-
E-mail
fsun@leemanchina.com
- Phone
-
Address
A-1002 Junfeng Huating, No. 69 Beichen West Road, Chaoyang District, Beijing
Product Categories
Beijing Liman Technology Co., Ltd
TOC analyzer for chlor alkali plant
NegotiableUpdate on 07/26
- Model
- Nature of the Manufacturer
- Producers
- Product Category
- Place of Origin
Overview
Product Name: Chlor alkali plant TOC analyzer Product Model: Lotix Updated on June 30, 2023 Brand: Tekmar Production Address: USU Lotix Total Organic Carbon Analyzer (TOC) uses high-temperature combustion method to oxidize different forms of carbon in the sample into carbon dioxide, and uses a new non dispersive infrared detector (NDIR) for quantitative detection. Widely used for analysis and monitoring of organic pollutants in environmental water such as rivers, lakes, and reservoirs, water quality management of industrial wastewater and sewage treatment plants, research and analysis in environmental protection, universities, scientific research, and other fields, as well as pure water and recycling management in chemical, semiconductor, ultra pure water systems, nuclear power, and other fields.
Product Details
The TOC content in the incoming brine of the chlor alkali chemical plant exceeded the standard, and was oxidized into chlorocarbon compounds in the electrolytic cell, which made the anode liquid produce foam. The foam blocked the flow of the gas generated in the anode chamber, affected the distribution of the electrolyte, and caused the local concentration to be too low,Affects the purity of chlorine gas.
Excessive TOC content in the chlor alkali industry can also cause ion membrane expansion and intermittent dehydration, while reducing the ability to prevent anions,Affects the current efficiency of the membrane.
The excessive TOC content in ion exchange membrane enterprises leads to an increase in the gas phase area of the anode chamber, uneven current distribution of the membrane, a decrease in the effective area of the membrane, an increase in the actual membrane current density, and an increase in the cell voltage. This is manifested after the cell is stopped and rinsed,The slot voltage has significantly decreased.
Excessive TOC content in chlor alkali plants also poses certain hazards to the anode coating, which canShorten the service life of the anode.
The excessive TOC content also causes fluctuations in the pressure of chlorine and hydrogen in the electrolytic cell, and the damage to the membrane cannot be ignored. Pressure fluctuations can stretch the membrane, and frequent friction between the anode and cathode can lead to prolonged tensionMake the film form pinholes.
The testing of TOC in the ion exchange membrane industry is of great significance.
Saturated salt water contains substances such as NaCO3 and NaHCO3 in addition to NaCl. The inorganic carbon content in the sample is very high, reaching tens or even hundreds of PPM, so the TOC content is 1-20ppm.
Each ion exchange membrane supplier has different TOC content limits. Chlorine Engineering and Asahi Kasei require TOC<10ppm for primary saltwater, while Wood and DuPont require TOC<7ppm.
Main features of Lotix
1Simple design, short analysis time, and low daily operating costs;
2Easy to maintain, all components such as heating furnaces and combustion tubes can be maintained within minutes;
3Wide linear range, only one calibration curve is needed to meet the analysis requirements of different content ranges;
4The software is easy to operate and can set up a marking line in less than 1 minute;
5Adopting a designed high-sensitivity non dispersive infrared detector (NDIR);
6During the analysis process, emergency samples can be added for optimal testing;
7Compliant with multiple domestic standards such as HJ 501-2009 Determination of Total Organic Carbon in Water Quality by Combustion Oxidation Non Dispersive Infrared Absorption Method.
The chlor alkali industry is a chemical industry that uses sodium chloride (salt) as raw material to produce chlorine gas and caustic soda through electrolysis. The chlor alkali industry is a basic chemical raw material industry, with its main products being caustic soda, polyvinyl chloride (PVC), chlorine gas, and hydrogen gas, which are widely used in various fields such as chemical, light industry, textile, building materials, metallurgy, and national defense.
