Engineering a Sustainable Future

These burners are engineered to maximize fuel efficiency, ensuring optimal combustion and minimal environmental impact.

Their compact design makes them ideal for installations with limited space, while still providing robust performance and durability.

These compact burners can be used with both gas and oil, making them suitable for various industrial heating needs, while their design optimizes energy use for cost-effective operation.

The robust construction ensures longevity and reliability, even in demanding environments, reducing downtime and minimizing maintenance requirements.

These burners offer reliable switching between fuel types, providing flexibility and energy savings. Their design ensures optimal performance with both gas and oil.

Equipped with advanced control technology, these burners provide high safety and performance, ensuring smooth operation even during fuel transitions.

The WG series is known for its robust construction and reliable performance, offering continuous operation with minimal maintenance.

With integrated control systems, these burners ensure precision combustion management, reducing emissions and maximizing efficiency.

With advanced burner technology, the WL series optimizes fuel efficiency while minimizing harmful emissions, ensuring sustainable operations.

Built to withstand high-demand industrial applications, the robust construction of the WL series ensures long-term reliability, reducing the need for maintenance and improving system uptime.

These burners are equipped with advanced Monarch® burners, offering an output range of 70 to 11,700 kW, and are compatible with natural gas, LPG, and dual-fuel operations. The burners are engineered for optimal fuel-air mixing, delivering high combustion efficiency and reducing operational costs. With a compact design, automated ignition systems, and modular construction, they allow for easy installation, operation, and maintenance. 

hese burners feature state-of-the-art digital combustion management, which provides precise control over the fuel and air mixture. This leads to enhanced efficiency, lower emissions, and consistent performance across different operational loads.

he WM-G10 ZM-PLN and WM-G20 ZM-PLN are designed for horizontal and vertical installation, making them adaptable to a wide range of heating systems. Their modular construction also allows for easy integration into existing setups, ensuring minimal disruption during installation.

The WM 50 Burners are equipped with digital combustion management, allowing for precise control over the fuel and air mixture. This enhances combustion efficiency, reduces emissions, and ensures stable performance across varying operational conditions.

These burners can operate on natural gas, light oil, or dual-fuel configurations, providing flexibility for different industrial heating applications. Their robust design ensures reliable performance with various fuels, meeting the demands of large-scale industrial systems.

Equipped with electronic compound regulation and digital combustion management, the WM 30 Burners provide precise and reproducible dosing of fuel and combustion air. This technology optimizes combustion efficiency, reduces fuel consumption, and ensures reliable operation across various load conditions.

The WM 30 Burners boast a compact, aerodynamic design that facilitates easy installation and maintenance. The inclusion of a sound-attenuated air inlet and innovative air damper control minimizes operational noise levels, contributing to a quieter working environment.

Equipped with electronic compound regulation and digital combustion management, the WM 30 Burners provide precise and reproducible dosing of fuel and combustion air. This technology optimizes combustion efficiency, reduces fuel consumption, and ensures reliable operation across various load conditions.

The WM 30 Burners boast a compact, aerodynamic design that facilitates easy installation and maintenance. The inclusion of a sound-attenuated air inlet and innovative air damper control minimizes operational noise levels, contributing to a quieter working environment.

Equipped with electronic compound regulation and digital combustion management, the WM 10 Burners provide precise and reproducible dosing of fuel and combustion air. This technology optimizes combustion efficiency, reduces fuel consumption, and ensures reliable operation across various load conditions.

The WM 10 Burners boast a compact, aerodynamic design that facilitates easy installation and maintenance. The inclusion of a sound-attenuated air inlet and innovative air damper control minimizes operational noise levels, contributing to a quieter working environment.

Equipped with digital combustion management and electronic compound regulation, the WKmono-Series ensures precise and reproducible dosing of fuel and combustion air. This technology optimizes combustion efficiency, reduces fuel consumption, and simplifies operation and maintenance.

Despite their relatively compact design, with a length of just 1,630 mm, the WKmono-Series burners offer a capacity range extending from 1,200 kW up to 17,000 kW. Many components, such as the mixing assemblies, are derived from the proven WK-Series duo bloc burners, ensuring reliability and performance in a space-saving package.

The key safety-critical components, such as gas valves and actuators, are strategically located away from high-temperature zones, ensuring their reliable operation. An additional solenoid valve enables air pressure switch testing, and post-purge or continuous-run fans prevent overheating during idle periods, boosting operational readiness.

The burners come with a pre-assembled gas valve train, making installation straightforward. The burner’s design allows for easy alignment with the gas supply, as it can be rotated to any desired angle. The positioning of electrical components and cables ensures safe and service-friendly operation.

The sound absorbers feature non-woven glass fleece and mineral wool to convert sound energy into heat, offering excellent noise dampening.

The modular design allows for easy handling, positioning, and adjustment, with quick-release catches for assembly.

The burners cater to a wide power range from 300 kW to 32,000 kW, delivering robust performance for demanding industrial needs.

Integrated combustion management systems ensure precise fuel-air ratio control, leading to optimal combustion efficiency and reduced operational costs.