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Combustion Ion Chromatograph – Quali-IC™ 3200 (Online) | Ion Chromatograph - Ion Chromatography Instrument - Ion Chromatography System

Combustion Ion Chromatograph – Quali-IC™ 3200 (Online)
Parent Product
Ion Chromatograph - Ion Chromatography Instrument
Standards
AOAC 2000.11
AOAC 2001.02
AOAC 2012.20
AOAC 995.13
AOAC 996.04
AOAC 997.08
ASTM D2036
ASTM D5794
ASTM D6832
ASTM D6919
ASTM D7359
ASTM D7994
ASTM D8247
DIN 38409-59
EN 17813
IEC 62321
IPC-TM-650 2.3.28
UOP 991
US EPA 1621
US EPA 1636
US EPA 300.0
US EPA 300.1
US EPA 302.0
US EPA 314.0
US EPA 321.8
US EPA 332.0
US EPA 6860
US EPA 9056
US EPA 9058
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Combustion Ion Chromatograph – Quali-IC™ 3200 (Online)

Combustion Ion Chromatograph – Quali-IC™ 3200 (Online) is an advanced online combustion ion chromatograph designed for high-accuracy determination of halogens and sulfur in solid and liquid samples.

By integrating automated high-temperature combustion, efficient gas absorption, and ion chromatographic detection, the system eliminates manual oxygen bomb combustion while delivering superior repeatability, traceability, and analytical efficiency.

The Quali-IC™ 3200 features a multi-zone programmable combustion furnace, automated sample handling, rapid Peltier cooling, and optional ion enrichment, making it an ideal solution for laboratories and process environments requiring continuous, reliable elemental analysis.

Combustion Ion Chromatograph – Quali-IC™ 3200 (Online) Applications

The Combustion Ion Chromatograph Quali-IC™ 3200 is widely used for elemental analysis in:

  • Petrochemical & Energy Industries Online determination of halogens and sulfur in fuels, oils, and petrochemical products to support quality control and regulatory compliance.
  • Environmental Testing Measurement of trace halides and sulfur species in solid and liquid environmental samples.
  • Chemical Manufacturing Process monitoring and impurity analysis in raw materials, intermediates, and finished chemical products.
  • Pharmaceutical & Fine Chemicals Elemental impurity analysis to support product safety and quality assurance.
  • Research & Contract Laboratories High-precision elemental analysis for method development, validation, and routine testing.
Combustion Ion Chromatograph – Quali-IC™ 3200 (Online)

Standards

This list details various standardized methods for Ion Chromatography (IC) analysis across different industries and sample types, including water, environmental samples, food, and electronics.

Water and Environmental Analysis (ASTM & US EPA)

  • ASTM D2036: Standard test methods for analyzing common anions (chloride, sulfate, nitrate) in water.
  • ASTM D5794: IC determination of inorganic anions in atmospheric deposition samples.
  • ASTM D6832: Covers IC analysis of anions and cations in water used for power generation and industrial processes.
  • ASTM D6919: IC methods for determining anions in water and wastewater samples.
  • ASTM D7359: Procedures for measuring trace anions in water using suppressed conductivity IC detection.
  • ASTM D7994: Determination of inorganic anions in water using modern IC techniques.
  • US EPA 300.0 / 300.1: IC methods for measuring common inorganic anions (fluoride, chloride, nitrate, nitrite, sulfate) in drinking water and wastewater.
  • US EPA 302.0: IC procedures for determining perchlorate in environmental water samples.
  • US EPA 314.0: IC methods for detecting perchlorate at low concentrations in drinking water.
  • US EPA 321.8: Determination of bromate, bromide, chlorite, and chlorate in drinking water using IC.
  • US EPA 332.0: Analysis of perchlorate in drinking water using suppressed conductivity IC detection.
  • US EPA 1636: Procedures for measuring inorganic anions in aqueous samples for environmental monitoring programs.
  • US EPA 6860: IC determination of inorganic anions and organic acids in water samples.
  • US EPA 9056 / 9058: Methods for analyzing inorganic anions in solid waste, soils, and aqueous extracts using IC.

