industrial waste water treatment

MDS sludge dewatering press by screw press and volute technology SS304 DS 30 -60kg/h Technical introduction The sludge thickener thickens sludge with concentration of 1% or less to that with a concentration of ... Read More

3 inch magnetic flow meter for fluid volumetric measurement in corrosive and abrasives 316L electrode DN80 Accuracy Pipe Dia (mm) Velocity (m/s) Accuracy 3-20 Read More

Electromagnetic flowmeter with remote display for precise flow measurement of chemical fluids PT electrode DN50 Accuracy Pipe Dia (mm) Velocity (m/s) Accuracy 3-20 Read More

Variable area Electromagnetic flow meters with PTFE lining for flow measurement of pulp, food and beverage Accuracy Pipe Dia (mm) Velocity (m/s) Accuracy 3-20 Read More

Mag flowmeter for volumetric flow measurement with low pressure drop for wastewater applications DN300 Accuracy Pipe Dia (mm) Velocity (m/s) Accuracy 3-20 Read More

Stainless multi-disc dewatering machine for sewage treatment plant and slurry dewatering The screw press dewatering machine starts running, the slurry is pushed into the filter cartridge from the feed inlet and ... Read More

Multi disc screw press machine for effluent treatment plant in food & beverage SS304 Stainless steel, MDS dewatering machine is clog free , and it can reduces sedimentation tank, sludge thicken tank , so save ... Read More

SS304 multi disc screw press machine for slurry dewater in food and beverage The sludge is pushed into the filter cartridge from the feed inlet and then moves to the sludge cake outlet under the pushing of the ... Read More

Transit time Fixed insertion ultrasonic flow meters with transducer for flow velocity of waste water | slurry | sewage General The in-line ultrasonic flowmeter for liquids applications, including but not ... Read More

Stainless steel Galvanized 316L flexible couplings for plant air and drain lines grooved 75 Generals This grooved type flexible quick joints has two-piece housings and a wedge shapped grooved, EPDM gasket, its ... Read More