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Above Ground Piping Insulation Products | Owens Corning Insulation
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Improve Thermal Performance & Protect your Process Piping

Above-ground pipe insulation is designed to manage the thermal regulation of pipes and equipment operating at temperatures higher than the surrounding air, known as 'above ambient' temperatures. Owens Corning offers cellular glass, fiberglass, and XPS insulation products, each providing distinct benefits for above-ground piping applications. These solutions help maintain safe surface temperatures designed to prevent burns, reduce heat loss, and enhance fire resistance, contributing to improved safety, process control, and energy efficiency. 

Industries such as chemical manufacturing, oil refining, power generation, and food processing utilize these insulation solutions, which can aid in controlling heat loss and maintaining process stability for operational efficiency. In chemical manufacturing and oil refining, insulation is essential for stabilizing temperature-sensitive reactions, maintaining process temperatures, and reducing energy consumption. Power generation facilities use ambient pipe insulation to help control heat dissipation and support system longevity, while in food processing, insulation assists in maintaining precise temperature control crucial for product quality. 


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Application Guides

Piping with electrical tracing

Heat traced process piping and equipment

FOAMGLAS® cellular glass insulation helps ensure that the temperature inside the pipes is controlled and isn’t impacted by outside influences, helping to achieve process control.
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pipes with red valves at oil refinery

Dual temperature process piping and equipment

Systems that are in dual temperature service operate at temperatures varying between two limits, usually a high temperature and a low temperature.
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Water pipes

Chilled water process piping and equipment

Chilled water systems play an important role in meeting the cooling needs of industrial facilities.
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Liquid oxygen tanks

LIN and LOX process piping and equipment

Insulation systems for liquid oxygen -183°C (-297°F) and liquid nitrogen -196°C (-320°F) require a specialized approach that considers the properties of the equipment to be insulated and the chemical and physical properties of the insulation to be used.
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pipes at oil and gas refinery

Cold to ambient process piping and equipment

By using a closed cell FOAMGLAS® insulation system you can help prevent moisture entering your insulation system.
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Piping with cladding

Above ambient process piping and equipment

Installing a closed cell insulation system such as FOAMGLAS® insulation can help prevent moisture and flammable liquids from penetrating the system.
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Gas tank and pipelines

Liquid gases piping and equipment

A well-performing insulation material helps in creating an efficient system that will maintain its thermal properties for years, greatly reducing long-term energy consumption.
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Chilled water piping

Chilled water systems

Thermal insulation solutions for chilled water pipes that provide resistance to the formation of condensation assuring the integrity of the pipes over time. Our chilled water insulation systems will limit heat transfer and provide moisture and corrosion resistance and will not burn or produce any smoke or fumes in case of a fire.
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Knowledge Articles & Case Studies

Combustible liquids in Insulation

Fire • Industrial • BlogCombustible Liquids in Insulation

Risk of fire increases when combustible liquids, such as oils and heat transfer fluids, are absorbed by insulation materials (also called “wicking”).
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DESIGNING DIRECT BURIAL INSULATION SYSTEMS

Thermal • Industrial • BlogKEY CONSIDERATIONS IN DESIGNING DIRECT BURIAL INSULATION SYSTEMS

Placing piping underground has been a widely accepted way of designing and installing process piping networks for decades. Underground piping networks are used to distribute chilled water, hot water and steam, or to transport gas or other fuels.
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Delta T

Sustainability • Mechanical • BlogMaking use of Delta T: Reducing industrial energy emissions with mechanical insulation

Properly designed and installed mechanical insulation is a great way to reduce energy expenditure, limit a facility’s greenhouse gas emissions, and save money.
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Insulating district energy systems

Moisture • Industrial • BlogConsiderations for insulating district energy systems

District energy systems are a popular way to provide temperature regulation to multiple buildings in an area. A well-designed insulation system should provide sufficient process control to heating and cooling processes, reduce energy expenditure and maximize the system lifespan.
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Audio mixing board

Acoustics • Mechanical • BlogAcoustic insulation solutions for industrial pipe applications

A new theoretical modeling system built and validated following a series of in-lab tests provides a tool to assess acoustic insulation designs, shortening the development process and reducing overall costs.
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More About Owens Corning Above Ground Process Piping Products

For above-ground piping, cellular glass insulation products offer thermal protection and help prevent burn hazards. This type of insulation is effective at safeguarding against moisture and flammable liquids, thereby supporting the safety and durability of the piping systems. The non-absorbent nature of cellular glass insulation prevents the storage of combustible liquids, which can assist in reducing the risk of fire hazards, making it a great choice for environments where flammable substances are present. The moisture-resistant properties of cellular glass and XPS insulation are crucial in preventing water or steam from compromising the insulation, thus maintaining its thermal efficiency, helping to prevent corrosion, and reducing safety risks from unexpected surface temperature changes.  

One of the lesser-known factors of above-ground process piping is water vapor intrusion, particularly in parts of above-ground piping where temperatures drop below 212°F (100°C). This situation can lead to decreased insulation performance, compromised temperature control, and increased corrosion risks—factors affecting energy consumption, safety, and operating costs. Ambient process piping insulation addresses these challenges by serving as a moisture barrier, which supports the durability and performance of the piping system. 

Fiberglass insulation products are suitable for above-ground applications as they adapt quickly to various pipe contours and provide good thermal and acoustical insulation, which is important for minimizing energy loss and noise in exposed environments. Together, these insulation solutions contribute to more efficient, safe, and economical operation of above-ground pipes by assisting in reducing risks to improve longevity and helping to maintain effectiveness, even in varying weather conditions. 

Contact us today to explore how our above-ground piping insulation options fit into your projects. We're here to assist you in finding suitable solutions for your commercial and industrial needs.  

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