water and wastewater, food and beverage, automotive, oil and gas, and chemical industries. His current position with Siemens is as a Product Marketing Manager for flow products. Eric holds a dual MBA in marketing and finance. Based in Harleysville, Pennsylvania, throughout his career Eric has been responsible for business development and marketing of the Coriolis, clamp-on ultrasonic, magnetic flow and vortex flow products. He has been expertly selling, managing, consulting, designing, training, marketing and writing about flow measurement and control products that serve industry for his entire career.

Questions and answers about Gas Processing

  • to produce transportable gas
  • prepared to meet the specific sales requirements (pipeline quality dry natural gas)
  • maximize liquid recovery

Methane is the gas found in natural gas, and natural gas processing is used to remove other gases and impurities. Natural gas processing can occur either before pipeline transportation or afterward.

A gas processing plant encompasses the equipment between the gas wells and the pipeline or other transportation methods.

An Example of a natural gas plant

The purpose of the gas processing plant is to remove the impurities and contaminants from the gas, remove solids and liquids, and prepare the gas to meet the specific sales requirements of the purchaser.

Gas processing consists of separating all of the various hydrocarbons, non-hydrocarbons (such as carbon dioxide and hydrogen sulfide), and fluids from the methane.

Pipeline

The gas processing plant takes the raw material (natural gas, pipeline condensate, water, hydrogen sulfide, and sulfur). It generates intermediate products (aw make, plant condensate, natural gasoline, and ethane-propane streams) and finished products (transmission quality natural gas, butane, and propane).

Natural gas process

The natural gas process depends on the location and composition of the raw gas and the application of the gas by the end-users.

The processing of natural gas to pipeline dry gas quality levels can be very complex, but commonly involves these main processes to remove the various impurities:

Removal of large particles – The first step of natural gas processing is to remove the most significant impurities, for example, sand, with scrubbers. Heaters ensure that the temperature does not fall below a certain level.

Oil, condensate, and water removal – Then, the oil, gas, and water are separated. The gas in this state can still have sulfur and is called sour gas. Sending natural gas through a pipeline in this state is undesirable because corrosion can occur due to sulfur.

Sulfur and carbon dioxide removal – Therefore, the next step is to remove the sulfur and carbon dioxide from the natural gas.

Separation of natural gas liquids – One of the final steps of natural gas processing is known as natural gas liquid recovery, where many of the hydrocarbons besides methane are removed and collected.

The collected liquids serve many uses and can be pretty valuable. These hydrocarbons include but are not limited to propane, butane, and ethane.

The gas to liquid process (GTL) can be defined as converting natural gas into high-quality liquid products that would otherwise be made from crude oil. These liquid products include motor oils, transport fuels, and the ingredients for everyday necessities like plastics, detergents, and cosmetics.

The natural gas processing facilities consist of several different gas processing units, but all typically have:

  • Inlet receiving and compression
  • Gas treating
  • Sulfur removal
  • Dehydration
  • Hydrocarbon recovery
  • Outlet compression

Although there are many options for processing natural gas, no one option is best for all circumstances.

Important considerations when choosing the correct processing method are:

  • Gas composition
  • Residue specifications
  • NGL takeaway
  • Expected long-term inlet gas volume and composition projections

In many cases, the best answer ends up being multiple processing options that change over time as the field develops and then matures due to inlet volume and composition fluctuations.

Gas processing companies strive to optimize production and minimize downtime and operational cost while maintaining safe operation. For this purpose, these gas processing systems must meet stringent process control requirements while being reliable and scalable.

Gas processing companies must find ways to improve plant efficiency and increase throughput without commissioning a complete plant overhaul. Integration of information technology and upgraded operations technology systems can be a cost-effective way to achieve the production visibility required to improve efficiencies.

The natural gas industry has, from its outset, always been wide open to innovation and every kind of modern technology. Technological advances have constantly shaped and re-shaped every industry stage, from exploration right through to final usage.

Scientists, researchers, and engineers need to keep updated with technology and business information for the natural gas industry, including shale gas, LNG, CNG, gas processing, and gas production.

Innovative gas treatment technologies promise to reduce energy consumption. These gas processing innovations could revolutionize the fuel market.

Glycol circulation pumps run the dehydration loop, amine pumps circulate the sweetening solvent, and reflux and condensate pumps serve the fractionation towers. Cryogenic pumps handle LNG and NGL at very low temperature, where thermal contraction and low viscosity set the design. More in Pumps and Pumping Systems.

Ultrasonic and orifice meters carry custody transfer on sales gas, Coriolis meters measure NGL and liquids by mass, and thermal mass meters handle flare and fuel gas. Custody measurement is proved and certified because the reading is the invoice. More in Flow Control and Measurement.

Guided wave radar and differential pressure transmitters control separators, contactors, reboilers and knockout drums, often with an interface between glycol or amine and hydrocarbon. Losing level control on a contactor sends liquid straight into the downstream equipment. More in Level Control and Measurement.

Control valves manage pressure across contactors and expanders, Joule Thomson valves drop pressure for cooling, and emergency shutdown and blowdown valves carry the safety case. Noise, vibration and low temperature embrittlement are the practical constraints. More in Process and Control Valves.

Glycol contactors, molecular sieve beds, coalescing filters and separators remove water, heavy hydrocarbons and particles before the gas meets a cryogenic section. A trace of water at minus 100 degrees means a hydrate blockage, so the filtration and drying train is what keeps the plant online. More in Fluid Filtration Systems.

Process gas chromatographs give the composition and the calorific value, and moisture, hydrogen sulphide and CO2 analysers confirm that the gas meets pipeline specification. Methane emission monitoring has become part of the same measurement question. More in Process Gas and Liquid Analytical Systems.

Three ways on from here

Gas Processing equipmentProduct types and the manufacturers that build them.Gas Processing videosSee the equipment run before you shortlist.Gas Processing eventsWhere the industry meets this year.