Fuel handling equipment is used to transport, store, and prepare fuel for use in industrial processes, such as power generation, cement manufacturing, or waste-to-energy plants. Efficient and reliable fuel handling is critical for the smooth operation of these plants. Here’s an overview of common types of fuel handling equipment:
Fuel handling equipment is used in various industries:
Model |
BG500S |
Chute Width (mm) |
500 |
Chute Depth(mm) |
500 |
Capacity (m3/h) |
30m3/h |
Chain Speed (m/s) |
0.12 |
Chain Pitch(mm) |
(P1/P2) P=142mm/200mm |
Conveyor Length (m) |
5.9<L≤40 |
Scraper size(mm) |
142×470×50mm |
Transport Material Thickness (mm) |
150mm |
Installation Angle (degree) |
≤15° |
Motor Power Kw |
7.5 |
Drive Installation Type |
Back Mounted (Left/Right) |
Transmission Type |
Chain Drive |
Ideal Granularity (mm) |
<10 |
Maximum Humidity (%) |
≤5% |
Maximum Temperature(˚C) |
≤150˚C |
Model |
BG640S |
Chute Width (mm) |
640 |
Chute Depth(mm) |
500 |
Capacity (m3/h) |
50m3/h |
Chain Speed (m/s) |
0.12 |
Chain Pitch(mm) |
(P1/P2) P=142mm/200mm |
Conveyor Length (m) |
3.39<L≤30 30≤x≤40 |
Scraper size(mm) |
142×600×50mm |
Transport Material Thickness (mm) |
200mm |
Installation Angle (degree) |
≤15° |
Motor Power Kw |
7.5 |
Drive Installation Type |
Back Mounted (Left/Right) |
Transmission Type |
Chain Drive |
Ideal Granularity (mm) |
<10 |
Maximum Humidity (%) |
≤5% |
Maximum Temperature(˚C) |
≤150˚C |