The gas being burnt because nobody can use it

A flare is one of the energy industry’s most visible contradictions. Gas with potential value is burnt at the point of production because there is no practical route to process, transport or use it.

At the Louisiana pavilion in Bangkok, ARC Energy is presenting the less glamorous machinery that can change that equation. The company supplies production and processing equipment for applications including gas conditioning, dehydration, separation, compression and flare-gas elimination.

The proposition is straightforward: make difficult gas usable before it reaches the flare.

Why valuable gas still gets wasted

Associated gas does not always emerge from a well in a condition that can enter a pipeline or feed an engine. It can contain water, liquids and contaminants, and its pressure may be wrong for the next stage of the system. In remote or marginal fields, the cost and time required to build conventional infrastructure can leave operators with few attractive options.

That is where smaller and modular processing packages become interesting. Equipment can be configured around a particular stream, separating liquids, treating the gas and preparing it for an available outlet. Depending on the site, recovered gas might support local power, return to a gathering system or become a saleable product.

ARC Energy’s wider offer includes new, reconditioned and rental equipment. That mix matters. A project that cannot justify a bespoke, long-lead facility may still work with a faster or lower-cost package built around existing equipment.

The transition case is about what happens now

Flaring is often discussed as a climate target, but on the ground it is an engineering and commercial problem. Operators need equipment that fits the gas composition, the available space, the operating conditions and the economics of the field.

Recovering gas can reduce routine waste and the carbon dioxide produced by burning it. It can also create revenue or displace fuel brought in from elsewhere. But the environmental case depends on performance. Poorly controlled methane leaks can undermine the benefit, and not every captured stream will find a productive use.

The useful question is therefore not whether a company can attach the words “flare-gas elimination” to a product list. It is how much gas a real installation recovers, where that gas goes and what emissions remain across the system.

Louisiana’s practical pitch

ARC Energy fits neatly into the broader story Louisiana is telling at Gastech. The state is promoting major LNG investment, but it is also bringing the suppliers that solve problems upstream and around the plant.

That industrial depth may be the stronger export. Big terminals attract attention, while the quieter business of conditioning gas, reusing equipment and making marginal projects work determines how efficiently the system operates.

There is no grand promise in a processing skid. There is simply a practical challenge: stop burning a resource if it can be cleaned up and put to work.

• Company websiteARC Energy
• LinkedInARC Energy on LinkedIn

The Stratawire is reporting from Gastech 2026 in Bangkok.