Environmentally friendly 400kg biomass hot water boiler for hotel
Biomass hot water boiler is a semi-gasification combustion boiler that uses biomass molding fuel as energy source, which greatly improves the combustion efficiency of the boiler, and has full combustion, high thermal efficiency, good environmental protection performance, and small space occupation. It has no pollution to the environment and can fully replace traditional hot water boilers such as oil (gas), electricity, and coal.
Advantages of our hot water boiler
Economical and energy-saving: clean combustion throughout, specially designed waste heat recovery structure. Compared with oil, gas and electric heating boilers, it can save 30%-60% of operating costs.
Efficient operation: reasonable structure, large heating area, full fuel combustion and high thermal efficiency.
Environmental protection: Meet the requirements of GB13271 smoke and dust emission. Nearly zero emissions of nitrogen oxides and dioxides.
Stable and reliable: pressureless operation, advanced internal structure design, high-quality accessories, reliable boiler operation and long service life.
Convenient operation: the feeding amount can be automatically adjusted according to the load, and the automatic feeding, combustion, and firepower can be adjusted by frequency conversion; the boiler has a high degree of automation and is equipped with an automatic feeding device, which is simple to operate and reduces work intensity.
Hot water boiler technical parameters
Hot Water Boiler |
Item | Model | Dimensions | Water intake | Comsumption per hour |
300000Kcal | CLHS0.35-85/60-S | 2100*940*2100mm | DN65 | 80 |
600000Kcal | CLHS0.7-85/60-S | 2650*940*2200mm | DN80 | 160 |
900000Kcal | CLHS1.05-85/60-S | 3200*1100*2250mm | DN100 | 240 |
1200000Kcal | CLHS1.4-85/60-S | 3880*1250*2350mm | DN125 | 320 |
1800000Kcal | CLHS2.1-85/60-S | 4650*1250*2420mm | DN150 | 480 |
Small steam boiler applicable scenario
Widely used in hotels, guesthouse, sauna bath centers, leisure clubs, factories, schools, etc.
Our engineering case