Chamber Filter Press
Plate-and-frame dewatering for construction and industrial slurry.
- Filtration area
- 10 – 250 m²
- Filtration pressure
- 0.6 – 1.6 MPa
- Capacity range
- 5 – 120 m³/h slurry feed
Compact separation and dewatering for pipe jacking works where site space is measured in meters.
Pipe jacking slurry is heavy in fines and arrives in batches as the drive advances. The module is sized for that rhythm instead of for a peak flow.

Work on these sites is measured in meters: the module stands beside the jacking shaft and shares tanks with the drive. Cake is tipped with the spoil and the filtrate returns to the slurry tank.
Each stage is selected around the slurry and the disposal route.
Slurry is buffered so the plant works at its own rate while the drive advances.
A compact screen removes coarse material in one pass.
Cyclones take the sand fraction out before it settles in the tank.
Dosing follows the solids load of the batch rather than a fixed rate.
A chamber press produces a cake that can be tipped with the spoil.
Equipment is configured around the capacity, solids concentration and target cake moisture of your project.
Plate-and-frame dewatering for construction and industrial slurry.
Squeeze dewatering for higher dry solids and shorter cycles.
Automated filtration cycles for continuous industrial operation.
A buffer tank between the shaft and the plant is what keeps the press cycle steady.
Skid-mounted units are chosen where the only access is over the shaft edge.
Dosing lines and water circuits are trace-heated where the site runs through winter.
Yes — the plant can be built around the tank and pumps already on site.
Cake drops into a skip under the press or onto a short conveyor, so it can leave the site with the excavated spoil.
Every slurry is different. Send us your slurry characteristics and project requirements so our engineering team can evaluate a suitable dewatering solution.
Pipe Jacking Slurry Treatment
Every slurry is different. Send us your slurry characteristics and project requirements so our engineering team can evaluate a suitable dewatering solution.