When Dongqi Crane designed and manufactured the bridge cranes required for Pakistan’s waste-to-energy power plants, it fully considered the unique working environment and operational requirements of waste-to-energy power plants. First, our team conducted an in-depth investigation of the on-site environment of Pakistan’s waste-to-energy power plant and learned about the size and depth of the storage pit, as well as the specific process of garbage truck transportation and unloading. On this basis, we customized a bridge crane for the power plant to adapt to the harsh working environment of the garbage pit and ensure that it can operate stably for a long time.

In terms of crane design, we pay special attention to the development of its anti-sway system. In response to the special requirements of the waste-to-energy plant for crane lifting speed and load swing length, we designed an efficient anti-sway control system. The system can respond quickly and accurately control the swing of goods, reducing the swing amplitude of goods during transportation, thereby improving the stability and work efficiency of the crane. At the same time, we also optimized the traveling speed and lifting speed of the crane so that it can meet the needs of power plants for efficient waste treatment.

During the manufacturing process, we strictly follow international standards and customer requirements to ensure that the crane’s various performance indicators meet the design requirements. At the same time, we also pay special attention to the safety performance and durability of the crane, using high-quality materials and advanced manufacturing processes to ensure that the crane can operate stably for a long time in harsh environments.

In addition, we also equipped the crane with an electro-hydraulic grab to adapt to the power plant’s waste grabbing and transfer needs. The grab bucket is reasonably designed and easy to operate. It can accurately grab and transport garbage stably, reducing losses caused by improper operation.

Finally, after completing the manufacturing and testing of the crane, we arranged for a professional technical team to go to Pakistan’s waste incineration power plant for installation and commissioning, and to train the operators to ensure that they were proficient in using and maintaining the crane.

Through this series of careful design and manufacturing processes, Dongqi Crane has provided an efficient, stable and safe bridge crane for Pakistan’s waste incineration power plant, which provides a strong guarantee for the waste treatment and incineration work of the power plant.

How anti-sway systems help cranes work more efficiently

In a working environment like a waste incineration power plant, the anti-sway system plays a significant role in improving the working efficiency of the crane.

• First of all, the anti-sway system significantly reduces the time wasted by the crane due to the swing of the cargo during lifting and transporting garbage by precisely controlling the swing of the cargo. In traditional crane operations, operators often need to wait for the goods to stop swinging before proceeding to the next operation, which undoubtedly increases the operating cycle. The anti-sway system can quickly stabilize the cargo in a short period of time, allowing the crane to enter the next work cycle faster, thus improving the overall work efficiency.
• Secondly, the anti-sway system improves the accuracy and stability of the crane operation. In waste incineration power plants, the processing and transfer of garbage often require high-precision operations. The anti-sway system can ensure that the cargo can maintain a stable state when the crane is grabbing, lifting, and transferring garbage, reducing the possibility of damage caused by the swing of the cargo. operational errors and accidents. This not only improves work efficiency, but also enhances operational safety.
• In addition, anti-sway systems help reduce crane maintenance costs and extend the life of the equipment. Since the anti-swing system can effectively reduce the swing of the cargo, it reduces the wear rate of crane components such as spreaders, drums, etc., thus reducing the cost of repair and replacement due to equipment damage. At the same time, stable operation also reduces possible damage to the crane due to improper operation, further extending the service life of the equipment.