Giersch Industrial Burners and Heating Equipment

Technical selection and delivery of high performance oil, gas, dual-fuel, and universal multi-fuel burners from Giersch for industrial heating facilities.

Gas blower burners of the RG series

Compact monoblock gas burners of the Giersch RG series are engineered for natural gas, liquid petroleum gas, and town gas. Units feature precision mixing assemblies, two-stage or modulating operation, and integrated air-fuel ratio management for efficient thermal output across heating boilers.

Thermal power ratings spanning from 15 kW up to 260 kW for commercial heating plants
Factory equipped gas train assembly with shut-off ball valve, filter, and test points
Linked mechanical or electronic fuel ratio regulation ensuring stable flame retention
Convenient maintenance access to ignition electrodes and air damper through swing door

Oil blower burners of the R series

Pressure jet oil burners of the Giersch R series are engineered for standard heating oil and biodiesel fuel mixtures. The circular protective hood encloses a streamlined layout, while proprietary Duo-Luft technology permits independent adjustment of air pressure and secondary air volume.

Broad heating output range from 12 kW up to 273 kW for residential and industrial plants
High static head blower impeller delivering vibration-free operation and smooth startup
Coded electrical plug connections enabling rapid maintenance and sensor diagnostics
Dedicated service suspension bracket allowing burner servicing without boiler removal

Eco-friendly gas burners GG Low-NOx

Specialized gas combustion units of the Giersch GG series achieve ultra-low nitrogen oxide emissions meeting strict EN 676 standards. Multi-orifice fuel distribution combined with internal flue gas recirculation reduces peak flame temperatures and mitigates thermal stress on boiler walls.

Thermal capacity spanning from 12 kW up to 235 kW with minimal environmental emissions
Precision fuel blending inside the blast tube ensuring high combustion thermal ratio
Digital burner control box featuring continuous flame monitoring and safe interlocks
Corrosion resistant alloy blast tube materials built for extended plant longevity

Dual-fuel combined burners MK series

Heavy-duty dual-fuel burners of the Giersch MK series guarantee uninterrupted thermal generation using natural gas or light fuel oil. The architecture features an independent electric motor drive for the oil pump, preventing hydraulic component wear during extended gas firing cycles.

High thermal performance ratings scaling from 279 kW up to 2720 kW for process heat
Pneumatic modulating regulation on gas mode and two-stage operation on oil firing
Separate pump drive motor protecting fuel lines and maintaining constant feed flow
Factory assembled gas train assembly subjected to high pressure tightness testing

Universal multi-oil burners GUPO series

Universal liquid fuel burners belonging to the Giersch GUPO series utilize compressed air atomization based on the Venturi nozzle principle. These units burn vegetable oils, rapeseed oil, animal fats, and recycled mineral oils without demanding mechanical burner modifications.

Heat output range spanning from 25 kW up to 195 kW for furnaces and air heaters
Integral electrical preheater chamber with adjustable thermostat reaching 140 deg C
Float switch fuel reservoir maintaining continuous viscous liquid feeding to nozzles
Straightforward operator changeover to standard heating oil whenever primary fuel shifts

Heavy industrial gas burners MG series

Industrial gas combustion systems of the Giersch MG series serve heavy-duty requirements in asphalt mixing plants, drying drums, rotary kilns, and large utility boilers. Rigid monoblock construction maintains stable flame geometry against elevated combustion chamber backpressures.

High power output range from 95 kW up to 6300 kW covering demanding industrial loads
Microprocessor electronic ratio management governing independent actuator motors
Oxygen trim integration and variable frequency blower drive for optimal thermal return
Durable aluminum alloy housing shaped with aerodynamic noise dampening air intake

Engineering layout and gas train integration in RG series burners

Monoblock gas burners of the Giersch RG series combine high capacity blower impellers with modular gas train manifolds. The manifold integrates manual isolation ball valves, gas filters, pressure regulating valves, and dual safety solenoid valves into an engineered unit.

Modulating combustion control operates through pneumatic fuel-air linkage, continuously balancing manifold gas pressures against combustion air delivery. High static pressure development across the blower housing prevents flame instability during burner ignition within pressurized boiler firetubes.

Air management and Duo-Luft tuning in R series oil burners

Pressure jet oil burners of the Giersch R series feature proprietary Duo-Luft technology engineered to refine blast tube airflow patterns. In single-stage configurations, a single adjustment screw simultaneously calibrates blast tube static pressure and primary combustion air volume.

For two-stage models, an electric damper motor provides independent positioning for initial ignition and nominal load stages. This dual stage arrangement ensures complete soot-free fuel atomization, protecting heat exchanger surfaces from particulate accumulation.

Environmental standards and Low-NOx combustion mechanics in GG burners

Low-emission gas burners of the Giersch GG series are developed to satisfy European EN 676 emission thresholds. Reduction of thermal nitrogen oxide formation is achieved through staged multi-spud fuel injection combined with internal flue gas recirculation into the flame root.

Recirculating cool combustion gases lowers core flame temperatures, preventing localized hot spots. Precision engineered flame retention rings and durable alloy blast tubes maintain flame stability across variable boiler thermal load conditions.

Mechanical decoupling and kinematic design in MK dual-fuel burners

Heavy industrial dual-fuel burners of the Giersch MK series are built for installations requiring uninterrupted operation during fuel changeovers. The primary engineering innovation centers on an independent electric motor dedicated solely to driving the high pressure fuel oil pump.

During extended natural gas firing intervals, the oil pump remains mechanically disengaged, eliminating frictional heating and hydraulic component wear. Minimum pressure sensors verify oil delivery, while standardized plug connections simplify automation wiring diagnostics.

Venturi compressed air atomization in GUPO universal multi-oil burners

Universal multi-oil burners of the Giersch GUPO series utilize compressed air kinetic energy to achieve high performance siphon atomization. Heavy fuel drawn from an internal preheating reservoir enters the Venturi nozzle and breaks into fine aerosol droplets with mean diameters below 40 microns.

An adjustable heating thermostat maintains fluid temperatures up to 140 degrees Celsius, optimizing fluid viscosity. This engineering approach permits dependable electric ignition and steady combustion of vegetable, animal, and refined mineral oils without nozzle replacements.

Microprocessor control and diagnostic servicing for MG industrial burners

Industrial gas burners of the Giersch MG series incorporate digital burner management controllers with ultraviolet and ionization flame detection. Routine plant audits verify valve tightness, ignition transformer insulation integrity, and actuator positioning feedback.

Periodic cleaning of curved blower wheel blades and precision verification of ignition electrode gaps protect boilers against unexpected shutdowns. Rigid aluminum alloy housings dampen acoustic emissions, ensuring quiet plant operation across demanding continuous shifts.

Giersch and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Giersch and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.