TXCS type cyclone grit chamber

TXCS type cyclone grit chamber

Usage and introduction:

Shen TXCS type cyclone sand pool, sand removing machine is using hydrocyclone, the mud and sand, and organic matter separately to achieve the purpose of removing sand, widely used in urban hotels, factories, mines and enterprises, institutions and large cities, medium and small water processing engineering in pretreatment process.

1 vortex grit chamber working principle:

The flow channel has been supporting device driven by two rotational flow grit pool of a flat round pool and taper round pool, the pool at the end of the central sand storage hopper, the pool is arranged in the sand removing machine, sand removing machine, mixer, sand suction system, and subsequent sand water separator to form a complete set in sand processing equipment, sand containing wastewater after flat and straight inlet channel, a water inlet turbulence is reduced to the lowest intake canal end is a can produce attached to the wall effect of slope, so that part of the settlement in the sand along the slope into the sink sand pool, the water inlet is provided with a baffle plate (installed in a small pool, so that the punching out plate fold to Constituency on the floor. Axial flow type mixer will flow to the center of the pool, and then upward, thus forming a volute flow and heavier sand near the center of the pool of an annular orifice into the set zone of sand into the sand hopper sand available gas provided sand suction or pump outer row, and lighter organic matter due to mixing machine for the shear of water organic to and sand separation, eventually with the axial water lead to drains.

2 axial flow mixer working principle:

Axial flow type mixer Rotary helps to in sand into the sand storage hopper front guide and times of sand cleaning, rotating blades can improve the water flow, the mixer blade leading edge made large and round shape (diameter of mixer can be according to the size of the pool for the design and manufacturing), can prevent water cloth flocculation and fibrous material around.