Aurora 1030 TOC Analyzer — Full Product Description

Overview

The Aurora 1030 TOC Analyzer is a versatile, high-performance instrument designed to measure total organic carbon (TOC), total inorganic carbon (TIC), and non-purgeable organic carbon (NPOC) in water and aqueous samples. Depending on the configuration, it offers either heated persulfate (wet) oxidation or high-temperature catalytic combustion — and in dual-mode variants even both — enabling reliable analysis across a very wide range of sample types and organic loads. Citrine Solutions+2Xylem+2

Because of its flexibility and broad method support, the Aurora 1030 is widely used in environmental laboratories, industrial water monitoring, municipal water and wastewater testing, and quality control in industries such as pharmaceuticals, food, and process-water management. Physitek+2Medicalexpo+2

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Key Configurations & Oxidation Methods

The Aurora 1030 series is available in several main configurations, each tailored to different sample and testing needs: Citrine Solutions+2Xylem+2

• 1030W — Wet Oxidation (Heated Persulfate): Uses heated sodium persulfate to oxidize organic compounds dissolved in water, converting them to CO₂ for NDIR detection. Suitable for a broad variety of aqueous samples, including ultrapure water, drinking water, wastewater, seawater, process water, and more. YSI+2Gulf States Engineering+2

• 1030W2 — High-throughput Wet Oxidation: Similar to 1030W but with dual wet oxidation chambers for higher sample throughput. Citrine Solutions+1

• 1030C — Combustion (High-Temperature Catalytic Combustion): Employs catalytic combustion at ~680 °C over a platinum catalyst to oxidize organic matter — especially effective for “hard” samples containing high-molecular-weight organics, humic substances or compounds resistant to wet oxidation. Citrine Solutions+2Scribd+2

• 1030D — Dual Oxidation Mode: Combines both wet oxidation and high-temperature combustion in a single instrument, giving labs maximum flexibility without needing separate devices. This is useful when testing very different sample types in the same facility. Xylem+2Medicalexpo+2

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Supported Methods & Regulatory Compliance

Aurora 1030 analyzers support a wide set of standard methods and regulatory protocols, making them appropriate for compliance testing and environmental monitoring. Depending on configuration and sample type, supported methods include: Physitek+2Citrine Solutions+2

• Standard Method 5310C (Drinking Water / Wastewater)

• USEPA 415.3 / 415.1 (Drinking Water)

• USP <643> / EU 2.2.44 (Purified Water)

• ASTM International D4779 (Ultrapure Water)

• ASTM D4839 (Wastewater, Seawater)

• USEPA-DBPR (Disinfection Byproduct Rule)

• USEEPA-SPCC (Spill Prevention & Control Countermeasures)

• ISO 8245 (Drinking Water, Wastewater)

• EN 1484 (Surface & Ground Waters, Potable Water)

This broad support ensures the Aurora 1030 can integrate into diverse regulatory and compliance frameworks. Physitek+2NDA Analitik+2

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Technical Specifications

Here is a summary of the main technical parameters (values vary depending on configuration):

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Notable Design Features & Advantages

• Dual-mode flexibility (where applicable): Ability to perform either wet oxidation or combustion — or both — on a single instrument (1030D) gives labs flexibility to handle diverse sample sets without multiple devices. Xylem+2Citrine Solutions+2

• High sensitivity and wide dynamic range: Capable of detecting TOC from very low ppb levels up to very high ppm concentrations, making it suitable for trace analysis as well as highly contaminated industrial samples. Amco Instruments+2Physitek+2

• Automation ready: Supports autosampler and optional data management / LIMS integration — convenient for labs with high sample loads or regulatory compliance needs. Citrine Solutions+1

• Reliable performance across sample types: Whether ultrapure water, seawater, industrial effluent or wastewater — the appropriate method can be selected to ensure accurate oxidation and carbon detection. YSI+2Scribd+2

• Low background & low detection limits: Thorough rinsing and clean sample pathways support high-sensitivity measurements with minimal blank interference — important for trace detection. YSI+2Water Online+2

• Proven method compliance: Compatible with many international and regulatory standards and methods, enabling use in regulatory monitoring, compliance testing, environmental auditing, and industrial quality control. Citrine Solutions+2Physitek+2

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Typical Use Cases

• Environmental water quality monitoring — groundwater, surface water, wastewater treatment plants

• Drinking water analysis and compliance testing

• Industrial process water and effluent analysis

• Pharmaceutical / ultrapure water monitoring

• Seawater / brine water analysis

• Research labs analyzing dissolved organic carbon (DOC), total carbon (TC), inorganic carbon (TIC) and associated water chemistry