CECO ENVIRONMENTAL
RENEWABLE FUEL CONTROL & EMISSIONS VISIBILITY

Renewable Energy

Burner Management and Combustion Control for Renewable Energy Systems

Renewable energy facilities use fired systems to manage variable renewable fuel streams, methane-rich waste gases, gas treatment, fuel conditioning, tail gas oxidation, biomass drying, and thermal conversion processes. Profire helps teams control ignition, fuel delivery, combustion performance, and system visibility across biogas, landfill gas, RNG, waste gas, process heat, and emissions-control applications.

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Burner Management for Renewable Fuels

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Fuel Delivery for Variable Renewable Gas Quality

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Combustion Control for Heat Recovery & Waste Gas

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Subindustries We Serve

  • Red line icon of two industrial storage tanks side by side. Biogas & Anaerobic Digestion
  • Renewable Natural Gas (RNG) & Fuel Upgrading Renewable Natural Gas (RNG) & Fuel Upgrading
  • Landfill Gas & Waste-to-Energy Landfill Gas & Waste-to-Energy
  • Biofuels & Biorefineries
  • Red line icon of two industrial storage tanks side by side. Biomass, Pyrolysis & Biochar Production
  • Red line icon resembling a thermometer with graduation marks. Combined Heat & Power (CHP) & Industrial Renewable Heat

Why Renewable Energy Operations Choose Profire

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Safer Combustion for Variable Fuels

Renewable fuels can vary in composition, moisture, contaminants, and heating value. Profire burner management systems help control ignition, flame supervision, permissive checks, and safe shutdown where biogas, landfill gas, biomass gas, or waste-derived streams are involved.

PF2100 BMS Controller Installed

Visibility for Methane, Vapor & Waste Gas Systems

Operators need clear status when a landfill gas flare, biogas combustor, RNG tail gas oxidizer, or renewable fuel boiler trips. Profire supports alarms, event history, diagnostics, data logging, and communications integration so teams can monitor burner status, shutdowns, and combustion equipment performance across methane, vapor, waste gas, and tail gas systems.

Renewable Energy Fuel Train

Stable Operation Across Heat & Energy Use

Renewable energy sites may use combustion for process heat, gas treatment, drying, CHP, and thermal conversion. Profire helps manage fuel delivery, air control, temperature control, and combustion performance as operating conditions change.

Renewable Energy Plant

Support from Pilot to Commercial Scale

Renewable projects often involve OEM packages, gas cleanup equipment, emerging process designs, retrofit scopes, and site-specific controls. Profire supports application review, engineered controls, startup support, training, and long-term serviceability.

Renewable Energy Fired Equipment Profire Supports

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Combustors & Flares

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Thermal Oxidizers / RTOs

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Biogas Boilers / Renewable Fuel Boilers

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Gas Treatment / Fuel Conditioning Heaters

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Dryers / Kilns / Biomass Thermal Equipment

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Biofuel Refinery Fired Equipment

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Pyrolysis / Biochar Thermal Systems

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CHP / Heat Recovery Support Systems

Renewable Energy Frequently Asked Questions

What process heating is used in renewable energy facilities?

Process heating supports biogas use, fuel conditioning, biomass drying, biofuel refining, CHP, thermal conversion, and emissions-control systems.

Where are burner management systems used in renewable energy applications?

Burner management systems are used on fired equipment that needs controlled ignition, flame supervision, permissive checks, and safe shutdown.

This can include flares, combustors, oxidizers, boilers, dryers, heaters, kilns, and thermal conversion support systems.

Why do biogas and landfill gas systems need reliable combustion control?

Biogas and landfill gas can vary in methane content, moisture, pressure, contaminants, sulfur compounds, siloxanes, and heating value. Reliable combustion control helps operators manage ignition, flame stability, shutdown response, and burner visibility when using these gases for heat, CHP, or process support, or when destroying them through flares, combustors, or oxidizers.

How does combustion control support RNG production?

RNG projects may use fired equipment around gas cleanup, dehydration, sulfur or siloxane removal, CO₂ removal, fuel conditioning, tail gas oxidation, flare backup, and process heat. Combustion control helps operators manage ignition, burner performance, temperature control, emissions-control equipment, shutdown response, and visibility across RNG support systems.

What renewable energy fired equipment does Profire support?

Profire supports renewable energy fired equipment such as combustors, flares, thermal oxidizers, boilers, fuel conditioning heaters, dryers, kilns, biofuel heaters, and biochar thermal systems.

The right solution depends on the fuel stream, application, burner configuration, draft type, communication needs, and site requirements.

Can Profire support biochar, biomass, or pyrolysis applications?

Yes. Profire can support combustion-related equipment around biochar, biomass, and pyrolysis applications where burner management, fuel delivery, thermal oxidizers, off-gas combustion, dryers, or supporting control systems are part of the project scope.

What should renewable energy projects consider when upgrading burner controls?

Renewable energy projects should consider fuel variability, burner configuration, existing equipment, gas treatment systems, shutdown requirements, communications, documentation, and long-term support.

Profire helps teams evaluate the burner management and combustion-control scope so upgrades can support safer startup, clearer visibility, reliable fired-equipment operation, and easier serviceability.

Ready to improve renewable fuel combustion safety, visibility, and reliability?

When renewable gas quality changes, combustion equipment has to respond safely and consistently. Profire helps renewable energy operators improve startup reliability, fuel-stream visibility, and combustion stability across biogas, landfill gas, RNG, waste gas, biomass, biofuel, CHP, and thermal conversion applications.

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