In sludge treatment, the screw conveyor, as a key link in the flow of materials, builds a connection from the dehydration end to resource disposal with its unique mechanical design. This equipment transforms the secondary pollution risk of traditional open transportation into a clean and efficient automated process through spatial mechanical layout and closed conveying system, becoming an important infrastructure of sewage treatment plants.
Its core function relies on the mechanical innovation and modular structural design of the shaftless screw. The main body of the equipment consists of a U-shaped trough, a feed hopper, a wear-resistant liner and a spiral blade. After the dehydrated sludge is introduced into the trough through the feed hopper, it moves at a uniform speed along the axial direction under the rotation of the spiral blade. The fully enclosed design cooperates with the dust removal system to suppress dust and gas emissions during transportation below the limit, significantly improving the working environment.
The technological breakthrough of the equipment is reflected in environmental adaptability and intelligent collaboration. The modular assembly mode supports flexible customization of the feed hopper angle, trough length and discharge port height, providing flexible space for process layout optimization.
In the resource disposal chain, the screw conveyor plays a pivotal role in connecting the past and the future. This integration of mechanical transportation and digital perception marks the leap from sludge treatment to systematic intelligent management, laying an efficient foundation for resource recycling under the circular economy model.