Moisture removal duty
Vacuum helps pull liquid away from concentrate or tailings material, so the review starts with the pressure level and air load around the dewatering step.
Filtration and dewatering duties need vacuum capacity that can work with wet material, fine solids, and long operating hours. We review the pump package around the target pressure, air load, carryover risk, and site connection details.

Application fit
The first review looks at the process duty before narrowing the pump package, accessories, and control details.
Vacuum helps pull liquid away from concentrate or tailings material, so the review starts with the pressure level and air load around the dewatering step.
Moisture, dust, slurry mist, or fine particles can affect protection, accessories, and maintenance planning.
Running hours, start-stop behavior, filter area, piping, and separator layout shape the final pump package.
Confirmed reference
Use the known TF225 record as operating-point context for dewatering discussion. The final package still depends on carryover risk, operating duty, protection, and site connection details.
Model reference
TF225 is the current confirmed model context for non-ferrous metal concentrate and tailings dewatering.
Open model pageRFQ data
Approximate values are enough to begin. Process details can be confirmed during follow-up before the final pump package is quoted.
Send the target pressure or the pressure range used at the filtration or dewatering stage.
Share the required volumetric flow rate, estimated air load, or the existing vacuum pump capacity.
Tell us whether the process may carry moisture, dust, slurry mist, or fine particles into the vacuum line.
Running hours, start-stop pattern, separator arrangement, and site connection details help the configuration review.
FAQ
Send the industry, working pressure, volumetric flow rate, and any process details already available. We can review the duty before discussing the final pump configuration.