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Aurora 1030D TOC Analyzer
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Aurora 1030D TOC Analyzer

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Experience two types of TOC analysis in one powerful instrument! Use the Aurora 1030D to analyze TOC through the proven heated persulfate wet oxidation technique or the high temperature combustion method. Both modes have distinct chamber features to ensure accurate and reliable results.

The Aurora 1030D TOC Analyzer is twice as efficient with its ability to analyze TOC by both the heated persulfate wet oxidation technique and high temperature combustion method. This allows for measurement of aqueous samples and other samples of a higher molecular weight all from one single instrument!

Heated Persulfate Wet Oxidation

The heated persulfate oxidation technique has been approved and adopted in numerous regulatory compliance methods, standards, and norms for water quality testing, including: Standard Method 5310C, USEPA 415.3, USP <643> / EU 2.2.44, ASTM D 4779 and 4839, USEPA-DBPR, USEPA-SPCC, ISO 8245, and EN 1484.

In wet oxidation mode the 1030D reaction chamber is thoroughly rinsed between analyses to eliminate residue from the previous sample. This ensures a low system background necessary for high sensitivity TOC measurements.

High Temperature Combustion

High temperature (680 °C) catalytic combustion is most effective for samples containing high molecular weight, difficult-to-oxidize organics (e.g.; humic acid) at levels > 500 ppb C. Our patented two chamber combustion tube of the 1030D contains a bed of quartz in the first chamber to protect platinum catalyst in the second chamber from deposition of non-combustible constituents. This design extends catalyst life, ensures consistent oxidation conditions, and reduces instrument maintenance costs.

Teknik Özellikler

1030D Specifications

Wet Oxidation Mode
Operating Principle Heated sodium persulfate oxidation
Measurement Range 10 ppb C – 30,000 ppm C
(multiple calibration ranges or dilution required)
Instrument Detection LImit (IDL) 2 ppb C
Sample Injection Volume 10µL – 10mL
Method TC Acid and persulfate reaction
Method TIC Acidification with Phosphoric acid and sparging
Method TOC NPOC by heated persulfate oxidation or TC – TIC
Reagents Required Sodium persulfate, 5% phosphoric acid, rinsewater
Gas Supply N2 (99.998%), zero-grade air, or O2 (99.998%)
High Temperature Combustion Mode
Operating Principle High Temperature (680˚C) catalytic combustion
Measurement Range 100 ppb C – 30,000 ppm C
(multiple calibration ranges or dilution required)
Instrument Detection LImit (IDL) 50 ppb C
Sample Injection Volume 10µL – 0.8mL
Method TC 680 ˚C Pt catalyst, 900 ˚C non-catalyst packing
Method TIC Acidification and sparging
Method TOC NPOC, combustion of TIC-free sample, TOC–TIC
Reagents Required Hydrochloric acid, rinsewater
Gas Supply Zero-grade air, or O2 (99.998%)
General Instrument Specifications
Measurement Technique Non-dispersive infrared (NDIR) detector
Operator Interface Color LCD touchscreen display with
Windows® CE-based software
Basic Software Single instrument operation with data transfer to PC
Optional ATOC Software Network LAN/LIMS operation, data management, custom
reports, 21 CFR 11 compliance
Autosampler 88 position rotary autosampler designed to fit
directly underneath Aurora 1030D analyzer
Certification CE, EMC: EN61326 / Safety: IEC 61010-11 2001
Power Supply Variable voltage, 100-240VAC, 50/60Hz, 950W
Dimensions – Aurora 1030D + 1088 Autosampler 26.75 in. H x 19.5 in. W x 23 in. D.
Weight – Aurora 1030D + 1088 Autosampler 34.5 kg (76 lbs.)

Broşürler

https://www.oico.com/File%20Library/Resource%20Library/Brochures%20and%20Catalogs/3990-01-1030-TOC-Product-Brochure—Web.pdf

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