KR20060022745A - Package of inclined clarifer with accelerating flocculation-rectangular type - Google Patents

Abstract

The present invention relates to a horizontal high-speed cohesive gradient plate sedimentation apparatus characterized by providing an efficient wastewater treatment device by installing a chemical chamber and a treatment tank attached to a rectangular structure in order to be easily applied to a large tunnel site in the city.

A raw water supply unit comprising a V-type notch which is a metering tank, a reaction tank, a neutralization tank, and a distribution tank; A raw water treatment part consisting of a reaction part, a hopper, and an inclined plate and having an inverted trapezoidal shape having a short lower part and a long upper part; It consists of a neutralization chemical tank, a neutralizing chemical pump, an Alum tank, an Alum pump, a polymer coagulant tank, and a polymer coagulant pump, and has a chemical supply part which is composed of a trapezoidal shape having a long lower portion and a short upper portion and coupled to the raw water treatment unit. Is characterized by;

The present invention constitutes the raw water treatment unit in the trapezoidal form by the sedimentation in the inclined plate sedimentation unit, and by combining the chemical supply unit in the inverted trapezoidal form, the waste water treatment apparatus is manufactured in a square shape as a whole, and the chemical treatment chamber and the treatment tank are Since it does not need to be manufactured in a separate space, the required area is significantly reduced, which provides a very efficient advantage in space utilization.

Horizontal, high speed flocculation, sloped plate, sedimentation

Description

Horizontal Fast Coagulation Inclined Plate Precipitator {Package of Inclined Clarifer with Accelerating Flocculation-Rectangular Type}

1 is a device configuration diagram illustrating the case of two sets of inclined plate tack device of the present invention.

Figure 2 is a device configuration diagram illustrating the case of one set of inclined plate precipitation apparatus of the present invention.

Figure 3 is a detailed view of the reaction unit applied to the present invention.

Figure 4 is a plan view of the case of two sets of inclined plate precipitation apparatus of the present invention.

Figure 5 is a plan view when the inclined plate precipitation apparatus of the present invention is a single set.

Explanation of symbols on the main parts of the drawings

100: V-shaped notch

101: reactor

101a, 102a: stirrer

102: Chinese tank

102c: distribution tank

103a, 103b: reaction part

104a, 104b: hopper

105a, 105b: inclined plate

106a, 106b: channel

107: treatment tank

108a, 108b: sludge valve

201: Alum Tank

201a: Alum pump

202: neutralizer tank

202a: neutralizer pump

203: polymer flocculant tank

203a: polymer flocculant pump

301a, 301b: flocculation confirmation

302a, 302b: sludge collection basin

401: sliding cone

402: baffle plate

The present invention relates to a horizontal high-speed cohesive inclined plate sedimentation apparatus, and in particular, by installing a chemical chamber and a treatment tank attached to a rectangular structure in order to be easily applied to a large tunnel site in the city, it provides an efficient wastewater treatment apparatus for space utilization. It relates to a horizontal high-speed cohesive gradient plate precipitation apparatus.

In order to efficiently perform the most basic flocculation and dust treatment of various water treatments, it is suggested that the general treatment is compacted to minimize the installation area and to perform cross-flow sedimentation.

In the conventional wastewater treatment apparatus, the collection tank, the flocculation tank, the sedimentation tank, and the like are installed in parallel arrangements as separate devices, so that the appearance of the device becomes large, and the manufacturing cost increases, and the manufacturing cost increases. It takes up a lot of equipment costs, and also has a drawback that the waste water treatment can not be carried out immediately, such as the operation is not easy.

Applicant has applied for an integrated high-speed cohesive inclined plate precipitation apparatus (utility notification number: 20-0196413) consisting of a cylindrical to solve this problem.

The contents of the above application are intended to be integrated into a single unit by compacting so that the reaction, coagulation, and precipitation in one tank at the same time, the raw water and the polymer coagulant is introduced at the same time in the direction of gravity, so that the reaction and coagulation of the inflow water A reaction part of a hollow pipe shape to rise; The reaction unit is located in the center, guides the influent after the aggregation reaction in the opposite direction of gravity to imagine along the outer periphery of the reaction unit to be output from the upper, and settle the sludge through the inclined plate during the inflow flows in the upper direction A sedimentation unit for separating; Located at the bottom of the settling portion, it was configured to include a hopper-type concentrator collecting the sludge filtered from the settling portion.

However, such a structure is easy to apply to small wastewater treatment, but has a problem that it is difficult to apply to a relatively large wastewater treatment facility, such as a large tunnel site.

The present invention is to compensate for this, so that the cross-flow sedimentation occurs to be applied to a large tunnel site in the city, and to provide a device that is easier to install and operate by manufacturing integrally including a chemical tank and a treatment tank. have.

