Electroplating pretreatment oil fouling recycling basin

Abstract

The invention belongs to the technical field of electroplating, and particularly relates to an electroplating pretreatment oil fouling recycling basin. The electroplating pretreatment oil fouling recycling basin comprises a separation basin, an input system and oil layer transferring systems, wherein the separation basin is of an upper-cover-free pool structure having a rectangular section; two gap-shaped oil guide ports are symmetrically distributed on the left and right sides in the lengthwise direction of the separation basin; oil storage tanks are mounted on the side surfaces close to theoil guide ports through brackets; oil discharging pipes are arranged at the lower parts of the oil storage tanks; a water discharging pipe is arranged at the lower part of the side surface of the separation basin; clean water can be discharged from the water discharging pipe; the input system is mounted above the rear side surface of the separation basin through a bracket; the input system filtersout impurities such as solid particles in oil fouling and uniformly conveys the impurities to the liquid level of the separation basin; the oil layer transferring systems are mounted on the front side surface and the top surface of the separation basin; and the oil layer transferring systems can transfer oil layers to the oil storage tanks through reciprocating motion. The electroplating pretreatment oil fouling recycling basin disclosed by the invention can quickly separate the oil fouling produced by cleaning a workpiece before electroplating through full-automatic operation, and is favorable for recycling utilization of oil and water.

Description

technical field [0001] The invention belongs to the field of electroplating, and in particular relates to an oil pollution recovery pool for pre-electroplating treatment. Background technique [0002] During electroplating such as barrel plating or rack plating, or electrochemical polishing process, before the electroplating or electrolytic polishing process, the product often has oil stains from the operation process and maintenance process, which seriously affects the quality of electroplating or polishing, so it needs to be cleaned. Usually, the workpiece is placed in a cleaning tank filled with water for hot-dip degreasing, ultrasonic degreasing and other treatments. After cleaning, a large amount of oily wastewater will be generated, and direct discharge is not conducive to environmental protection and water conservation. If the oil and water are not separated in time, the reuse of waste water will be affected. At present, manual separation is mostly used, and the effi...

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Problems solved by technology

[0002] In the electroplating such as barrel plating or rack plating, or the electrochemical polishing process, before the electroplating or electrolytic polishing process, the product often has oil stains in the operation process and maintenance process, which seriously affects the quality of electroplating or polishing, so it needs to be cleaned

Usually, the workpiece is placed in a cleaning tank filled with water for hot-dip degreasing, ultrasonic degreasing, etc. After cleaning, a large amount of oily wastewater is generated, and direct discharge is not conducive to environmental protection and water conservation.

If the oil and water are not separated in time, it will affect the reuse of waste water

At present, manual separation is mostly used, and the efficiency of manual separation is low, and the working environment is poor; mechanical separation mostly uses a high-speed rotating disc oil scraper. Due to the limited processing area, the efficiency is relatively low and the power consumption is relatively high.

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