Fenton-process anti-sedimentation suspension type wastewater treatment system capable of removing organosilicone

Abstract

The invention discloses a Fenton-process anti-sedimentation suspension type wastewater treatment system capable of removing organosilicone. The Fenton-process anti-sedimentation suspension type wastewater treatment system has a structure which comprises: an aeration tank, a top support frame, a water addition groove, a top cover plate, a partition-frame-net water purification pool, a residue discharge channel and a water pumping pipe. According to the invention, the partition-frame-net water purification pool is applied to cooperate with the residue discharge channel, so liquid-injection screwpropellers located at the top layer of the partition-frame-net water purification pool are driven to convey divalent iron ions into wastewater for blending; after the organosilicone is combined withthe divalent iron ions, instability of the organosilicone is reduced, so the organosilicone is guaranteed not to affect a water flow and is dispersed by wafting in a solid distribution manner after the wastewater is neutralized; by combination of transmission of unfolding and folding actions of slide-seat claw net frames, careful operation for capturing sediments one by one is formed, so high quality of a fluid at the downstream of the water flow is guaranteed; through optimization of improving operation of a Fenton process, the wastewater treatment effect of Fenton-process anti-sedimentationsuspension type organosilicone removal is formed; and through cooperation of suspension operation of the Fenton process after partition of last delamination and completion of storing reaction residues, heavy metals in the water flow are thoroughly eliminated, and no new substances are entrained, so water is safer to be recycled and reliable to be utilized.

Description

technical field [0001] The invention relates to a Fenton method anti-sedimentation suspension type wastewater treatment system for removing organic silicon, which belongs to the field of industrial wastewater treatment. Background technique [0002] In the treatment of industrial wastewater, the treatment of heavy metal wastewater is particularly cumbersome. Because heavy metals are harmful to human health, a little ingestion or long-term contact with the skin can cause serious diseases. Therefore, the treatment system of this type of industrial wastewater is meticulous and efficient to ensure water quality. Pure output, improve the energy-saving effect of water utilization cycle, the shortcomings of the current technology to be optimized are: [0003] Organic silicon wastewater will form Fenton reagent through the conventional operation of Fenton method to add oxidized organic silicon, and then achieve wet oxidation operation through chain reaction under the action of ultra...

AI Technical Summary

Problems solved by technology

[0004] In view of the deficiencies in the prior art, the purpose of the present invention is to provide a Fenton method sedimentation-preventing suspension type wastewater treatment system that removes organic silicon, so as to solve the problem that organic silicon wastewater will form Fenton reagent addition oxidation through the conventional operation of the Fenton method. Organic silicon, and then under the catalysis of ultraviolet light, wet oxidation can be achieved through a chain reaction, but the ions containing ferrous iron will cooperate with the oxidized water after the reaction, and organic waste will also be precipitated, resulting in refractory precipitates that need to be degraded. The waste water sedimentation tank is scraped by the scraper, which requires further additional processing of the mechanical transmission, which is costly, and the scraper continues to rub against the bottom of the pool, resulting in thinning of the bottom of the pool, resulting in the upper layer of clean water and the bottom layer of turbidity during the Fenton method of wastewater treatment The sedimentation interferes with the water quality, allowing trace amounts of iron ions to enter the water source, causing potential safety hazards for human drinking

Images