As a means for achieving the above object,

The present invention provides a raw water supply unit comprising a V-shaped notch, a reaction tank, a neutralization tank, and a distribution tank; A raw water treatment part consisting of a reaction part, a hopper, and an inclined plate and having an inverted trapezoidal shape having a short lower part and a long upper part; It consists of a neutralization chemical tank, a neutralizing chemical pump, an Alum tank, an Alum pump, a polymer coagulant tank, and a polymer coagulant pump, and has a chemical supply part which is composed of a trapezoidal shape having a long lower portion and a short upper portion and coupled to the raw water treatment unit. Is characteristic.

In addition, the raw water treatment unit is characterized in that it is formed by further forming a sludge sewage check to check the amount of sludge, and a flocculation state sewage check to confirm the aggregation state.

In addition, the inclined plate is characterized in that a plurality of plates are arranged at a predetermined interval in a diagonal form.

Other objects, specific advantages and novel features of the present invention will become more apparent from the following detailed description and the preferred embodiments associated with the accompanying drawings.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

1 is a device configuration diagram illustrating the case of two sets of inclined plate tack device of the present invention.

Figure 2 is a device configuration diagram illustrating the case of one set of inclined plate precipitation apparatus of the present invention.

Figure 3 is a detailed view of the reaction unit applied to the present invention.

Figure 4 is a plan view of the case of two sets of inclined plate precipitation apparatus of the present invention.

5 is a plan view when the inclined plate precipitation apparatus of the present invention is a single set

As shown, the present invention includes a raw water supply unit including a V-shaped notch 100, a reaction tank 101, a neutralization tank 102, and a distribution tank 102c;

A raw water treatment part consisting of reaction sections 103a and 103b, hoppers 104a and 104b, and inclined plates 105a and 105b and having an inverted trapezoidal shape having a short lower portion and a longer upper portion;

It is composed of a neutralizing chemical tank 202, a neutralizing chemical pump 202a, an Alum tank 201, an Alum pump 201a, a polymer coagulant tank 203, a polymer coagulant pump 203a, and has a long lower portion. The upper portion is made of a short trapezoidal shape made of a chemical supply unit coupled to the raw water treatment unit.

The raw water supply unit serves to distribute the raw water to the chemical after neutralization, and the raw water treatment unit serves to horizontally settle the sludge, and the chemical supply unit adds appropriate chemicals to the reaction tank, the neutralization tank, and the distribution tank to float in the raw water. Allow this to settle properly.

Raw water treatment unit of the present invention is configured in the form of a hopper and its cross section is a trapezoidal form to form a form in which the inclined surface connected the horizontal surface of the lower and the horizontal surface of the upper portion.

In addition, the medicine supply unit has an inverted trapezoidal shape attached to the inclined surface to form a substantially rectangular shape when the raw water treatment unit and the chemical supply unit are combined.

Therefore, when the present invention is applied, both the drug supply part and the raw water treatment part may be included in a substantially rectangular shape using a minimum area, and in particular, since the inclined plates constituting the raw water treatment part are arranged diagonally to provide an advantage of maximizing space. do.

Hereinafter, the features of each component will be described.

First, the V-notch 100 is provided with a triangular ware to measure the instantaneous flow rate, the reaction tank 101 is transferred through the pump 201a from the raw water and the Alum tank 201 passing through the V-notch 100. Alum is mixed to cause a reaction, and at this time, the stirrer 101a is rotated so that an appropriate reaction occurs.

The neutralization tank 102 reacts with the raw water that has passed through the reaction tank 101 and the neutralizing agent transferred from the neutralization chemical tank 202 through the pump 202a to perform a neutralization reaction, by rotating the agitator 102a. Allow proper neutralization to occur.

The distribution tank 102c is a water tank in which raw water passing through the neutralization tank 102 is temporarily stored, and a lower portion of the distribution tank 102c is provided with one set of cylindrical cylindrical reaction parts 103a and 103b by gravity action. Transfer the raw water.

At this time, the inside of the reaction unit (103a, 103b) is provided with a sliding cone 401 and a baffle plate 402, the sludge mixing and aggregation reaction occurs properly.

The hoppers 104a and 104b are tanks for temporarily storing water that has passed through the reaction units 103a and 103b, and the raw water is transferred upward through the inclined plates 105a and 105b, in which the sludge is driven by gravity. It slides and the symbolic water moves upwards.

The fresh water may be discharged by moving downward through the fresh water pipe.

On the other hand, the sludge remaining in the hoppers 104a and 104b is transferred to the thickening tank or the sludge dry phase through the action of the lower sludge outflow pipe 109 and the valves 108a and 108b for processing.

