Our Commitment to Environmental Responsibility

At Stelter & Brinck, we design and provide industrial combustion equipment and services that can help customers address emissions, energy use, and process heating requirements.

Some of the ways our equipment and services may support these goals include:

• Oxidizer Systems: We provide thermal and catalytic oxidizer systems designed for applications where emissions control is required. System performance and applicable regulatory requirements depend on the specific process, equipment design, operating conditions, and applicable regulations.
• Custom Equipment Design: We engineer new and replacement combustion systems based on the specific process, operating conditions, and project requirements.
• Energy-Efficiency Opportunities: Equipment design and combustion adjustments can be evaluated for opportunities to support efficient operation and manage fuel consumption.
• Low-NOx & Ultra-Low Emission Options: Where applicable, we can design and provide combustion systems with low-NOx or ultra-low-emission options based on project requirements and available technology.
• Heat Recovery Systems: Heat recovery can be evaluated as part of a combustion or process heating project when process conditions make recovery practical. Potential energy savings vary by application and operating conditions.
• Combustion Service: Proper equipment maintenance, combustion adjustment, and fuel-to-air management can help support efficient operation and identify potential issues that may affect emissions or energy use.
• Fuel Conversion: We can evaluate fuel conversion options based on equipment requirements, available utilities, process needs, and project economics.

Supporting More Efficient Process Heating

Our engineers and service technicians can help customers evaluate existing combustion equipment and identify potential opportunities for upgrades, repairs, maintenance, heat recovery, or other improvements.

Actual energy use, emissions, and operating results depend on the equipment, process, installation, operating conditions, maintenance, and other site-specific factors.