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Device and method for preparing polyferric sulfate through microbial catalysis

A technology for the preparation of polyferric sulfate and catalysis, which is applied in the field of environmental engineering and can solve problems such as waste, high transportation costs of polyferric sulfate, and resource consumption

Active Publication Date: 2021-04-16
成都湛蓝未来环保科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

It can be seen from this that the cost of PFS due to transportation will greatly reduce the profit of the manufacturer, and this transportation is also a consumption and waste of resources.
[0010] Based on the above prior art background, the present invention provides a device for preparing polyferric sulfate by microbial catalysis, which mainly aims to improve the current problems of high transportation cost of polyferric sulfate and high cost of use of sewage treatment plants

Method used

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  • Device and method for preparing polyferric sulfate through microbial catalysis
  • Device and method for preparing polyferric sulfate through microbial catalysis
  • Device and method for preparing polyferric sulfate through microbial catalysis

Examples

Experimental program
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Effect test

Embodiment 1

[0062]Such asfigure 1 As shown, a microbial catalyzes a device for preparing a polymeric sulfate, the apparatus is disposed in a sewage treatment plant, and the bioreactor in the apparatus is connected to the PFS product storage tank, the bioreactor is discharged. The tube (1) is connected to the precipitate storage tank, and the PFS product storage tank is connected by conveying pipes (3) and the sink and the exit portions through the water pipe (4) with the bioreactor, the biological reaction. Install the aeration device on the device.

[0063]Water from the sink or inlet, injecting the bioreactor by inlet pipe, adding industrial grade solid sulfate to the bioreactor to form aqueous solution of 450 g / L, according to (NH)4)2SO41g / L, KCL 0.1g / L, K2HPO40.2g / L, MGSO4· 7h2O 0.2 g / L is added to the inorganic salt to form a ferrous ferrous inorganic salt solution, and the introduction of strains is formulated into microbial reaction liquid. The open aeration device controls the di...

Embodiment 2

[0065]Such asfigure 2 As shown, a microbial catalyzes a device for preparing a polymeric sulfate, the apparatus is disposed in a sewage treatment plant, and the bioreactor in the apparatus is connected to the PFS product storage tank, the bioreactor is discharged. Tube (1) is connected to the sediment storage tank, and the PFS product storage tank is connected by conveying pipes (3) and the sink inlet inlet, and the bink and export portions are connected to the reaction liquid pool and seed liquid pool, respectively. The reaction liquid tank and the seed liquid tank are respectively connected to the bioreactor by the reaction liquid tube (5) and the seed hydraulic tube (6), respectively, and the bioreactor is mounted on the bioreactor.

[0066]Water from the di Shenchi or inlet, injecting the reaction liquid tank by the inlet pipe, adding industrial grade solid sulfate to form aqueous solution having a concentration of 450 g / L, press (NH4)2SO4 1g / L, KCL 0.1g / L, K2HPO4 0.2g / L, M...

Embodiment 3

[0068]Such asimage 3 As shown, a microbial catalyzes a device for preparing a polymeric sulfate, the apparatus is disposed in a sewage treatment plant, and the bioreactor in the apparatus is connected to the PFS product storage tank, the bioreactor is discharged. Tube (1) is connected to the precipitate storage tank, and the PFS product storage tank is connected by conveying pipe (3) and the di Shenchi exit, and the two sink, the concrete sedimentation tank and the effluent are through the water pipe (4) and the bioreactor. Connect, the aeration device is mounted on the bioreactor.

[0069]Water from the dicycle or condensed sedimentation or inlet, injecting the bioreactor through the inlet pipe, adding an aqueous solution of industrial grade solid sulfate to the bioreactor to form aqueous solution of 450 g / L, press (NH)4)2SO4 1g / L, KCL0.1G / L, K2HPO4 0.2g / L, MGSO4· 7h2O 0.2 g / L is added to the inorganic salt to form a ferrous ferrous inorganic salt solution, and the introduct...

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Abstract

The invention discloses a device and preparation method for preparing polyferric sulfate through microbial catalysis. The device is arranged in a sewage treatment plant, the device comprises a bioreactor, the bioreactor is respectively connected with a PFS product storage tank and a precipitate storage tank through a liquid outlet pipe and a discharge pipe, The PFS product storage tank is connected with an inlet of a secondary sedimentation tank through a conveying pipeline, and the secondary sedimentation tank and a water outlet are connected with the bioreactor through a water inlet pipe. An aeration device is arranged on the bioreactor, the aeration device comprises an air pipe and an aeration head, the aeration head is arranged in the bioreactor, and the other end of the air pipe is connected with an aeration system in a sewage treatment plant. The device has the advantages that a synthesis device is arranged in a sewage treatment plant, so that the prepared product is directly conveyed into the sewage treatment plant for use through a conveying pipeline, and the transportation cost is effectively saved.

Description

Technical field[0001]The present invention belongs to the field of environmental engineering, and more particularly to a microorganism catalytic device and a method of preparing a polymer sulfate.Background technique[0002]Polymeric sulfate (PFS) is an inorganic polymer flocculant, which is reddish brown. The polymeric sulfate is introduced into a hydroxyl group in a network structure of a feroconus cluster to form a multi-core ion in an OH-frame bridge. The polymerization of iron sulfate is widely used in drinking water, industrial water, various industrial wastewater, urban sewage, sludge dehydration, and the like purification treatment. Compared with traditional flocculant, iron sulfate, aluminum sulfate, iron chloride, etc., is small, using a wide range of pH, small in the range of pH, low impurity removal rate, low residue concentration , Good dehydration, non-toxic and other advantages.[0003]Since the early 1980s, my country has been developed, and a large number of studies hav...

Claims

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Application Information

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IPC IPC(8): C01G49/14C02F1/52
Inventor 杨鹏
Owner 成都湛蓝未来环保科技有限公司
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