Biogas Flame Arrestor

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Biogas Flame Arrestor Specification

Connection
Flanged End / Threaded End (BSP/NPT)

Accuracy
High reliability in flame arresting; precision mesh element.

Pressure
Up to 10 bar

Function
Prevents flame from traveling back into the biogas system, ensuring safety.

Size
2 inch (customized sizes available)

About Biogas Flame Arrestor

Owing to our in-depth expertise in this domain, we are engaged in offering an extensive range of Biogas Flame Arrestor. The offered arrestor is manufactured in adherence with the international standards using optimum quality Flame Element SS 316, SS304, aluminum and copper with the help of latest technology. This arrestor is used in the pipe line and various industries for heating, processing and baking purposes. We offer this superior quality Biogas Flame Arrestor in various specifications to meet the different needs of the clients.

Features:

High flow areas
Quick quenching of flame
Easy maintenance
Robust construction

Type

In Line Flame Arrestor: Flame Arrestor is used in the pipe line and manufactured for the flame deflagration.

End of Line

For storage tanks, vapor

Material:

Housing Low Copper Aluminum, Cast iron, Stainless Steel, Other Materials and Coating available on request
Flame Element SS 316, SS304, Aluminum, copper

Size:

Size are available from 1/2 to 24, other higher sizes are available on request
Pressure Rating Standard 5 to 10 bars
High Pressure Rating are available on request

Comprehensive Safety for Biogas Applications

Our flame arrestors are purpose-built for biogas plants and waste-to-energy systems, ensuring operational safety by intercepting and extinguishing flames before they can propagate into sensitive equipment. With high-quality materials and compliance to global standards, these units enhance plant reliability and safety.

Advanced Flame Quenching Technology

Utilizing a precision corrugated stainless steel mesh element, the device achieves high reliability in flame arresting, tolerating temperatures up to 1200C. The elements removable design simplifies maintenance, inspection, and cleaning, optimizing uptime and system longevity.

FAQs of Biogas Flame Arrestor:

Q: How does a biogas flame arrestor work in a biogas plant?

A: A biogas flame arrestor operates by allowing biogas to flow through its precision corrugated stainless steel mesh, which cools and extinguishes flames, preventing them from traveling back into the biogas system. This protects equipment and personnel from fire hazards.

Q: What materials are available for the flame arrestor body and why are they important?

A: The body is available in mild steel, cast iron, and stainless steel (304/316). The selection depends on the biogas environment and desired corrosion resistance. Stainless steel offers superior durability in corrosive settings, ensuring a longer operational life.

Q: Where can the biogas flame arrestor be installed?

A: It is designed for installation in both horizontal and vertical orientations within biogas plants, digesters, and waste-to-energy systems. Its versatile mounting allows adaptation to varying plant layouts.

Q: When should the mesh element inside the flame arrestor be inspected or cleaned?

A: Regular maintenance as recommended by the manufacturertypically during routine plant shutdowns or according to operational guidelinesensures the mesh element functions effectively and prolongs device service life.

Q: What is the process for maintaining or inspecting the flame arrestor?

A: Maintenance is streamlined due to the removable housing. Simply detach the housing to access the corrugated stainless steel mesh for inspection or cleaning, ensuring any blockages or contaminants are removed for reliable operation.

Q: What benefits does using a flame arrestor offer to biogas system operators?

A: Operators benefit from enhanced safety by preventing dangerous flashbacks, peace of mind thanks to compliance with standards, ease of maintenance, and reliable performance even under demanding conditions up to 1200C and 10 bar pressure.

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