Industrial Burners for Energy Efficiency & Low NOx Emissions | Stiefel

+86 13928884373

Video Contact Us

All Categories

Stiefel - Precise Atomization For Optimal Burner Nozzles Combustion

With increase line turbine droplet sizes of 20 - 50 μm, Stiefel combustion burners manufactured cut NOx emissions by over 30% while improving combustion efficiency of around upto 20%.
Get A Quote

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, established in 2013 and headquartered in Guangzhou, China, is a trusted supplier of high-quality burner nozzles, precision components that atomize or vaporize fuel (oil, gas, or biofuels) into fine particles, ensuring efficient mixing with air and complete combustion in industrial burners, boilers, furnaces, and heaters. Burner nozzles come in various designs—pressure-atomizing, air-atomizing, or vaporizing—each tailored to fuel type: oil nozzles break viscous liquids into droplets, gas nozzles distribute gaseous fuels in specific patterns, and dual-fuel nozzles handle both, which is critical for optimal combustion efficiency and low emissions. Stiefel's burner nozzles are engineered with durable materials such as brass, stainless steel, or ceramic, chosen for resistance to high temperatures (up to 1,200°C), corrosion from fuel impurities, and wear from abrasive particles, ensuring consistent performance and long service life (up to 10,000 operating hours). The burner nozzles feature precision-drilled orifices and carefully designed internal geometries that control spray angle (30° to 120°), droplet size (50-200 microns for oil), and flow rate, ensuring uniform fuel distribution in the burner chamber and preventing hot spots or incomplete combustion that waste fuel. What sets these burner nozzles apart is their customization options: interchangeable tips for different flow rates, materials tailored to fuel type (e.g., ceramic for biofuels with high ash content), and specialized designs for low-NOx combustion, which reduce nitrogen oxide emissions by optimizing air-fuel mixing, aligning with Stiefel's commitment to energy-saving and environmental responsibility. Burner nozzles from Stiefel are compatible with various burner models, including industrial, commercial, and residential units, supporting fuels like diesel, natural gas, propane, and biodiesel, with sizes ranging from 0.5 GPH (gallons per hour) for small heaters to 50 GPH for large industrial burners. Rigorously tested for spray uniformity, flow accuracy, and durability, these burner nozzles meet international standards such as ISO 9001 and EN 298, ensuring they perform reliably in diverse applications, from food processing ovens to power plant boilers. Backed by Stiefel's expertise in research and development, the burner nozzles incorporate innovations such as anti-clogging designs and self-cleaning orifices that reduce maintenance needs, particularly valuable for burners using low-quality or high-viscosity fuels. With Stiefel's comprehensive service network, customers receive expert support for selecting, installing, and maintaining burner nozzles, including guidance on matching nozzle specifications to burner capacity and fuel type to maximize efficiency and minimize emissions. For anyone seeking to optimize burner performance and reduce fuel costs, Stiefel's burner nozzles are essential components that deliver precision, durability, and efficiency.

Frequently Asked Questions

What measures has Stiefel put in place to guarantee burner safety in explosive environments?

All burners are designed with ATEX-approved explosion-proof linings (Zone 1/21) and have fail-safe flame detection (response time <1s), double-block gas valves (leakage ≤0.001 cc/min). With a Mexican LPG storage facility, Stiefel’s burners had magnetic latching solenoid valves and emergency shut down systems that under OSHA standards, were 99.9% operational reliability in high-risk zones.

Related Articles

Induction Heater: Transform Your Heating Process​

22

Apr

Induction Heater: Transform Your Heating Process​

View More
Industrial Burners: Powering Your Industrial Needs​

22

Apr

Industrial Burners: Powering Your Industrial Needs​

View More
Oil Burners: Efficient Heating Solutions​

22

Apr

Oil Burners: Efficient Heating Solutions​

View More
Our Gas Burners: The Ultimate in Energy – Saving

22

Apr

Our Gas Burners: The Ultimate in Energy – Saving

View More

customer evaluation

Ana
Biomass Project Support with Great Innovation

At our sugarcane mill, Stiefel's custom for us biomass burner with ceramic lining nozzles decreased clogging 70 percent. The dual fuel option available along with local regulatory support helped us clinch 30 percent carbon reduction. The design installation process was great.

Get a Free Quote

Our representative will contact you soon.
Email
Mobile/Whatsapp
Name
Company Name
Message
0/1000
Advanced Energy Recovery

Advanced Energy Recovery

Our condensing and regenerative heat exchangers technology recovers 85 percent of waste heat energy for reuse, attaining an efficiency of 98 percent. A Canadian plant realized a 10 month payback period from the upgrades of exchangers which demonstrates rapid return on investment (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.