Technip Energies, Honeywell, and Siemens Energy jointly launch standardized modular LNG solution SnapLNG 1.5

Technip Energies, Honeywell Technologies, and Siemens Energy just teamed up to launch SnapLNG 1.5 — a standardized, fully modular, electrified LNG production solution built around a 1.5 million metric ton-per-year train. The three companies made it official at Gastech 2026 in Bangkok.

Three companies announce SnapLNG 1.5

Technip Energies is commercializing SnapLNG 1.5, but it’s not going it alone. Honeywell Technologies brings gas pretreatment, liquefaction, and automation technologies, while Siemens Energy adds electrified turbomachinery and compression. The result is a deliberate pairing of complementary strengths inside one repeatable product.

Everything centers on a standardized 1.5 million tpy train. Project owners can replicate that base unit for larger developments, giving them a scalable path rather than a rigid, one-size-fits-all constraint. Technip Energies layers in its LNG project execution expertise, modularization capabilities, and digital delivery approach to round out the package.

Project developers under pressure to hit final investment decisions this decade need tools that de-risk execution, and SnapLNG 1.5 positions itself as exactly that.

Gastech 2026 in Bangkok gave the three partners a high-profile stage to introduce SnapLNG 1.5 — and the audience of project developers and investors actively weighing new LNG capacity decisions is exactly who needed to hear about it.

Why the three partners developed the solution

The numbers make the case clearly enough. Global LNG demand could require more than 200 million tpy of new capacity by 2035, according to the partners’ own assessment. That’s a massive build-out compressed into a short window.

The US is expected to account for roughly 50% of global LNG market growth. That concentration of activity creates real pressure to move fast and efficiently, and developers can’t absorb the delays and cost overruns that have historically plagued large-scale LNG projects.

Traditional LNG projects carry well-known execution risks: long schedules, high complexity, uncertain outcomes. Those challenges make investors cautious and timelines unpredictable. SnapLNG 1.5 was designed specifically to address that.

Each company brings something the others don’t. Technip Energies offers modularization and execution know-how. Honeywell Technologies supplies pretreatment and liquefaction technology backed by a deep track record. Siemens Energy contributes electrified turbomachinery built for lower-carbon operations. None of that overlap is accidental.

How SnapLNG 1.5 is designed to work

Standardization is the core design philosophy. Rather than engineering every project from scratch, SnapLNG 1.5 relies on a fixed, replicable train design — and that consistency is what lets the partners promise schedule reductions of up to two years compared to conventional approaches.

Offsite fabrication does a lot of the heavy lifting. Building modules away from the project site cuts on-site construction complexity significantly, which means fewer variables, fewer weather-related stoppages, and tighter quality control throughout.

Electric motor-driven liquefaction is another defining feature, supporting lower operational emissions compared to gas turbine-driven alternatives. Siemens Energy’s electrified turbomachinery and compression solutions are what make that viable in practice.

Honeywell Technologies’ contribution carries particular weight here. Its pretreatment technologies already process approximately 40% of the world’s LNG — a figure that signals proven, at-scale reliability rather than untested innovation. Christina Andersen, President of Gas and LNG, Process Technology at Honeywell Technologies, noted that customers can “move forward with confidence, knowing that three industry leaders are working together.”

Context: The growing small-to-mid-scale LNG market

SnapLNG 1.5 isn’t aimed at the mega-project end of the market. It’s tailored specifically to the small-to-mid-scale LNG segment, which has been gaining traction as developers look for ways to reduce capital risk and improve execution certainty.

Smaller, modular projects are increasingly attractive to investors who’ve watched large-scale LNG developments run over budget and behind schedule. A standardized solution with a predictable cost and timeline profile shifts the risk calculus in a meaningful way. Project developers under pressure to hit final investment decisions this decade need tools that de-risk execution, and SnapLNG 1.5 positions itself as exactly that. Loic Chapuis, President of Project Delivery and Services at Technip Energies, described it as “a faster and more predictable route to bringing new LNG capacity online.”

The timing is strategic. A wave of LNG project FIDs is anticipated across this decade, and the three companies are clearly positioning SnapLNG 1.5 to capture a share of that pipeline early. Being first to market with a standardized, multi-partner solution is a competitive advantage worth establishing now. Marcus Bruecher, Senior Vice President Compression at Siemens Energy, put it plainly: “Meeting growing LNG demand requires close collaboration across the LNG value chain.”

A fully modular LNG production solution

SnapLNG 1.5 is a jointly developed, standardized, fully modular LNG production solution built around a 1.5 million tpy train. Technip Energies commercializes it, with Honeywell Technologies and Siemens Energy supplying core process and electrified turbomachinery technologies.

The solution targets the small-to-mid-scale LNG segment and is designed to shorten project schedules by up to two years through offsite fabrication and a replicable train design. It also aims to cut operational emissions via electric motor-driven liquefaction.

Underpinning all of it is a projected need for more than 200 million tpy of new LNG capacity by 2035, with the US expected to drive around half of global market growth. The official launch took place at Gastech 2026 in Bangkok.

Kelly Lippke

Kelly is an experienced writer with 15 years of experience exploring the big stories that shape our world, from tech breakthroughs and space exploration to climate, energy, and the fascinating quirks of science. She has a talent for turning complex ideas into sharp, memorable insights that stay with readers long after they’ve finished reading.