Hydrocyclone Cluster

We hold expertise in manufacturing and supplying a wide range of Hydrocyclone Desilters. These products are engineered using best available technologies and as per international industrial standards. Ergonomically designed, these devices are widely used in various heavy industries. Our devices are made under strict supervision of experts to meet international industrial standards. Customers can avail these devices in various standard specifications and dimensions. Hydro cyclones are reputed name in Indian Mineral Industry for higher wear life and more reliable, bearing the customer the lowest cost We are the leader in the field of quality slurry pumps, slurry valves and hydro cyclones where applications with heavy abrasive and / or corrosive slurries that make severe demands on the equipment used. The strength of products lies in the superiority of our hydraulic designs and wear and corrosion resistant materials. For many years we have applied our experience of slurry handling technology in the design and manufacture of hydro cyclones. Hydro cyclones feature a unique laminar spiral inlet geometry designed to deliver maximum efficiency, maximum capacity and longer wear life than conventional involute of tangential feed hydro cyclone designs. Not just a cone modification, the hydro cyclone has an entirely new feed geometry that substantially increases hydraulic capacity while minimizing localized wear on the feed chamber and vortex finder. These design improvements result in lower operating costs and fewer hydro cyclones required for a given duty. For grinding circuit applications, hydro cyclones increase circuit capacity by minimizing the quantity of fines bypassing to the underflow stream. Hydro cyclones achieve these results by maximizing the air core diameter created within the rotating mass of fluid in the hydro cyclone. These effects are proven in both laboratory testing and full-scale plant operation. 3-4 times increase in feed chamber wear life Superlative hydro cyclone process efficiency, with reduced grits in overflow Greater capacity for equivalent product sizing

Hydrocyclone separators utilize the difference between the density of solids and liquids to accelerate natural settling. Contaminated fluid is pumped into the conical separator section from a tangential entry which cause the fluid to swirl around the perimeter of the separator. The conical section causes the speed of the rotation to increase as the fluid travels down the separator and solids are thrown to the outside perimeter. The conical section with a restricted underflow discharge nozzle causes most the fluid to form an inner vortex and swirl upward toward the overflow discharge. A smaller volume of liquid along with concentrated solids exits through the underflow nozzle. The hydrocyclone underflow is typically directed to a settling tank where the solids an settle out of suspension. Tanks may be fitted with dragout type sludge conveyors that remove the settled solids. Hydrocyclone advantages include:Accelerated settling effect allows system tanks to be much smaller than would be necessary to meet coolant clarity requirements by settling alone.Hydrocyclone systems use no filter mediaHydrocyclones have no moving parts.Hydrocyclones draw air into the vortex and aerates coolants

Hydrocyclones Service

Desliming Hydrocyclone Cluster

Plasma Cluster Ionisers

Hydor

Tega De-Sliming/De-watering/De-gritting Hydrocyclones are generally made of wear resistant PU and are also light in weight. Entire cyclone body consists of moulded PU parts, which are held together by steel plates and stainless steel studs/clamps. However depending on customer needs the cyclones can also be made of Stainless Steel.

Cluster manifolds are used to commingle the flow from adjacent subsea wells ( clustered around the parent manifold) into flowline headers, for onwards connection to export flowlines

CAVEX Dewatering hydrocyclones are designed to provide a much higher density of underflow discharge than is possible with conventional hydrocyclone design without loss in recovery efficiency. CAVEX dewatering hydrocyclones

Hydrocyclone Cluster