Liquefaction of Natural Gas (LNG)

The Air Products LNG Process Technology and Equipment Business is Now a Part of Honeywell

To learn more, visit the Honeywell website or contact a Honeywell representative using the links below.

Visit Honeywell Website Contact Honeywell Representative

Our Experience

No company has more experience in the supply of natural gas liquefaction processes and equipment than Air Products. Our unique ability to integrate the liquefaction process design and critical liquefaction equipment leads to an optimization of performance, costs, operability and reliability that has become the benchmark for the LNG industry.

Download Our LNG Experience data sheet

We can help with LNG

Working closely with our customers and building in-depth knowledge of their requirements has driven the continuous improvement in the LNG technology, equipment, and services that we offer

Designed, manufactured and shipped more than 120 LNG heat exchangers

Offering a full range of process options for peak-shavers to mega-trains

Established technology for emerging FLNG (floating LNG) market

Most knowledgeable, with 50+ years of process and equipment experience

State-of-the-art manufacturing facility located at Port Manatee, Florida

Read More: Our World-class Manufacturing Facility

Air Products recently awarded patents for natural gas liquefaction technology.

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Building a new LNG plant? Optimizing an existing plant?

Download our free Gas Converter app

Convert weight and volume measures for nitrogen, oxygen, argon, hydrogen, helium, and carbon dioxide as well as liquefied natural gas (LNG).

LNG Technical Articles/Whitepapers

LNG Decarbonization Strategies for a Cleaner Future		Avoiding unpleasant surprises during mixed refrigerant condensation
Keeping it Simple: Liquefaction trains for modern LNG facilities		Decarbonize LNG liquefaction with pre-combustion CO2 capture technology
Steps to select the best nitrogen removal for an LNG plant		Brayton refrigeration cycles for small-scale LNG
Advantages of gas expansion processes and why they are particularly attractive for arctic application		Advances in coil wound heat exchanger technology
How to find the right combination of LNG subcooling and end-flash		Why smaller LNG plants can equate to bigger opportunities
Key considerations when developing small-scale LNG projects		A CWHE design for an evolving market: innovations to meet the demands of a changing LNG market
Small scale, big benefits		Built to Perform; which type of heat exchanger is best for producing LNG
Smooth Sailing: Considerations for planning a floating LNG facility