Combustion Ion Chromatography (Halogens/Sulfur)

  • ASTM D8247: IC analysis of halogens, sulfur, and fluorine in materials using combustion IC.
  • US EPA 1621: Establishes procedures for determining total organic fluorine, chlorine, and bromine using combustion IC.
  • UOP 991: Specifies combustion IC methods for determining total halogens and sulfur in petroleum products.

Food and Nutritional Products (AOAC)

  • AOAC 2001.02: IC methods for determining nitrate and nitrite in foods.
  • AOAC 2012.20: Procedures for measuring inorganic anions in infant formula and nutritional products.
  • AOAC 995.13: Determination of chloride, nitrate, and sulfate in foods using IC.
  • AOAC 996.04: Analysis of organic acids and inorganic ions in beverages and food products.
  • AOAC 997.08: IC methods for detecting bromide and bromate in food and beverage matrices.
  • AOAC 2000.11: Procedures for determining anions in dairy and processed food products.

Industry and Compliance

  • IEC 62321: Analytical methods, including IC, for determining halogens in electrical and electronic materials for RoHS compliance.
  • DIN 38409-59: IC procedures for measuring inorganic anions in water and wastewater.
  • EN 17813: IC determination of anions in water samples for environmental compliance in Europe.
  • IPC-TM-650 2.3.28: IC methods for measuring ionic contamination on printed circuit boards.

Combustion Ion Chromatograph – Quali-IC™ 3200 (Online) Key Features

  • Fully Automated Online Combustion System
    • Replaces manual oxygen bomb combustion with automated, programmable high-temperature combustion for improved accuracy and repeatability.
  • Multi-Zone Gradient Heating Furnace
    • Five independently controlled temperature zones (up to 1200 °C) prevent sample splashing and ensure complete combustion.
  • High-Capacity Autosampler
    • 50-position boat injection autosampler enables unattended operation for both solid and liquid samples.
  • Automatic Sample Retention for Traceability
    • Integrated 46-position retention system automatically stores absorbed samples for retesting, auditing, and data traceability.
  • Efficient Oxygen Purging Design
    • Reverse oxygen scavenging ensures complete combustion by returning unburned residues to the reaction zone.
  • Ion Enrichment Capability
    • Optional enrichment columns improve sensitivity for low-concentration analytes.
  • Peltier Cooling Technology
    • Rapid gas cooling to 5 °C enhances absorption efficiency and measurement stability.
  • Parallel Processing Workflow
    • Combustion of the next sample can begin while ion chromatography analysis is ongoing, significantly improving throughput.
  • Seamless IC Integration
    • Compatible with high-pressure ion chromatograph systems for precise conductivity detection.

Combustion Ion Chromatograph – Quali-IC™ 3200 (Online) Technical Specifications

Combustion & Absorption Unit

ParameterSpecification
Furnace Temperature RangeAmbient to 1200 °C
Temperature Zones5 independently controlled zones
Solid Sample Weight0–200 mg (recommended 20–50 mg)
Liquid Sample Volume0–200 µL (manual injection)
Autosampler Capacity50 positions
Retention Sampler Capacity46 positions
Oxygen Purity≥99.999%
Oxygen Flow Range0–500 sccm
Argon Purity≥99.999%
Argon Flow Range0–300 sccm
Absorption Volume5–100 mL
Injection Accuracy0.01 mL
Cooling MethodPeltier (minimum 5 °C)
Average Analysis Time≤30 minutes
Dimensions (Combustion Unit)2060 × 550 × 770 mm

Ion Chromatograph (Optional Configuration)

ParameterSpecification
Eluent TypesKOH / NaOH / LiOH / MSA
Eluent Concentration Range0.1–100 mM
Maximum Pump Pressure42 MPa
Flow Rate Range0.001–12 mL/min
Suppressor TypeSelf-regenerating electrolytic suppressor
Detector TypeAuto-range conductivity detector
Detection Resolution≤0.0020 nS/cm
Linearity≥0.999
Quantitative Repeatability≤0.5%
Minimum Detection LimitCl⁻ ≤0.0003 µg/mL; Li⁺ ≤0.0001 µg/mL
Power Consumption150 W
IC Dimensions360 × 510 × 610 mm
Net Weight35.5 kg

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Ion Chromatograph - Ion Chromatography Instrument

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