Steam or hot water boiler, the primary purpose of the industrial boiler is to supply energy to the facility’s operations-for comfort heating, manufacturing process, hotel, central heating, etc. The nature of the facility’s operation will dictate whether a steam boiler or hot water boiler should be used.

Please refer to usage of steam boiler and hot water boiler.

Natural gas, LPG, Light Oil, Diesel, Heavy oil, oil/gas dual fuels, coal, biomass pellet, rice husk, bagasse, etc. 

0.5t/h, 0.7t/h, 1t/h, 2t/h, 3t/h, 4t/h, 6t/h, 8t/h, 10t/h, 12t/h,15t/h, 20t/h.

For other capacity, please confirm with us firstly.

Design pressure is the maximum pressure used in the design of the boiler for the purpose of calculating the minimum permissible thickness or physical characteristics of the pressure vessel parts of the boiler. Typically, the safety valves are set at or below design pressure. Operating pressure is the pressure of the boiler at which it normally operates. The operating pressure usually is maintained at a suitable level below the setting of the pressure relieving valve to prevent their frequent opening during normal operation. When very high pressure or super-heated steam is required, an industrial water tube boiler should be selected. 

0.7Mpa(7Bar), 1.0Mpa(10Bar), 1.25Mpa(12.5Bar), 1.6Mpa(16Bar).

Operating pressure can be controlled in the range of design pressure.  

Wet back structure refers to the drum, tube plate, and backboard in reversal chamber are surrounded by water. It can adapt to the high temperature, and has a good sealing, at the same time, it increase the radiation heat transfer area and improve the heat transfer efficiency. While, there is no water interlayer in the dry back boiler, and the backboard of reversal chamber is composed of refractory material, it is easy damaged by the high temperature.

Fire tube boiler also called shell boiler, the flue gas flows in fire tubes or smoke tubes, and heat the water, steam or the steam-water mixture outside the tubes. Compare with the water tube boilers, fire tube boilers have relatively smaller steam capacity, between 0.5~20t/h, and working pressure is between 0.7-1.6Mpa. This fire tube boiler has compact structure and convenient operation, strong load adaptability, lower water quality requirement. 

Water tube boiler refers to the boiler that water, steam or the steam-water mixture flows in the tubes, and fire or the smoke are combustion and flow outside the flues. Compare with fire tube boilers, water tube boilers has the features of larger steam capacity and pressure, better heat transfer property and higher combustion efficiency, otherwise, the requirement on water quality is higher. 

The combustion mode of oil gas fired boiler is chamber combustion. Together with air, the powered fuel (solid fuel - coal dust), atomized fuel (liquid fuel - oil), and vaporized fuel (gas fuel - natural gas) is sprayed into furnace (combustion chamber) for suspension combustion. 

The combustion mode of coal/biomass fired boiler is layer combustion. Place the flue on the fixed or moved grate, to form an evenly fuel bed with a certain thickness, air comes from the bottom of grate, and combustion occurred on the fuel bed. 

The inlet gas pressure is different for different capacity boiler, for example, the pressure for 2 ton steam capacity boiler is about 8~10KPa, while for 4 ton steam capacity boiler is about 18~20KPa. 

The brands of burner are Italy Baltur, Rellio, Elco, etc.

Single-drum boiler

1.Usually for the boiler with capacity lower than 6Ton

2.Easy for transportation

3.Lower request on water quality

4.Low boiler room construction charges

5.Low requirement on water quality

Double-drum boiler
1.Usually suitable for bigger capacity boiler
2.Good water circulation, small water volume
3.Warm up faster, higher steam quality
4.Higher request on water quality
5.Higher thermal efficiency

Vertical type:

1. Structure of vertical boiler is compact, occupy a limited area.
2. Convenient on installation and removal.
3. Low cost and investment on capital construction. Steam exhausted fast and sufficient.

Horizontal type: 
1. The combustion space of horizontal is big, fuel can be burned completed.
2. The thermal efficiency is higher than the vertical boiler,
3. Horizontal type: less thermal loss, stronger output, and higher steam quality.

Pressure gauge - safety valves (two) - main steam valve - auxiliary valve - water inlet

Boiler- Economizer- Dust collector - ID fan - chimney 

Industrial hot water boiler is commonly used in heating applications, with the horizontal boiler supplying water to the system at 120°F to 220°F。 The operating pressure for hot water heating system usually is 30 psig to 125 psig (hydro-static). Under these conditions, there is a wide range of industrial hot water boiler products available. If system requirements are for hot water of more than 250°F, a high-temperature water boiler should be considered. 

Steam or hot water boiler, the primary purpose of the industrial boiler is to supply energy to the facility’s operations-for comfort heating, manufacturing process, hotel, central heating, etc. The nature of the facility’s operation will dictate whether a steam boiler or hot water boiler should be used.

Please refer to usage of steam boiler and hot water boiler.

Natural gas, LPG, Light Oil, Diesel, Heavy oil, oil/gas dual fuels, coal, biomass pellet, rice husk, bagasse, etc. 

0.24MW, 0.35MW, 0.7MW, 1.05MW, 1.4MW, 2.1MW, 2.8MW, 4.2MW, 7MW, 14MW. For other capacity, please confirm with us firstly.