Microscopic electrochemical analyzer

Abstract

The invention discloses a microelectrochemical analyzer, which includes a power supply device, an optical microscope, an electrolytic cell, a camera, a computer, and a control software with image display and editing functions. The optical microscope and the CCD camera are connected through a standard CS interface, and the CCD The camera is connected to the computer through a video card, and the CCD camera transmits the data to the computer for software control and then enlarges and displays it on the monitor. The electrolytic cell is connected with a multifunctional power supply to form a working pool for electrochemical migration and electrochemical reaction. The present invention utilizes the principles of biological microscopic technology, electrochemical migration, and digital imaging technology to design and establish a set of electrical equipment that can continuously observe, photograph, and analyze various polar phase / non-polar phase systems under various electric field conditions. Migration, demulsification, and electrochemical reaction, an instrument that magnifies the microscopic dynamic process by more than 10 to 1500 times. It can be widely used in scientific research, analysis, detection, determination and improvement of production industry in various industrial fields such as petrochemical industry, bioengineering, and pharmaceutical industry.

Description

technical field [0001] The invention relates to a device for analyzing the electric separation process of the oil phase (non-polar phase)-water (polar phase) system, in particular to a microscopic electrochemical analyzer. Background technique [0002] At present, in the process of studying crude oil high-voltage electric desalination / electric dehydration, the final salt content / water content must be analyzed for each specific process parameter experiment. These analyzes are often time-consuming and laborious, and for a specific To determine the optimal process parameters of electric desalination / dehydration of crude oil, dozens to hundreds of experiments are usually required, which takes at least one month. The types of crude oil processed by most refineries in my country are changeable, so it is difficult to achieve targeted process parameters, resulting in poor electric desalination / electric dehydration effects, which directly affect the safety...

AI Technical Summary

Problems solved by technology

[0002] At present, in the process of studying crude oil high-voltage electric desalination / electric dehydration, the final salt content / water content must be analyzed for each specific process parameter experiment. These analyzes are often time-consuming and laborious, and for a specific To determine the optimal process parameters of electric desalination / dehydration of crude oil, it often takes dozens to hundreds of experiments, which takes at least one month

The types of crude oil processed by most refineries in my country are changeable, so it is difficult to achieve targeted process parameters, resulting in poor electric desalination / electric dehydration effects, directly affecting the safety of refining process equipment

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