High-Efficiency Burner Atomizers for Industrial Fuel | Stiefel Combustion

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Stiefel– Burner Atomizers: Devises Combustion Vertical Sprays Atomizing for Effective Burn

To enhance atomization of said fuels, Stiefel’s burner atomizers range from 20–50μm droplet sizes while maintaining turndown ratios of up to 12:1, reducing smoke opacity emissions by 80% after complete combustion. Materials available are gas, oil, and biomass capable with wear-resistant properties.
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Stiefel's Industrial Burners advantages

Customizable Solutions for Diverse Applications

We provide burners designed for commercial, industrial, and specialty applications with customization capable of achieving 20kW to 20MW in heat output. For one of UK’s hospitals steam system, we provided 100kW gas burners and achieved 22% energy savings while maintaining ±1°C precision. Our IoT enabled control panels retrofitted to existing SCADA systems allow for real-time monitoring of fuel and emission metrics. A Spanish ceramics factory achieved 93% combustion efficiency in their kilns with our self cleaning nozzles and biomass burners, reducing maintenance time by 50%.

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In the world of liquid fuel combustion, achieving peak efficiency and environmental compliance is impossible without perfect atomization. At Stiefel, our years of experience in combustion technology have taught us that the Burner Atomizer is not merely a nozzle; it is the heart of the fuel delivery system. The fundamental principle is simple yet critical: liquid fuel, in its bulk form, cannot burn efficiently. It must first be transformed into a fine mist of microscopic droplets. This is precisely what our high-performance Burner Atomizers are designed to do. By increasing the fuel's surface area exponentially, we create the ideal conditions for it to vaporize and mix intimately with oxygen, resulting in a clean, intense, and stable flame.

Consider the challenges in a heavy industrial setting, such as a marine diesel engine or a large-scale power plant boiler using heavy fuel oil. A poorly performing Burner Atomizer will produce a spray with large droplets and an uneven distribution. The consequences are immediate and costly: large droplets take longer to burn, leading to a longer, lazy flame that can impinge on boiler tubes or furnace walls, causing hot spots and damage. More importantly, incomplete combustion results in the formation of carbon deposits (soot), which foul heat exchange surfaces, drastically reduce efficiency, and increase maintenance requirements. Furthermore, this incomplete burn releases higher levels of particulate matter and unburnt hydrocarbons into the atmosphere, making it harder to meet stringent environmental regulations. This is where Stiefel's expertise makes a tangible difference. Our Burner Atomizers are engineered to deliver a consistent Sauter Mean Diameter (SMD) droplet size, ensuring that every particle of fuel burns completely within the designed combustion zone.

The application of our advanced Burner Atomizers directly translates to measurable operational benefits. In a recent case involving a medium-sized manufacturing plant operating a oil-fired steam boiler, the upgrade to our precision atomizers led to a documented 7% reduction in fuel oil consumption. The plant manager also reported a noticeable decrease in stack opacity and a reduction in the frequency of boiler tube cleaning, directly attributing these improvements to the superior performance of the new Burner Atomizers. Whether your application involves a small industrial furnace or a large utility boiler, the choice of atomizer is paramount. We ensure every unit we provide is not just a component, but a strategic investment in efficiency and reliability. For detailed technical specifications, or to discuss the ideal Burner Atomizers for your specific fuel type and burner configuration, we encourage you to contact our engineering team. We are prepared to help you unlock new levels of performance from your combustion system.

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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Stiefel Helps Maintain Our District Heating Network and Is Reliable

By installing gas burners type G 5 MW, we have been able to increase our district heating system efficiency by 24%. The regenerative heat exchangers boost the system's efficiency, while the IoT based emission monitoring maintains compliance — Requiring minimal collateral operational impact. Combined with Low emissions almost Non-axial (28 mg/Nm³), 40% reduction in downtime experienced has been excellent for large scale operation.

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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.