Air Products is a world leader in LNG technology and equipment as a majority of the world’s LNG is produced with our coil wound heat exchangers (CWHE) and liquefaction technology.
The evolving landscape of the LNG market demands solutions that balance efficiency, reduce carbon intensity, and provide flexibility in plant design. Air Products shares key process and design considerations for modern LNG facilities.
Train size and liquefaction process influence the overall capacity and size of an FLNG vessel. Air Products shares key considerations to maximize LNG production in the smallest footprint and lowest module weight.
Air Products’ small scale LNG liquefaction designs offer big benefits, leveraging world-class technology tailored for high efficiency, superior performance, and low total overall cost of ownership.
LNG plants require cryogenic heat exchangers to liquefy natural gas. This paper outlines the features of the two most common types and why coil wound heat exchangers are the best choice for producing large quantities of LNG.
Air Product's white paper shows that gas expansion cycles can provide significant power savings when operating at ambient temperatures well below the design point.
New natural gas liquefaction projects require efficient, low CAPEX nitrogen removal options. This article will describe the steps to select the best nitrogen removal option for an LNG plant.
Read this white paper to learn more about the advantages of gas expansion processes and why these cycles are particularly attractive for arctic applications.
This white paper explores how to find the right combination of LNG subcooling and end-flash.
This white paper discusses advancements in offshore natural gas liquefaction technology.