Explore the convenience of sludge dewatering equipment rental with ESMIL. Our range includes mobile sludge dewatering plants available for short-term and long-term periods.
The ESMIL rental dewatering units MDQ/JD are a comprehensive solution housed in a curtain-sided trailer, featuring pre-installed systems ready for immediate use. With all necessary piping, wiring, and lighting, our mobile plants offer efficiency, compact design, and low maintenance, making them plug-and-play solutions.
Key Features of ESMIL Rental Dewatering Units:
- Pre-installed system, ready to use
- Compact design with high packing density
- Designed for small to medium municipal wastewater treatment plants and industrial applications
- Minimum civil works required on-site
- Easy relocation flexibility
At the core of our plant is the multi-disk screw press MDQ. Currently, we offer various options for rent:
- MDQ-354 CL Multi-Disk Screw Press on a 25 ft bed length trailer,
- MDQ-451 C Multi-Disk Screw Press on a 30 ft bed length trailer,
- Multi-Roller Disk Press xJD-1500,
- MDQ-453CS Multi-Disk Screw Press,
- Containerized Dewatering Plant Module D.
Each ESMIL rental dewatering units comes equipped with:
- Progressive cavity sludge feed pump
- Submersible sludge feed pump
- Macerator
- Electromagnetic sludge flowmeter
- dry polymer make-down unit with a polymer solution dosing pump
- Screw / Belt conveyors
- Autonomous PLC-based control system with an HMI touch panel
Our plants feature two types of sludge feed pumps—submersible and progressive cavity pumps—allowing influent sludge to be fed from either underground or overground sludge storage tanks.
To prevent clogging of the dewatering drums’ cake discharge zone due to large solid particles and fibers in the influent sludge, a macerator is installed upstream of the progressive cavity sludge feed pump. Depending on the multi-disk screw press model, there will be a few different conveyors on the trailer transport the cake into dumpsters or other on-site receptacles. When not in use, the conveyors rest horizontally and can be easily pushed out and inclined to achieve the desired discharge height before operation.
