Sludge water environment-friendly disposal system
Technical field
This utility model belongs to environmental technology field, is specifically related to a kind of sludge water environment-friendly disposal system.
Background technology
At present, sludge water has higher water content, the characteristic being combined with mud granule due to moisture, use mechanical means removing to have certain restriction.The mud formed through mechanical means dehydration is also referred to as mud cake, and the moisture content of mud cake is the highest, has fluid properties, and it disposes difficulty and cost is the highest, it is therefore necessary to decrement further.Utilize flocculant to be compressed by the sludge flocculation in sewage, make mud precipitate in water, preferably carry out the separation of water and mud, conveniently water and mud are collected.
Utility model content
The purpose of this utility model is to provide a kind of sludge water environment-friendly disposal system, in order to overcome above-mentioned deficiency, it is provided that a kind of preferably device, conveniently uses as required, improves service efficiency, improve using effect.
To achieve these goals, the technical solution of the utility model is as follows.
A kind of sludge water environment-friendly disposal system, including for sap cavity, the first feed tube is had for connecting on the left of sap cavity, it is provided with hydraulic press on the right side of sap cavity, hydraulic press top connects hydraulically extensible post, water chamber it is provided with on the right side of hydraulic press, connect on the right side of water chamber and have outlet pipe, water chamber upper middle position is provided with support bar, hydraulically extensible post and support bar upper hinge connect support seat, supports seat top and is provided with water chamber, and water chamber bottom connects feed pipe, feed pipe bottom connects has water supply hose, water supply hose lower end to be connected with water chamber upper left-hand;Water chamber top is provided with screen plate, and screen plate top is provided with stir chamber, and stir chamber upper right connects the second feed tube, and connecting on the right side of stir chamber has feeding hose, and feeding hose bottom connects discharging chamber, and connecting on the right side of discharging chamber has discharge nozzle;Sap cavity top is provided with drawing liquid pump, and drawing liquid pump bottom connects liquid suction pipe, and drawing liquid pump top connects feed liquid hose, and feed liquid hose top connects feed pipe, and connecting on the right side of feed pipe has drain pipe;Stir chamber upper middle position is provided with motor, and motor lower portion connects has motor shaft, the motor shaft left and right sides to be respectively connected with multiple stirring vane.
Further, feed pipe centre position is provided with globe valve.
Having the beneficial effects that of this utility model: this utility model device can carry out precipitation process for sludge water effectively, is preferably separated with mud by water, is collected water and mud respectively.
Accompanying drawing explanation
Fig. 1 is apparatus structure schematic diagram used in this utility model embodiment.
Description of symbols in figure: 1, liquid suction pipe;2, for sap cavity;3, outlet pipe;4, globe valve;5, water supply hose;6, feed pipe;7, water chamber;8, stirring vane;9, screen plate;10, discharge nozzle;11, discharging chamber;12, support bar;13, motor shaft;14, motor;15, drawing liquid pump;16, feed liquid hose;17, seat is supported;18, feeding hose;19, water chamber;20, the second feed tube;21, drain pipe;22, the first feed tube;23, stir chamber;24, hydraulically extensible post;25, hydraulic press;26, feed pipe.
Detailed description of the invention
Below in conjunction with the accompanying drawings detailed description of the invention of the present utility model is described, in order to be better understood from this utility model.
Sludge water environment-friendly disposal system as shown in Figure 1, including for sap cavity 2, the first feed tube 22 is had for connecting on the left of sap cavity 2, it is provided with hydraulic press 25 on the right side of sap cavity 2, hydraulic press 25 top connects hydraulically extensible post 24, water chamber 7 it is provided with on the right side of hydraulic press 25, connect on the right side of water chamber 7 and have outlet pipe 3, water chamber 7 upper middle position is provided with support bar 12, hydraulically extensible post 24 and support bar 12 upper hinge connect support seat 17, support seat 17 top and be provided with water chamber 19, water chamber 19 bottom connects feed pipe 6, feed pipe 6 bottom connects water supply hose 5, water supply hose 5 lower end is connected with water chamber 7 upper left-hand;Water chamber 19 top is provided with screen plate 9, screen plate 9 top is provided with stir chamber 23, and stir chamber 23 upper right connects the second feed tube 20, and connecting on the right side of stir chamber 23 has feeding hose 18, feeding hose 18 bottom connects discharging chamber 11, and connecting on the right side of discharging chamber 11 has discharge nozzle 10;Sap cavity 2 top is provided with drawing liquid pump 15, and drawing liquid pump 15 bottom connects liquid suction pipe 1, and drawing liquid pump 15 top connects feed liquid hose 16, and feed liquid hose 16 top connects feed pipe 26, and connecting on the right side of feed pipe 26 has drain pipe 21;Stir chamber 23 upper middle position is provided with motor 14, and motor 14 bottom connects has motor shaft 13, motor shaft 13 left and right sides to be respectively connected with multiple stirring vane 8.Feed pipe 6 centre position is provided with globe valve 4.
This utility model device is when specifically making, and the first feed tube 22 connects pipeline, and sludge water is from the first feed tube 22 enters for sap cavity 2.Opening drawing liquid pump 15, by for the sludge water suction liquid suction pipe 1 in sap cavity 2, sludge water enters feed pipe 26 from feed liquid hose 16, then enters in stir chamber 23 from drain pipe 21.Open the valve switch on the second feed tube 20, flocculant is poured into stir chamber 23 from the second feed tube 20.Starting motor 14, motor shaft 13 drives stirring vane 8 to rotate, and utilizes stirring vane 8 to be stirred sludge water and flocculant, makes the float microgranule phase inter coagulation in sludge water increase, departs from aqueous phase precipitation under gravity.Utilizing screen plate 9 that sludge water is carried out filtration treatment, kept off on screen plate 9 by the impurity in water, water then enters in water chamber 19.Opening globe valve 4, the water in water chamber 19 enters water chamber 7 from feed pipe 6 and water supply hose 5 and is collected.Opening the valve switch on outlet pipe 3, the water in water chamber 7 is discharged from outlet pipe 3 and is used.Utilizing hydraulic press 25 to control elongation, hydraulically extensible post 24 drives to support and rises on the left of seat 17, makes the impurity on screen plate 9 glide.Opening the valve switch on feeding hose 18, the impurity in stir chamber 23 enters in discharging chamber 11 from feeding hose 18 and is collected.Opening the valve switch on discharge nozzle 10, the impurity in discharging chamber 11 is discharged from discharge nozzle 10 and is processed.
The above is preferred implementation of the present utility model; it should be pointed out that, for those skilled in the art, on the premise of without departing from this utility model principle; can also make some improvements and modifications, these improvements and modifications are also considered as protection domain of the present utility model.