DE202015107121U1 - A water purification plant with vegetable zeolite - Google Patents

Abstract

A water treatment plant comprising vegetable zeolite, characterized in that it comprises a bio-enzyme treatment tank and a sedimentation tank, which are parallel to each other and connected to each other, with sludge discharge pipes being fitted at the bottom of the bio-enzyme treatment tank and the sedimentation tank, wherein the bio-enzyme treatment tank is filled with bio-enzyme filler, and in the settling tank, a few pipes are arranged obliquely and in parallel, and at the upper part of the side of the bio-enzyme treatment tank, which is far away from the settling tank, a mixing basin is provided, wherein the bottom of the mixing tank is connected to the bio-enzyme treatment tank, being mounted on the mixing tank mixer; Furthermore, the system comprises feed device for adding the vegetable zeolite, wherein the feed tube of the feed device is inserted into the mixing tank; with water supply line at the side of the mixing bowl and water drainage pipe at the top of the side of the settling tank which is far away from the bio-enzyme treatment tank.

Description

Technical area

The new utility model relates to a water treatment plant, in particular it relates to a water purification plant with vegetable zeolite.

Technical background

Currently, the treatment processes for "highly concentrated and hardly degradable industrial wastewater" and "household wastewater" are very complex, using many equipment and facilities with a complex operating and management system and high operating costs, which involves high investment and requires a lot of staff. to operate and manage the facility. In addition, the technical training is very expensive. The operation is therefore associated with high consumption of materials and energy. Many systems do not work well after startup due to operational difficulty, high cost, and frequent equipment maintenance, etc.

Content of the new utility model

In view of the o.g. technical problems, the new utility model provides a water purification plant with vegetable zeolite.

The technical concept here is: a water treatment plant with vegetable zeolite, which comprises a bio-enzyme treatment basin and a sedimentation tank, which are parallel to each other and connected to each other, each at the bottom of the bio-enzyme treatment basin and the settling basin sludge discharge pipe attached wherein the bio-enzyme treatment tank is filled with bio-enzyme filler and in which settling tank some pipes are arranged obliquely and in parallel, and at the upper part of the side of the bio-enzyme treatment tank far away from the settling tank, a mixing basin is provided, wherein the bottom of the mixing basin is connected to the bio-enzyme treatment tank, wherein mixer is mounted via the mixing basin; Furthermore, the system comprises feed device for adding the vegetable zeolite, wherein the feed tube of the feed device is inserted into the mixing tank; The water supply pipe is attached to the side of the mixing bowl and the water removal pipe is located on the upper side of the settling tank, which is far away from the bio-enzyme treatment tank.

Advantages of the new utility model are that the physico-chemical and biological treatment of "highly concentrated and hardly degradable industrial effluents" has been integrated into one corridor, so that the effluents after such treatment can already meet governmental emission standards for the relevant sector, which is Process simplified; Operation has also become easier, and the operation of the facilities requires only a simple training; The treatment process is also simplified, space is saved, the resulting sludge remains stable, and sludge dewatering no longer requires flocculants. It is therefore very convenient.

Details of the attached figures

1 is a schematic representation of the new utility model;

2 is a top view of the new utility model.

Concrete execution

Like from the 1 and 2 It can be seen a water purification plant with vegetable zeolite, which is a bio-enzyme treatment tank 10 and a settling tank 13 which are parallel to each other and connected to each other, wherein at the bottom of the bio-enzyme treatment basin 10 and the settling basin 13 each mud discharge pipe 9 attached, wherein the bio-enzyme treatment basin 10 with bio-enzyme filler 12 is filled, and in the settling tank 13 some pipes 11 mounted obliquely and in parallel, the oblique pipes are used for the separation of sludge and water and to reduce the concentration of pollutants. The sloping pipes separate the settling tank 13 into a series of shallow settling layers, wherein the settled sludge can move between the settling layers and is separated. This is where the laminar flow principle comes into play, which is the treatment capacity of the sedimentation tank 13 significantly increased. It also reduces the settling distance of the particles, which also reduces settling time; Furthermore, the settling of the settling tank 13 thereby increasing what increases the treatment efficiency. Thus, the Trenungsrat is increased, the waiting time shortened, and space saved.

At the top of the page of the Bio Enzyme Treatment Pool 10 far from the settling tank 13 is removed, a mixing basin 3 is provided, the bottom of the mixing bowl 3 with the bio-enzyme treatment basin 10 connected, being over the mixing basin 3 mixer 6 is appropriate; In this new utility model is preferred in the mixing tank 3 a vertical partition plate attached, which separates the mixing tank in zewi chamber, and a mixer over each chamber 6 is appropriate. Furthermore, the system comprises feeding device 5 for adding the vegetable zeolite, wherein the feed tube 4 the feeder 5 into the mixing basin 3 put into it; Whereby side of the mixing basin 3 Water supply line 2 and at the top of the side of the settling tank 13 far from the bio-enzyme treatment basin 13 stands away, water drainage pipe 14 attached, which is fixed with support on the ground.

The bio-enzyme treatment basin 10 is with overflow pipes 8th provided and the water supply pipe 2 is with flow meter 1 Mistake; There is also a pump for releasing air 7 , wherein the pump for releasing air 7 through a tube with the bio-enzyme filler 12 in the bio-enzyme treatment tank 10 connected is.

The mixing basin 3 , the bio-enzyme treatment basin 10 and the settling tank 13 are all rectangular cylinders made of steel, and the bottoms of the bio-enzyme treatment basin 10 and the settling basin 13 are cone-shaped.

In wastewater treatment, the wastewater flows through the flowmeter 1 from the supply line 2 into the plant, and in the mixing basin 3 through the mixer 6 it is mixed with the vegetable zeolite and flocculated. Flakes are formed by ion exchange and efficient absorption of the vegetable zeolite, thus removing pollutants in the waste water such as COD, BOD, SS, ammonia, heavy metals, etc. Then the water flows into the bio-enzyme treatment basin 10 , whereby special microbes by acclimatization, enrichment, separation, selection and cultivation as a biological filler 12 in the bio-enzyme treatment tank 10 are released. The degradation potential of the specific microbes is substantially improved, and resistance of the microbes to toxins and their degradability for the toxins are increased, the treatment efficiency against persistent organic matter is improved. Pollutants in the wastewater are thus better removed. The water then flows into the settling tank 13 , with the flakes in the settling tank 13 can settle.

Claims (2)

A water treatment plant comprising vegetable zeolite, characterized in that it comprises a bio-enzyme treatment basin and a sedimentation tank, which are parallel to each other and connected to each other, with a sludge removal pipe attached to the lower part of the bio-enzyme treatment basin and the sedimentation tank, wherein the bio-enzyme treatment tank is filled with bio-enzyme filler, and in the settling tank, some pipes are arranged obliquely and in parallel, and at the upper part of the side of the bio-enzyme treatment tank, which is far away from the sedimentation tank, a mixing basin is provided, wherein the bottom of the mixing tank is connected to the bio-enzyme treatment tank, being mounted on the mixing tank mixer; Furthermore, the system comprises feed device for adding the vegetable zeolite, wherein the feed tube of the feed device is inserted into the mixing tank; with water supply line at the side of the mixing bowl and water drainage pipe at the top of the side of the settling tank which is far away from the bio-enzyme treatment tank. A water treatment plant with vegetable zeolite according to claim 1, characterized in that the bio-enzyme treatment tank is provided with overflow pipes and the water supply pipe is provided with a flow meter; Wherein the mixing basin a vertical partition plate is attached, which separates the mixing tank into two chambers, and a mixer is mounted on each chamber.

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