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The Burner Oil Pump is a robust, high-performance device engineered to deliver precise fuel oil metering for combustion systems, ensuring optimal atomization and efficient energy conversion. Designed to withstand high temperatures and viscous fuels, this pump bridges the gap between fuel storage and burner nozzles, providing consistent pressure and flow rate under varying operational loads. Its mechanical reliability and adaptability make it a cornerstone in industrial heating, power generation, and marine applications, where safe and reliable fuel delivery is non-negotiable.
High-Pressure Stability: Maintains output pressures up to 150 bar (2176 psi), enabling fine fuel atomization even for heavy fuel oils (HFO) with viscosities up to 10 cSt at 50°C.
Self-Priming Mechanism: Eliminates air locks through a dual-vane rotary design, ensuring instantaneous startup without manual intervention.
Multi-Fuel Adaptability: Handles diesel, biodiesel blends (up to B30), and residual fuel oils, with hardened steel gears resistant to abrasive contaminants.
Thermal Insulation: Integrated heat-resistant coatings reduce heat loss in high-temperature environments, maintaining fuel viscosity stability.
Low Vibration Design: Balanced rotor and precision bearings minimize mechanical stress, extending service life in 24/7 operations.
Safety Relief Valve: Automatically discharges excess pressure to prevent system overloading, with a reset pressure tolerance of ±2%.
Industrial Steam Boilers: Powers steam generation in food processing plants, paper mills, and chemical facilities, ensuring uniform heat output.
Marine Propulsion Systems: Delivers consistent fuel supply to ship engines and auxiliary boilers, even in rough sea conditions.
Waste-to-Energy Plants: Optimizes combustion in incinerators by regulating heavy oil flow for reduced particulate emissions.
Commercial Heating Systems: Supports large-scale boilers in district heating networks, providing reliable heat for residential and commercial complexes.
Agricultural Dryers: Controls fuel delivery in grain dryers, maintaining precise temperature profiles for crop preservation.
Q: How to address fuel viscosity issues in cold climates?
A: Preheat fuel to the pump's recommended viscosity (5–8 cSt at inlet) using integrated or external heaters to ensure smooth operation.
Q: Can the pump handle sudden load changes?
A: Yes, its adaptive vane design adjusts flow rate dynamically, with a response time of <200ms to maintain pressure stability.
Q: What maintenance is required for long-term performance?
A: Replace inlet filters every 500 hours and inspect gear wear annually. Lubricate bearings with high-temperature grease every 1,000 hours.
Q: Is grounding necessary for the pump?
A: Yes, proper grounding prevents electrostatic buildup in fuel lines, especially critical for volatile fuels like biodiesel.
Q: Can it operate at low speeds for low-load applications?
A: Yes, the pump maintains efficient volumetric flow (95% at rated speed) even at 30% of maximum RPM, suitable for modulating burners.
