Main purpose:
The crane was integrated into the technological process of a bioenergy complex designed to efficiently convert agricultural waste into energy. A key feature of the crane design is the hydraulic grab, enabling the handling of either one or two bales simultaneously. This approach ensures operational flexibility and optimises loading cycles.
Process flow diagram of energy generation:
Straw bales are formed from biomass after harvesting grain crops. The bales are stored in a dedicated warehouse facility. Using the crane, the bales are fed into the boiler unit, where they are used as solid biofuel. During combustion, high-pressure superheated steam is generated and supplied to a steam turbine. The turbine drives an electric generator that produces electricity for the enterprise’s internal needs or for further supply to the grid.
SPECIFICATIONS:
| Crane type | КМАТ 3,0-10,5 У3 |
| Crane construction | double girder overhead travelling crane |
| Crane lifting capacity |
3 t |
| Crane span |
10,8 m |
| Lifting height |
6 m |
|
Hoisting speed and lowering speed of the load |
0...9,5 m/min |
| Crane and trolley travelling speed |
40 m/min |
|
Trolley travelling speed |
20 m/min |
| Frequency, voltage |
50 Hz / 380 V |
|
Crane weight |
6,8 t |
ADVANTAGES:
| All drive mechanisms are equipped with SEW-Eurodrive motors and gearboxes (Germany). |
We will calculate the cost of the equipment individually for you!
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