Lamela precipitation pool, also known as the reverse flow slope efficient precipitation device, is a new type of water purification precipitation clarification technology introduced from abroad, is now widely used in river and tap water engineering for sedimentation pool clarification and sludge concentration pool clarification reaction treatment. Lamela precipitation pool, using high-efficiency slope precipitation device, which is a kind of solid-liquid separation equipment with a relatively advanced technical performance.
The equipment fully adopts the shallow sedimentation theory, the basic principle is that raw water into the sloped plate monomer, the direction of water flow is opposite to the direction of particle precipitation, the sinking mud descends into the lower mud collecting area by its own weight, the clarified water passes through the separation zone and is led out of the pool by the upper water collection system. The device is mainly composed of oblique plate reaction unit, sealing plate, fixing bracket, guide strip, sink and rib strip dividing the oblique plate unit body.
The equipment features are as follows:
·The mud can fall into the slag bucket automatically, which is convenient to drain the mud and r reduce the labor intensity of cleaning up the slag.
·Covers an area that is only 1/5of the length of the flat-flow sediment ation pool,and the precipitation effect can be increased by 2-4times.
·High processing efficiency, removal rate of up to 80%;
·Independent layered sedimentation collecting mud system, separation layer without interference, water flow stability;
·The main internal component material sits with anti-corrosion, high temperature-resistant composite materials, adapttocing to a variety of complex operating conditions;
·The mud discharging method is flexible, and the automatic or manual mud discharging method can be selected according to the operation requirements.;
·No moving parts inside the device, no maintenance required;
·Unique installation method, saving floor space.
Technical parameters:
