Industrial oil product distribution, transportation and treatment integrated control system based on green operation and maintenance

Abstract

The invention discloses an industrial oil product distribution and transportation treatment integrated control system based on green operation and maintenance, which comprises a liquid supply device, a transfer supply pool, a waste liquid circulation mechanism and a waste liquid treatment device, and is characterized in that the waste liquid circulation mechanism is provided with a filtration and concentration detection mechanism which is used for filtering waste liquid generated by a machine tool, removing scrap iron and simultaneously detecting the concentration of the waste liquid; the waste liquid circulating mechanism is connected with the waste liquid treatment device through a waste liquid treatment pipe, and the waste liquid treatment device is connected with the liquid supply device through a backflow assembly to realize cyclic utilization and treatment of industrial oil products. The waste liquid can be recycled, the waste liquid can be input into the waste liquid treatment device to form distilled water and concentrated liquid, the distilled water can be refluxed and recycled, the treatment process is simple and efficient, secondary pollution is avoided, energy consumption is reduced, full-automatic control over digital factories and green manufacturing factories is achieved, and hazardous waste is comprehensively supervised.

Description

technical field [0001] The invention relates to the technical field of industrial oil product recycling and waste liquid treatment, in particular to an integrated control system for industrial oil product distribution, transportation and processing based on green operation and maintenance. Background technique [0002] Cutting fluid is an industrial oil used for cooling and lubricating tools and workpieces in the process of metal cutting and grinding. Function, easy dilution and other characteristics, suitable for metal cutting and grinding. [0003] When industrial oils such as cutting fluid are used in the factory, the cutting fluid and water are generally mixed into the machine tool manually. As the number of machine tools increases, adding cutting fluid in this way is not only cumbersome to operate, but also easy to cause cutting fluid mixing. Uneven, thus affecting the cooling and lubricating effect of the machine tool, and further affecting the processing quality of t...

AI Technical Summary

Problems solved by technology

[0003] When industrial oil products such as cutting fluid are used in the factory, the cutting fluid and water are generally mixed and added to the machine tool manually. As the number of machine tools increases, adding cutting fluid in this way is not only cumbersome to operate, but also easily causes the cutting fluid to mix. unevenness, which affects the cooling and lubrication effect of the machine tools, and further affects the processing quality of the workpiece; at the same time, the waste liquid generated by the machine tool is generally checked whether it can be continued to be used manually, and the recycling rate of the waste liquid is low. The direct discharge of liquid not only increases the discharge of sewage, but also easily causes secondary pollution, and high energy consumption makes it impossible to realize all-round supervision of hazardous waste, which runs counter to the purpose of the digital factory and green manufacturing factory promoted by the country.

Images