6results about How to "Fast precipitation" patented technology

The present application relates to germanium smelting acid wastewater technical field, especially to a kind of germanium smelting acid wastewater depth filtration treatment device, including machine body, first chamber and second chamber are set in machine body, first chamber and second chamber are all provided with four groups of vertical agitator for mixing wastewater and chemical reagent and a horizontal stirring blade, first chamber and second chamber are all provided with four pressing plates for pressing sludge, and reverse osmosis membrane for discharging excess water in sludge is installed on pressing plate.The present application increases the stirring range of vertical agitator when switching vertical agitator and pressing plate to connect, and when switching vertical agitator and pressing plate to separate, let pressing plate to carry out sludge pressing operation, and then sludge and wastewater do not need to be transported, realize the automatic switching from reaction process to pressing process, and greatly improve the processing capacity and automation degree, while avoiding harmful substances from dripping or volatilizing due to sludge and wastewater transportation.

The utility model provides a limestone-gypsum method desulfurization wastewater integrated treatment device which comprises an efficient concentration clarifier body, an efficient reactor is installed at the top of the efficient concentration clarifier body, a wastewater inlet pipe, a chemical hopper and a stirrer are installed at the top of the efficient reactor, and a chemical feeder is installed on the outer side surface of the chemical hopper. A blanking pipe is arranged between the high-efficiency reactor and the high-efficiency concentration clarifier main body, an inclined pipe precipitator and a baffle plate precipitator are arranged in the high-efficiency concentration clarifier main body, a sludge hopper is arranged at the bottom of the high-efficiency concentration clarifier main body, and a clear water pipe is arranged on the high-efficiency concentration clarifier main body; when wastewater is treated, clear water and sludge can be separated, the wastewater treatment process is greatly simplified, the investment cost and the operation cost are further saved, actual popularization is facilitated, large-particle impurities which are not completely precipitated can be intercepted through the arranged overflow grating, and solid particles are prevented from flowing out of the clear water pipe along with the clear water.

The present application relates to the application field of water purification plant production wastewater treatment, in particular to a high-iron-manganese backwashing wastewater treatment method. The high-iron-manganese backwashing wastewater treatment method provided by the present application integrates coagulation, reaction, sedimentation and concentration, and magnetic powder is added in the coagulation sedimentation tank. The magnetic powder serves as a crystal nucleus, more easily forms alum flowers, greatly improves the specific gravity of the alum flowers, speeds up the sedimentation speed, and can improve the sedimentation efficiency of the high-iron-manganese backwashing wastewater. In combination with the addition of coagulants and coagulant aids, the treatment efficiency of the high-iron-manganese backwashing wastewater is further improved, the content of iron, manganese and SS in the effluent is reduced, and the solid content of the sludge is improved. The high-iron-manganese backwashing wastewater treatment method provided by the present application has the characteristics of small land occupation, high surface load, short hydraulic retention time and good treatment effect, improves the effluent water quality, the formed sedimentation sludge has a lower water content, the sludge discharge is more conducive to dewatering, and the subsequent sludge treatment pressure is reduced.

The utility model discloses a sewage treatment settling tank which comprises a tank body, an inner spiral water inlet pipe is arranged on the top surface of the tank body, a water inlet pipe is arranged on the top surface of the inner spiral water inlet pipe, a medicine inlet pipe is arranged on the top surface of the inner spiral water inlet pipe, a slope plate is arranged in the tank body, and a settling funnel is arranged on the bottom surface of the tank body. A filtering drainage pipe is arranged on one side of the box body. According to the sewage treatment settling tank, by arranging the tank body, the internal thread water inlet pipe, the chemical inlet pipe, the settling funnel and the filtering drainage pipe, sewage can be settled, a matched chemical is added to improve the settling and impurity removing efficiency, and by arranging the tank body, the internal thread water inlet pipe, the slope plate and the settling funnel, the settling speed of particles in the device can be increased; the bottom of the device can be freely disassembled, workers can conveniently clean the interior of the box body, and meanwhile, the device can quickly precipitate and remove impurities from sewage, so that the precipitation efficiency of the device is improved.

The utility model discloses a two -segmented mine water is coordinated and is removed turbidity, removes fluorine precipitate processing device, including the turbidity removal sedimentation section and the coordinated sedimentation section who sets up in intercommunication, turbidity removal sedimentation section includes one stage first mixed area, one stage second mixed area, one stage flocculation area and one stage sedimentation area, and one stage sedimentation area and one stage second mixed area still are connected with one stage circulation area, the coordinated sedimentation section includes two stage first mixed area, two stage second mixed area, two stage flocculation area and two stage sedimentation area, and two stage sedimentation area and two stage second mixed area still are connected with two stage circulation area, and one stage sedimentation area intercommunication two stage first mixed area, the utility model discloses a turbidity removal sedimentation section and the coordinated sedimentation section who sets up in intercommunication, and turbidity removal sedimentation section reduces the turbidity through higher hydraulic load, and reduces the suspended solids in mine water, and in the coordinated sedimentation section water, there is a certain amount of suspended solids and microsand together with the improvement coal slime's drop characteristic, and the sedimentation effect is improved.

This invention discloses a seawater treatment system for aquatic organism seedling and larval cultivation based on a natural ecological cycle. The system includes a natural sedimentation tank, a secondary sedimentation algae cultivation tank, a multi-stage dark sedimentation tank, a primary sand filter, a secondary sand filter, and a water storage tank connected to the end of the secondary sand filter. A pump is installed to connect to a water storage tower. A seawater concentration device and an ultrafiltration device are also included between the water storage tower and the aquatic organism seedling tank. The secondary sedimentation algae cultivation tank can be directly connected to a juvenile shellfish rearing tank for direct use in juvenile shellfish cultivation. The sand filter also features a backwashing design for easy recycling. The seawater processed through the primary and secondary sand filters, concentration device, and ultrafiltration device can be used for larval cultivation of aquatic organisms. This water treatment system, through its multi-stage structural design and combined with natural environmental control of light and shading, avoids the drawbacks of chemical and biological purification and the shortcomings of simple physical sand filtration in a natural and ecological way. This ensures a large-scale supply of water for aquatic organism seedling and shellfish cultivation, meeting the diverse needs of large industrial areas.