In addition, reference numerals 302a and 302b are sludge sewage sludges capable of confirming the amount of sludge from the outside, and 301a and 301b are flocculation check sewage sludges that can confirm agglomeration, as described above. If you install more can check the sludge and agglomeration state from the outside can easily determine the time of sludge removal.

Hereinafter, the overall operation of the present invention will be described.

Inflowed raw water (or wastewater) reaches the V-shaped notch 100.

A 90 ° type triangular ware is prepared in the outlet so that the instantaneous flow rate can be measured in the V-shaped notch 100.

The raw water introduced from the V-notch is mixed with Alum (aluminum sulfate, Al2 (SO4) 3.18H2O) in the reactor 101 to perform a first reaction, which is possible by the stirrer 101a.

Alum injection is made by Alum tank 201 and Alum pump 201a.

When the first reaction is made, the reaction water is neutralized by a neutralizing agent (sulfuric acid or caustic soda) in the neutralization tank 102, which is possible by the PHIC 102b and the stirrer 102a.

Neutralizing agent injection is made by the neutralizing chemical tank 202 and the neutralizing pump (202a).

The neutralized treated water that has undergone the neutralization reaction is distributed by the distribution tank 102c to cause the agglomeration reaction in each of the reaction units 103a and 103b. The polymer coagulant is injected immediately before the distribution.

Mixing and aggregation are performed by the sliding cone 401 (sliding cone) and the rectifying plate 402 (baffle plate) of the detailed view of the reaction part.

Injection of the polymer flocculant is performed by the polymer flocculant tank 203 and the polymer flocculant pump 203a.

The reaction water in which the agglomeration reaction is carried out is introduced into the lower hopper portions 104a and 104b, and the horizontal precipitation occurs. The precipitation efficiency is particularly high in the inclined plates 105a and 105b.

Sewage stool 301a, 301b for checking the coagulation state is installed, and sludge stool 302a, 302b for checking the sludge deposition state is installed.

Symbol water is precipitated is collected in the treatment tank 107 through the outflow ware and waterways (106a, 106b) is discharged to the natural water system through the treated water discharge pipe (110).

The lower settling sludge is automatically discharged to the sludge automatic discharge valve (108a, 108b, which may be installed by a manual valve) and sent to the thickening tank or sludge or the drying phase through the sludge pipe 109.

As a result, the present invention, as described above, in the neutralization reaction species in the upper neutralized wastewater is injected with a polymer flocculent just before the reaction unit is injected into the reaction unit is agglomeration reaction in the reaction unit, the reaction water in which the aggregation reaction is introduced into the sedimentation basin Precipitation is made in the inclined plate settling section, and the treated water is collected and discharged through the upper weir and water channel into the treated water tank.

The device may be manufactured in the form of two sedimentation sections on both the left and right sides, or may be manufactured in one sedimentation basin.

As described above, the present invention constitutes the raw water treatment unit in a trapezoidal form by allowing the precipitation to be precipitated in the inclined plate settling unit, and combines the chemical supply unit in an inverted trapezoidal form to produce a wastewater treatment device in a rectangular form as a whole. Since it does not have to be manufactured in a separate space, the required area is considerably reduced, providing a very efficient advantage in space utilization.

In addition, although the present invention has been described in connection with the above-mentioned preferred description, other various modifications and variations may be made without departing from the spirit and scope of the present invention.

Accordingly, the appended claims may be determined to include such modifications and variations as fall within the true scope of the invention.

Claims (4)

A raw water supply unit comprising a V-type notch which is a metering tank, a reaction tank, a neutralization tank, and a distribution tank; A raw water treatment part consisting of a reaction part, a hopper, and an inclined plate and having an inverted trapezoidal shape having a short lower part and a long upper part; It consists of a neutralization chemical tank, a neutralizing chemical pump, an Alum tank, an Alum pump, a polymer coagulant tank, and a polymer coagulant pump, and has a chemical supply part which is composed of a trapezoidal shape having a long lower portion and a short upper portion and coupled to the raw water treatment unit. Horizontal high-speed cohesive gradient plate precipitation apparatus, characterized in that. The method of claim 1, The raw water treatment unit further comprises a sludge sewage check for checking the amount of sludge and a flocculation state check for checking the agglomeration state, characterized in that the horizontal high-speed cohesive gradient plate precipitation device. The method of claim 1, The inclined plate is a horizontal high-speed cohesive inclined plate precipitation apparatus, characterized in that a plurality of plates are arranged at a predetermined interval in a diagonal form. The method of claim 1, The horizontal high-speed cohesive gradient plate precipitation apparatus is characterized in that the raw water supply unit, the raw water treatment unit and the chemical supply unit is arranged in one set or two or more sets.

Images