Industrial Burners for Energy Efficiency & Low NOx Emissions | Stiefel

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Burner Actuators Stiefel - Motion Control At High Torque For Burner Valves

Stiefel’s burner actuators provide the highest torque output ranging from 500–5,000 Nm in pneumatic, hydraulic, and electric versions, while ensuring reliable valve operation with high IP68 protection and ceramic shafts in dusty, high temperature (200°C) environments.
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Stiefel's Industrial Burners advantages

Energy Saving and Performance Combustion Fuel Efficiency

Through Stiefel incinerators commonly used in industries, up to 98% of thermal energy is efficiently utilized through heat recovery systems and premixing separate regenerative heaters. Our modules control air-fuel ratios so same level of fuel combustion yields to maximums of heat given out. For example, 28% of natural gas falling consumption was achieved in a Dutch dairy plant when they implemented our condensing burners that harness heat from flue gases. In a functioning context our 5MW oil burners with high-pressure atomization of 200 bar yield only of 40% of unburnt carbon in the steel mill reheating furnaces while simultaneously attaining enhanced sustainability and efficiency.

Related products

Stiefel’s actuators utilize technology specially engineered for severe industrial environments. Pneumatic actuators with explosion-proof certification (ATEX) are suitable for gas burners in dangerous areas, while electric actuators with servo control offers precision in laboratories like kilns with ±0.1° positioning accuracy. For the cement plant’s boiler burner, our hydraulic actuators with self-lubricating bearings outperformed chronic actuators, holding ambient temperature of 45°C and 1 million cycles of temperature exposure on top, without failing for 2x standard actuators. The modular components enable effortless substitution of seals and gears resulting in lower maintenance expenses by 30%.

Frequently Asked Questions

Which fuel types are accepted in Stiefel’s burners

Stiefel's burners accept several fuels including natural gas, LPG, fuel oil (HFO/MDO), biomass, waste oil, and subsidized fuels like biogas and blends with hydrogen (up to 20%). The burners are designed with adaptive control systems that provide constant monitoring and air-fuel ratio adjustments for different fuels, stable combustion is ensured. For instance, the dual-fuel burners for a resort in the Caribbean can completely switch from gas to diesel in 5 minutes during outages and keep NOx emissions to ≤50 mg/Nm³.

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customer evaluation

Li Wei
Complete Tailor-Made Package to Maintain Our Waste to Energy Plant

Our 10MW oil burners with waste heat recovery can effortlessly burn even the harshest waste fuels. Water-cooled combustion chambers — Methanol-resistant, combined with C-276 Hastelloy seals makes these seals corrosion resistant. Upto 3 years instead of 6-months part life. $50000 replacement cost savings — Highly durable.

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Advanced Energy Recovery

Advanced Energy Recovery

Our technologies for condensing and regenerative heat exchangers recover up to 85 percent of waste heat for use, bringing efficiency to 98 percent. A Canadian plant achieved a 10-month payback period from exchanger upgrades, showcasing rapid ROI.
Global Certification and Compliance

Global Certification and Compliance

CE, UL, ATEX, and CSA certification approves the widerange compliant standards our burners meet. For example, hydrogen capable versions of our burners further the EU’s Green Deal and US decarbonization objectives, guaranteeing forward looking solutions.
Data Driven Predictive Maintenance

Data Driven Predictive Maintenance

The IoT sensors integrated in our burners monitors performance, allowing maintenance to be performed proactively. A dutch dairy plant using this data was able to accurately predict nozzle wear and spent 35 percent less on unplanned maintenance, optimizing budget allowance.