34results about How to "The treatment effect is thorough" patented technology

The invention discloses a wastewater reuse method combining magnetic loading coagulation clarification and membrane separation. The method comprises the following steps: (1) a coagulant is added into a reaction tank to form small flocs; (2) the small flocs enter a loading and mixing tank to generate magnetic coagulation cores with magnetic carriers; (3) after the magnetic coagulation cores enter a flocculation tank, a flocculant is added to generate large-particle magnetic floccules; (4) after the magnetic floccules are stirred and dispersed strongly by a high-speed dispersion machine, magnetic carriers which are recycled via a magnetic drum separator return to the step (2), supernatant liquor enters a middle water tank via the collection by a water collecting pipe, after being pressurized by a water pump, the supernatant liquor enters membrane separating equipment for fine filtration, and filtered water is discharged for reusing. The method is used for removing particulate matters, colloid and a part of dissolved organic matters in advance before membrane filtration, so that membrane pollution degrees can be effectively avoided or reduced, and the cleaning period and the service life of membrane components are increased. The method can be used for the resource reutilization of the wastewater in industries of printing and dyeing, electroplating, paper-making and the like, as well as the upgrading and reconstruction and the tail water reuse of sewage treatment plants.

The invention relates to a rotary dye waste water decolorizing device, which comprises a water feeding device, an adsorption plate reaction device, a rotating device, a precipitate collecting device and a flushing device, wherein the main body of the adsorption plate reaction device is a cylindrical reactor of which the upper part is opened; 4-8 adsorption plates fixed on a rotating shaft clamping groove are arranged in the reactor; the rotating device mainly comprises a rotating shaft and a driving bearing; under the action of driving force, the rotating shaft rotates in the reactor, so that the adsorption plate is fully contacted with dye waste water; and in a rotary adsorption process, a red mud and sludge adsorbent falling off from the surface layer of an adsorption plate is enriched and uniformly treated in the precipitate collecting device. The rotary dye waste water decolorizing device has the advantages of convenience for operating, small occupied space, simple treatment process and solving of the problem of difficulty in treating dye waste water.

An inclined plate electroplate device for removing heavy metal from wastewater and a manufacturing method of a filter board. The device provided by the invention comprises a water distributing device, an inclined plate reaction device, a flushing device, an effluent gathering device and a sediment gathering device, the main body of the incline plate reaction device is a box-type reactor with the upper portion openmouthed and three filter boards are obliquely disposed inside the reactor; an overflow groove on one side of the upper portion of the reactor is connected with the effluent gatheringdevice; and the bottom of the reactor is provided with the sediment gathering device. The filter board is prepared by steps of: mixing red mud, coal dust, an expanding agent and water, coating the mixture on a netted mud hanging device woven by iron wires, drying and sintering. Wastewater containing toxic heavy metal fully contacts with the filter boards in the device provided by the invention soas to make the heavy metal to react with the filter boards; red mud adsorbed with the heavy metal on the surface layer of the filter boards gathers in the sediment gathering device of the reactor andis together removed. The device provided by the invention is convenient to operate, occupies little space, and can be use to recover the heavy metal in wastewater and solve the reutilization problem of red mud.

The invention discloses a circular-oxygenation biochemical device which comprises a biochemical reaction tank, wherein the biochemical reaction tank is provided with a water inlet, a decanting device and a sludge discharge port, and an aerating system is laid on the bottom; a guide system and a grid plate are fixedly arranged in the biochemical reaction tank; the guide system comprises suspended guide plates and a top hood; the guide plates are arranged along the upstream and downstream direction; the two guide plates in each pair are faced with each other, and the distance becomes larger from top to bottom; the cross section of the top hood is in an inverted V shape, the top hood is covered above the guide plates, and the top end of each guide plate is positioned in the lower edge of the top hood; the grid plate is arranged in the direction perpendicular to the upstream and downstream direction, and positioned on the downstream of the guide plates; and sewage enters the biochemical reaction tank through the water inlet and is aerated by the aerating system to obtain the mixed solution, the mixed solution is stood to precipitate, and the upper water is flocculated by the regenerant on the grid plate and discharged out of the biochemical reaction tank through the decanting device. The circular-oxygenation biochemical device has the advantages of more thorough biochemical reaction, more sufficient precipitation and higher effluent water quality.

The invention discloses a high definition television (HDTV) super processor and processing method, adopting digital separation technique to separate Y / C signal, realizing programmable processing, and making the processing more thorough without any regulation. The invention also adopts 3D comb filter and can determine to adopt 2D comb filter, time comb filter or the mixture of them according to whether pixels move or not, thus further improving the image, and for the static image, its color error is zero. The invention also adopts 3D self-adapting noise reducing technique, interleaving to non-interleaving technique, motion compensating technique, frame-frame interpolation technique, film mode processing, black level extension, blue level extension, gama-correction technique, color and brightness improving technique, etc, and can make arbitrary frame frequency and line frequency conversion, and make frame-frame interpolation according to motion characteristic of the image, keeping the continuity of the converted image and making the image bright, clear and smooth.