Surface pre-treatment system combining four aluminum alloy working grooves into whole for full recovery of medicament and zero emission of wastewater

A technology of treatment system and recovery system, which is applied in the field of aluminum alloy surface treatment technology and environmental protection, can solve the problems of reducing the pollution control amount of enterprises, reducing production costs, high costs of fluorine and ammonia nitrogen, etc.

Active Publication Date: 2012-08-01
FOSHAN SANSHUI XIONGYING INNOVATION CENT FOR ALUMINUM SURFACE TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0068] The purpose of the present invention is to provide an aluminum alloy four The working tank is integrated into one chemical agent full recovery and wastewater zero discharge surface pretreatment system. The bath liquid formula uses fluorine-free and ammonium-free chemical components. The fluorine and ammonium pollution in the pretreatment of aluminum alloy anodic oxidation can realize the full recovery of the wastewater from the pretreatment of the aluminum alloy surface, greatly reducing the amount of pollution control in the enterprise and reducing the production cost

Method used

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  • Surface pre-treatment system combining four aluminum alloy working grooves into whole for full recovery of medicament and zero emission of wastewater
  • Surface pre-treatment system combining four aluminum alloy working grooves into whole for full recovery of medicament and zero emission of wastewater
  • Surface pre-treatment system combining four aluminum alloy working grooves into whole for full recovery of medicament and zero emission of wastewater

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0166] Embodiment 1 (sand surface material)

[0167] 1# Four-in-one sand tank: NaOH 60g / L, NaOH 2 SO 4 10g / L, Na 3 PO 4 10g / L, 5g / L sorbitol, 0.3g / L sodium dodecyl sulfonate, the rest of water; the working temperature is 65°C, the processing time is 8 minutes, trickle for 1 minute;

[0168] 2# flat surface tank; the concentration of the agent is 30% of the concentration of 1# four-in-one sand surface tank, the working temperature is 50°C, the treatment time is 4 minutes, and the trickle flow is 1 minute;

[0169] 3# Washing retention tank; water washing for 1 minute, dripping for 30 seconds;

[0170] 4# washing retention tank: washing for 1 minute, dripping for 30 seconds;

[0171] 5# washing retention tank: washing for 1 minute, dripping for 30 seconds;

[0172] 6#Water washing waiting tank: wash with water for 1 minute, trickle for 30 seconds.

Embodiment 2

[0173] Embodiment 2 (sand surface material)

[0174] 1# Four-in-one sand surface tank: NaOH 180g / L, NaOH 2 SO 4 30g / L, Na 3 PO 4 30g / L, 15g / L sorbitol, 0.6g / L sodium dodecyl sulfonate, the rest of water; the working temperature is 60°C, the treatment time is 6 minutes, trickling for 1 minute;

[0175] 2# flat tank; the concentration of the agent is 40% of the concentration of the 1# four-in-one sand surface, the working temperature is 45°C, the processing time is 3 minutes, and the drip flow is 1 minute;

[0176] 3# Washing retention tank; water washing for 1 minute, dripping for 30 seconds;

[0177] 4# washing retention tank: washing for 1 minute, dripping for 30 seconds;

[0178] 5# washing retention tank: washing for 1 minute, dripping for 30 seconds;

[0179] 6#Water washing waiting tank: wash for 1 minute, trickle for 30 seconds;

Embodiment 3

[0180] Embodiment 3 (sand surface material)

[0181] 1# Four-in-one sand tank: NaOH 300g / L, NaOH 2 SO 4 50g / L, Na 3 PO 4 50g / L, sorbitol 25g / L, sodium dodecylsulfonate 0.9g / L, the balance of water; the working temperature is 55°C, the processing time is 4 minutes, trickling for 1 minute;

[0182] 2# flat surface tank; the concentration of the agent is 50% of the concentration of 1# four-in-one sand surface tank, the working temperature is 40 ℃, the treatment time is 2 minutes, and the drip flow is 1 minute;

[0183] 3# Washing retention tank; water washing for 1 minute, dripping for 30 seconds;

[0184] 4# washing retention tank: washing for 1 minute, dripping for 30 seconds;

[0185] 5# washing retention tank: washing for 1 minute, dripping for 30 seconds;

[0186] 6#Water washing waiting tank: wash for 1 minute, trickle for 30 seconds;

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Abstract

The invention relates to a surface pre-treatment system combining four aluminum alloy working grooves into a whole for full recovery of medicament and zero emission of wastewater. The surface pre-heated system comprises a No.1 four-in-one sand surface groove, a No.2 matte tank, a No.3 water washing interception groove, a No.4 water washing interception groove, a No.5 water washing interception groove, a No.6 water washing material waiting groove, a No.7 oxidation groove and a No.8 water washing interception groove, as well as a matching slag pumping system, a medicament recovery system, a water circulation purification processing system and a reverse water replenishing neutralization system. As the four working grooves are combined into a whole, and the technical scheme is simultaneously equipped with the full recovery of the medicament and the zero emission of the wastewater, the pollution of fluorine and ammonium in the oxidation pre-treatment of an aluminum alloy anode can be effectively solved, the full recovery of the wastewater in the aluminum alloy surface pre-treatment can be realized, the pollution control of a company can be greatly reduced, and the production cost can be reduced.

Description

technical field [0001] The invention belongs to aluminum alloy surface treatment technology and environmental protection technology, and specifically relates to an aluminum alloy surface pretreatment system with fluorine-free and ammonium-free medicaments, four working tanks in one slot configuration, full recovery of reaction medicaments, and zero discharge of cleaning wastewater. technical background [0002] Aluminum alloy surface pretreatment processes are mainly divided into two categories: alkali etching and acid etching. The existing aluminum profile alkali etching process has been used for more than 100 years. Alkali etching has the disadvantages of high aluminum consumption, high alkali consumption, more alkali slag, difficult process control, many defects, high production cost, and large environmental pollution. The standard alkali etching tank layout is as follows: figure 1 As shown, 1#, 4#, 7#, 11# and 14# tanks are working tanks, each working tank is equipped w...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): C23G1/36C23G1/12C23G1/22C23G3/00
Inventor 熊映明熊朔刘庆芬李昌群
Owner FOSHAN SANSHUI XIONGYING INNOVATION CENT FOR ALUMINUM SURFACE TECH
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