CELLULAR GLASS INSULATION for lng applications
Compare Two Insulation Approaches for Cryogenic Applications
How do cellular glass and aerogel blanket insulation compare in LNG and cryogenic applications? This technical white paper examines key specification considerations, including thermal performance, moisture resistance, fire safety, installation requirements and installed cost to help engineers and specifiers make more informed material selection decisions.
See the Comparative LNG Piping Installation Study in Action
In August of 2024, a market installation study was conducted by and independent, third-party insulation contractor, commissioned by Owens Corning Insulation Systems, LLC.
This study timed the installation of different insulating materials to a common specification to analyze both, time to install as well as cost of labor and materials.
Explore FOAMGLAS® for LNG Applications
From LNG piping and equipment to broader cryogenic applications, insulation system design requires careful consideration of performance, safety, and long-term reliability. Explore additional resources to learn more about FOAMGLAS® cellular glass insulation, fire protection standards, and key factors that influence material selection for LNG service.
Thermal insulation solutions for LNG piping and equipment operating at cryogenic temperatures.
The equipment in LNG storage and loading facilities and receiving terminals (except vaporizers and downstream equipment) operate at an approximate temperature of -161°C (-258°F) and require appropriate insulation.
Understanding fire protection standards for LNG facilities and the role of industrial insulation.
There are several regulations and requirements that involve fire risk assessment and protection. Frankly, it can be confusing to understand, but this paper will clarify the basic requirements a facility needs to follow and how industrial insulation can play a role in helping to make LNG facilities a safe place to work.
Key factors that affect material selection in LNG service
LNG is a mixture of low-molecular-weight hydrocarbons that has been cooled down to liquid form for ease and safety of non-pressurized storage or transport. Multiple critical factors should be evaluated to determinate whether an insulation system should be considered for LNG service.
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