Flares

Flare systems that safely combust waste, relief, and off-spec gases across process, landfill, and biogas applications. CRA designs enclosed ground flares, elevated flares, and pilot-assisted units in-house, with staged burner arrangements that hold combustion efficiency across a wide turndown.

Open Elevated Flare

Safe, Reliable, and Robust Combustion with Open Elevated Flare Systems

Enclosed Ground Flare

Smokeless, Silent, and Safe Flaring

Steam Assisted Flare

High-Capacity, Smokeless Combustion with Steam-Assist

Air Assist Flare

Smokeless and Efficient Flaring with Supercharged Air Assist

Reliable, Robust, and Field-Proven Flare Systems

Flexible, Fast-Deployment Flares for Temporary and Emergency Needs

Portable Mobile Flare

Portable, Mobile Flare Systems for On-Site Flexibility

Landfill Gas Flare

Built for the Full Life of a Landfill Gas Field

Projects That Push Boundaries

See how we turn hard problems into high-performance infrastructure.

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Enclosed Ground Flare for Lean Methane Flue Gas from Upstream Operations

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Open Elevated Biogas Flare System with >98% Combustion Efficiency

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ISO 16852 Bi-Directional Flame Arrestors for Low-Pressure Biogas Networks

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Our Blogs

Get all the technical details and resources you need in one place.

Flare Gas Recovery and Its Role in Making Flaring More Sustainable

A Thermal Oxidizer for Emissions, an Enclosed Ground Flare for Safety, Engineered as One System

Biogas upgrading for CBG and RNG: why one gas-train partner beats a multi-vendor plant

Enclosed vs Open Flares: Which System Fits Your Application?

Which H₂S Scrubber Is Best for Your Application?

Thermal Oxidizer vs Enclosed Flare: Choosing the Right Solution for VOC and Waste-Gas Control

Choosing Between DFTO, Recuperative, and Regenerative Thermal Oxidizers: What You Should Know

Engineering Without Shortcuts