Parameter
Maximum Running Hours per Year : 8000
Maximum Reaction Temperature : 1100 degree centigrade
Fuel Gas Temperature at Reactor Exit : 750-800 degree centigrade
Tar and Dust Content : <1mg/Nm3
Description
XINBAO biomass gasification plant is designed to supply
clean and stable fuel gas for
industrial and household uses. The plant will be fully
automated and controlled by PLC
system to ensure consistency in fuel gas quality and supply.
The following table is our
typical fuel gas component:
| Syngas Components |
Estimated Content (Approximately) |
| H2 |
10.00 V% |
| CO |
32.00 V% |
| CH4 |
3.00 V% |
| CmHn |
1.00 V% |
| CO2 |
3.00 V% |
| O2 |
1.00 V% |
| N2 |
50.00 V% |
| Note:Please be aware material used and operation time may have major effect on above parameters. |
We also have plants in various sizes to best meet our clients’
needs. The following are technical parameters for our plants
with 400 – 2200 Nm3 net fuel gas output per hour:
| Parameter / Model |
SQHSY-400 |
SQHSY-1100 |
SQHSY-2200 |
| Net Fuel Gas Production per Hour |
400 Nm3 |
1100 Nm3 |
1100 Nm3 |
| Maximum Running Hours per Year |
8000 |
8000 |
8000 |
| Maximum Reaction Temperature |
1100℃ |
1100℃ |
1100℃ |
| Fuel Gas Temperature at System Exit |
15℃-25℃ |
15℃-25℃ |
15℃-25℃ |
| Feedstock Consumption ( Ton/Hour ) |
0.20 |
0.55 |
1.10 |
| Fuel Gas Temperature at Reactor Exit |
750-800℃ |
750-800℃ |
750-800℃ |
| Tar and Dust Content |
<1mg/Nm3 |
<1mg/Nm3 |
<1mg/Nm3 |
| Gasification Efficiency |
≥75% |
≥75% |
≥75% |
| Calorific Value of Fuel Gas ( KJ/Nm3 ) |
5850-6700 |
5850-6700 |
5850-6700 |
| Calorific Value of Fuel Gas ( Kcal/Nm3 ) |
1400-1600 |
1400-1600 |
1400-1600 |
| NOTE: |
Please be aware material used and operation time may have major effect on calorific value of fuel gas |