Our advanced Gas (oil) hot water boilers are engineered for superior thermal performance, utilizing a precision-driven combustion process where natural gas or oil fuel is burned in the furnace to heat water within the pot. This continuous energy transfer ensures a steady increase in temperature, delivering high-capacity hot water tailored for demanding industrial applications.
Designed with a focus on sustainability and operational safety, these boilers integrate high-efficiency heat exchange technology and rigorous emission controls. By combining large heating surface areas with state-of-the-art automation, we provide a reliable heating solution that minimizes fuel consumption while maximizing heat output for various manufacturing environments.
| Thermal Power Range | 0.7 MW to 46 MW | Working Pressure | 0.7 MPa to 1.25 MPa |
|---|---|---|---|
| Output Water Temp | 95℃ to 130℃ | Feeding Water Temp | Standard 70℃ |
| Thermal Efficiency | Up to 98.1% | Emission Standard | NOx ≤ 30mg/Nm³ |
| Control System | Full-Automatic Control | Safety Features | Over-temp & Over-pressure Warning |
| Energy Saving | Corrugated Liner & Condenser | Fuel Compatibility | Natural Gas / Oil |
Large heating area in the pot barrel ensures complete fuel combustion and peak thermal efficiency.
Imported high-precision burners keep NOx emissions below 30mg/Nm³ for environmental compliance.
Integrated corrugated liners and threaded flue pipes significantly reduce heat loss and save energy.
High-sensitivity gas valve groups provide a critical safety barrier against gas leakage accidents.
A full-automatic control system simplifies operation and provides real-time safety monitoring.
Robust construction and intuitive warnings reduce downtime and simplify routine maintenance.
Real-time tracking of water temperature and thermal output for optimal efficiency.
Automated pressure regulation to ensure stable operation within rated limits.
Instant over-temperature and over-pressure warnings to prevent system failure.
Detailed recording of gas and oil consumption to analyze operational costs.
Continuous monitoring of NOx levels to ensure environmental compliance.
Cloud-based system checks to simplify maintenance and reduce on-site visits.
| Feature | Traditional Boilers | Our Advanced Boilers |
|---|---|---|
| Thermal Efficiency | 80% - 85% | 93.8% - 98.1% |
| Fuel Consumption | High Waste | Optimized / Low |
| Emission Levels | Standard | Ultra-Low (NOx ≤ 30mg) |
| Maintenance Cost | Frequent Manual Checks | Automated / Low Frequency |
| Payback Period | Long Term | Rapid ROI via Energy Savings |
A hot water boiler heats water to a specific temperature without boiling it into steam, making it ideal for space heating and process water, whereas a steam boiler produces saturated or superheated steam for power or sterilization.
The corrugated liner increases the heat transfer surface area and creates turbulence in the flue gas, which enhances heat absorption and reduces exhaust gas temperature, directly increasing overall efficiency.
Yes, we provide dual-fuel configurations that allow switching between natural gas and oil, ensuring your facility remains operational even if one fuel source is interrupted.
Our boilers are equipped with high-sensitivity gas valve groups and an automated control system that triggers immediate shutdowns and alarms if any irregularity or leak is detected.
With proper water treatment and routine maintenance as specified in our manual, our boilers are designed for long-term industrial use, typically lasting 15-25 years.
We utilize imported low-NOx burners that optimize the air-fuel mixture and control the combustion temperature, ensuring emissions stay below 30mg/Nm³.