Highly Accurate Ion Chromatography Instrument Linearity 0.9995

Technical Data of IC6200 Ion Chromatography Instrument

Key Advantages of IC6200 Ion Chromatography Instrument

Precision PEEK Material Ion Chromatography Pump

Fully PEEK pump head, resistant to acids, alkalis and reversed-phase organic solvents, avoiding metal contamination.

Both of the pump head and drive system are use suspension technology, which significantly extends the life of seals and reduces the cost of use and maintenance.

Tandem dual-plunger mode with electronic pulsation suppression technology provides high precision, low pulsation, and low drift eluent.

With high and low voltage protection function, instantly protect the whole analyzing and detection system.

All-plastic non-metallic flow path

All PEEK pump.

PEEK motorized injection valve.

Eluent storage tank, liquid piping and joints are made of acid and alkali corrosion-resistant materials such as PEEK, PTFE and PP.

All-plastic colorful high and low pressure liquid line piping, easy to identify.

Applications of Ion Chromatography Instrument in the Chemical and Petrochemical Industries

1. Environmental Compliance

Ion chromatograph is essential for ensuring compliance with environmental regulations and minimizing the environmental impact of chemical and petrochemical operations.

Wastewater Analysis: Ion chromatograph is used to monitor wastewater for harmful ions, such as nitrate, phosphate, and heavy metals, ensuring compliance with discharge limits.

Air Emissions: Ion chromatograph can analyze airborne particulate matter and gases, such as sulfate and nitrate, to assess the impact of industrial emissions on air quality.

Soil and Groundwater Monitoring: Ion chromatograph helps detect ionic contaminants in soil and groundwater, enabling the assessment and remediation of contaminated sites.

2. Catalyst and Fuel Analysis

In the petrochemical industry, Ion chromatograph is used to analyze catalysts and fuels to ensure optimal performance and compliance with specifications.

Catalyst Analysis: Ion chromatograph can measure the concentration of active components and impurities in catalysts, which can affect their activity and selectivity.

Fuel Analysis: Ion chromatograph is used to detect ionic contaminants, such as chloride and sulfate, in fuels, which can cause corrosion and fouling in engines and fuel systems.

Additive Analysis: Ion chromatograph can quantify fuel additives, such as detergents and stabilizers, ensuring they are present at the required levels.