The Purification Experiments of Cold Rolling Emulsion by Hydrocyclone

Abstract

This article focuses on the separation of ferrous impurities from emulsion with micro-hydrocyclone. The relationship of flow rate, pressure and separation efficiency is studied to determine the optimal operation condition. Results show the separation efficiency and the pressure difference increase with the inlet flow rate of the micro-hydrocyclone. When the inlet pressure is 0.4MPa, pressure difference △Pio is 0.26Mpa and the average inlet particle size is 2.719μm, the separation efficiency of the solid particles is 76% and the removal rate of solid particles with the size above 5.5μm is 85.64%, which contributes to the improvement of the quality of cold rolled sheet.

Study on tribological behavior, lubrication and anti-corrosion properties of W/O microemulsion for cold rolling of copper strip

“…Therefore, the oil-based cold rolling lubricant of copper strip is gradually developing in the direction of water-based lubricant (Sherif and Park, 2006;Quraishi, 2013). Recently, the micro-emulsification technology is gradually used in cutting fluid (Duzheng, 2011;Chenjie, 2008), and the lubrication effect is very good, it also involved in other metal processing fields (Ma et al, 2010;Lu et al, 2016;Sun et al, 2017). Therefore, microemulsion lubrication can be attempted in the process of cold rolling of copper strip.…”

Closed Process of Shale Oil Recovery from Circulating Washing Water by Hydrocyclones

“…The driving force for the separation comes from transforming the static energy of fluid (fluid pressure) into dynamic energy (fluid velocity), which typically operates at a low pressure drop of less than 0.3 MPa. [13][14][15] This work aims to create a closed shale oil recovery system based on the current circulating water washing system, which increases the oil yield and offers a path toward cleaner production.…”