Product Discription
Pressure Hot Water Boiler
Steam vapour scrubbers operating on a double drum of SZS oil are two drums, of a length and type, high -speed boilers. The boiler series results in: i upper and lower drums, membrane walls, welding tubes and compressors. Fuels burn in the furnace of the boiler. With the structure of the Mechatronics, efficiency is at the first level in China.
Product Features
1. Advanced Control System:
Fully automatic control, users only need to press the start button, the boiler can be set according to the program to start.
2. In accordance with environmental requirements:
The furnace zone is large, and is equipped with high -quality and reliable imported burners so that the fuel can be fully burned, and harmful components in flue gas are greatly reduced.
3. Miscellaneous applicable fuels:
The furnace zone is large, fuel combustion is sufficient, especially suitable for low calorific fuels such as coke gas, blast furnace gas, etc.
4. Reasonable structure:
It is easy to fix the head of the burner by the front of the water wall for the boiler, which provides the water level and cooling near the burner, and helps to eliminate the carbon footprint in the burner and make fuel combustion more complete.
5. Easy to maintain:
The blast -proof door, fire -resistant hole and reviser stand on the wall of the boiler and the door of the manhole stands on the front and back of the boiler to facilitate the revision of the boiler.
Technical Parameters
| Main technical parameters of series pressure cushion water boilers | ||||||||||
| Rated Heat Efficiency | MW | 7 | 105 | 14 | 21 | 29 | 35 | 42 | 46 | |
| Rated Working Pressure | MPa | 1.0/125 | L0/L25 | 1.0/1^5 | 1^5/1.6 | 125/L6 | 1-25/1.6 | L25/L6 | 1.25/16 | |
| Rated Effluent temperature | °C | 115/130 | 115/130 | 115/130 | 115/130 | 115/130 | 115/130 | 115/130 | 115/130 | |
| Return water temperature | °C | 70 | 70 | 70 | 70 | 70 | 70 | 70 | 70 | |
| Efficiency | / | >96% | ||||||||
| Design Fuel | / |
Natural gas, liquid gas, city gas, light oil
Liquefied gas,
City Gas
Light oil |
||||||||
|
Fuel Theoretical consumption |
gas | NM3/h | 731 | 1097 | 1462 | 2191 | 3026 | 3657 | 4383 | 4799 |
| Liquid gas | Kg/h | 586 | 877 | 1169 | 1755 | 2421 | 2928 | 3511 | 3843 | |
| City Gas | NM3/h | 1572 | 2354 | 3138 | 4705 | 6503 | 7839 | 9149 | 9991 | |
| Light Oil | Kg/h | 599 | 899 | H93 | 1801 | 2479 | 2989 | 3601 | 3943 | |
| Natural gas | mbar | 150-200 | 150-300 | 150-300 | 150-300 | 150-300 | 150-300 | 150-300 | 150-300 | |
| City gas | mbar | 150-200 | 150-300 | 150-300 | 150-300 | 150-300 | 150-300 | 150-300 | 150-300 | |
| Rated water circulation | M³/h | 133/100 | 200/150 | 266/200 | 400/300 | 551/414 | 665/500 | 798/600 | 874/657 | |
Note: The fuel consumption in the table is calculated by low calorific value of light oil 42915KJ/Kg (10260Kcal/Kg), low calorific value of natural gas 35588KJ/NM3 (8500Kcal/NM3), low calorific value of liquefied gas 45998KJ/Kg (11000Kcal/Kg), low calorific value of urban gas 16750K/NM3 (4000Kcal/NM3).
| Configuration and Interface Dimensions of Series Pressure Overlay Boilers | ||||||||||
|
Host transport dimensions (length * width * height) |
/ | mm |
5633*33 00*3400 |
6365*35 85*3478 |
8781*36 25.383 |
Separate transportation | Separate transportation | Separate transportation | Separate transportation | Separate transportation |
| Host Weight | / | t | 150/200 | 200 | 200 | 300 | 300 | 350 | 350 | 400 |
| Outlet Valve Diameter | DN | mm | 150/200 | 200 | 200 | 2*200 | 2*200 | 2*200 | 2*200 | 2*300 |
| Backwater Valve Diameter | DN | mm | 50 | 50 | 2*50 | 2*50 | 2*50 | 2*50 | 2*50 | 2*50 |
| Atmospheric Connecting Pipe Diameter | DN | mm | 750 | 1000 | 1100 | 1400 | 1700 | 2000 | 2000 | 2200 |
Note: Due to the continuous updating of products, the company reserves the right to modify the data in the above two tables.
