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Grille Decontamination Machine
The grille decontamination machine also referred to as a “solid-liquid separator,” is widely utilized in urban sewage treatment plants, water plants, pumping stations, and power plant water inlets, where it functions to automatically intercept and remove floating debris from the water, ensuring the smooth operation of subsequent processes; It is also applicable for solid-liquid separation in various industries, including textile manufacturing, printing and dyeing, slaughtering, leather production, papermaking, sugar refining, winemaking, and food processing.
Working Principle
This equipment features a rotary design and is constructed using ABS engineering plastics, nylon, or stainless steel. The uniquely shaped teeth are systematically arranged along the horizontal axis in a specific assembly sequence, forming a continuous tooth chain. Based on the water flow rate, various gaps are assembled and positioned at the entrance of the pump station or water treatment system, with the lower section securely installed within the water inlet channel.
As the driving device propels the rake chain in an upward motion from bottom to top, debris present in the water is captured by the rake chain, while the liquid flows through the grating gaps. Upon reaching the upper apex, the equipment alters the movement direction of the rake chain, guiding it downward from top to bottom. At this stage, the collected material naturally detaches from the rake teeth due to its own weight. As the rake teeth rotate from the back to the bottom, a new cycle of continuous operation commences, ensuring the ongoing removal of debris from the water and effectively achieving solid-liquid separation.
The Main Features of the Grille Decontamination Machine
- Compact structure, simple electrical control, and reasonable structural design, the equipment has self-cleaning ability, and will not be blocked.
- It features a high level of automation, minimal power consumption, silent operation, and outstanding performance.
- It ensures durability and reliability with exceptional corrosion resistance and low noise levels.
- The equipment provides continuous decontamination, efficient separation, and clean discharge, maintaining optimal functionality.
- Durable material, high separation efficiency, strong adaptability, and easy maintenance.
Application Areas
- It is used at the water inlet of water supply plants to ensure the removal of debris and maintain smooth operation.
- It is applied at the water inlet for cooling water systems in power plants, preventing blockages and ensuring efficient performance.
- It is utilized for screening debris in municipal pipelines and drainage channels, ensuring smooth water flow.
- It serves as a pre-screening system for urban and community sewage treatment, effectively removing solid waste before further processing.
- Additionally, it is employed for the pre-treatment of textile and dyeing wastewater, chemical wastewater, slaughterhouse effluents, fur leather wastewater, and papermaking wastewater, preventing blockages in water pumps and safeguarding downstream equipment.
- In industries such as winemaking, sugar pressing, and bean-based food processing, it efficiently separates waste residues, enhancing overall production efficiency.
- Moreover, it functions as a water washing and residue separation system in the processing of fruits, aquatic products, and grains, ensuring cleaner and more efficient production processes.
