For many years, Apoaqua has been actively exploring the field of landfill leachate. The sludge dewatering machine produced by us has been widely used in various landfill leachate processes. For example:
Leachate from waste incineration plants.
Leachate from landfills.
Leachate from waste transfer stations.
Projects such as restaurant kitchen waste slurry and so on.
It solves the problem of on-site landfill leachate sludge treatment and disposal, and plays an important role in stability and efficiency in the entire operation process.
What we often come into contact with is biochemical waste. The leachate of biochemical waste has a strong odor and contains harmful substances and a large amount of impurities. Our dewatering screw press mainly handles this type of landfill leachate.
Landfill leachate is corrosive, so our sludge dewatering machine is made of SS304 or SS316 material. Apoaqua has extensive production experience, including more than 80 landfill leachate treatment projects around the world. The equipment provided meets the requirements of leachate erosion.
The multi disc screw press produced by Apoaqua can be equipped with an optional sealing cover design for the mud outlet. And the optional deodorizing port function can be added to combine with the user's existing deodorizing system. The screw speed of the dewatering screw press is only 2~4r/min. It has low energy consumption, low noise and a cleaner on-site environment.
Self-cleaning, non-clogging, high structural strength.
Apoaqua's sludge dewatering machine fixed ring adopts uniform polygonal curved ring design to enhance the rigidity of the fixed ring. The equipment has its own cleaning function, and the mud outlet adopts a mud scraper design. It can effectively prevent the mud outlet from being blocked by mud and ensure the overall operation effect of the equipment.
The maintenance and management are simple, and it runs automatically 24 hours a day without manual supervision.
The waste screw press is driven by an independent variable frequency motor. The equipment can run fully automatically 24 hours a day without manual supervision. Moreover, the maintenance of wearing parts is simple and convenient, which greatly saves the on-site operation and management costs.
