Total Organic Carbon Analyzers OI Analytical 1080 Total Organic Carbon (TOC) Analyzer
Game-changing Technology for Total Organic Carbon Analysis
The OI Analytical 1080 TOC Analyzer processes aqueous samples for analysis of the total organic carbon (TOC), total inorganic carbon (TIC), and non-purgeable organic carbon (NPOC) content. Supporting USEPA-approved methods, Standard Methods, ASTM, DIN/ISO/CEN, and EU Methods our 1080 can analyze up to 300 samples per 24-hour period, depending upon the protocol employed, in excess of 100,000 samples per year. Principal applications include wastewater, seawater, industrial process water, drinking water, groundwater, and cooling water.
- Wide operational range (50 ppb –2,000 ppm C)
- Supports TC/TIC/TOC/NPOC analysis techniques and standard measurements
- Patented* Smart Slide injector extends o-ring life and reduces maintenance
- Patented* Tube Guard extends furnace tube life, and reduces maintenance
Total organic carbon (TOC) measurement is a well-established technique that provides valuable information about water quality for process control and regulatory compliance. Though high-temperature combustion TOC has been shown to be very effective for the analysis of samples that are of high molecular weight or contain substantial amounts of salt or difficult-to oxidize organics (e.g, humic acid), these types of samples are problematic for combustion TOC analyzers.
The 1080 TOC employs a multi-step analysis technique to distinguish and quantify different forms of carbon present in sample matrices and determine TOC content. The value reported as TOC is the non-purgeable organic carbon (NPOC) content. NPOC is derived by first determining, or sparging, the TIC content of a sample and then introducing the TIC-free sample into the combustion reactor to oxidize organic compound constituents.
TIC concentration is determined by acidifying a sample to a pH less than 2. Carbonates and bicarbonates in the sample dissociate, forming CO2, which is measured by a solid-state non-dispersive infrared detector (SSNDIR) and reported in mass and concentration values.
TIC-free samples are Pulse-Timed injected into the reactor to perform high temperature (680 ºC) combustion over a platinum catalyst. Organic compounds are oxidized and converted into CO2, which is then quantified by the SSNDIR detector. The result is reported as the TOC content in both mass and concentration of carbon.
The OI Analytical 1080 TOC Analyzer also supports other analytical approaches — including TC, TOC by subtraction (TC-TIC), and simultaneous determination of total bound nitrogen (TNb) using the optional TNb analysis module.
With over 45 years of experience in designing TOC analyzers, OI Analytical brings game-changing technology to combustion TOC analysis for the accurate results you need with a low cost of ownership and unprecedented ease of use and maintenance. Engineered for unsurpassed reliability and simple operation, the Model 1080 Total Organic Carbon Analyzer handles even the most challenging applications without the need for expensive additional kits, modules, or special options.
Test Methods Supported:
The high-temperature combustion technique has been approved and adopted in numerous regulatory compliance methods, standards, and norms for water quality testing.
- USEPA 415.1 - Drinking Water
- Standard Method 5310B - Wastewater, Ground & Surface Waters
- USEPA 9060A - Wastewater, Ground & Surface Waters
- USEPA-DBPR - Disinfection Byproduct Rule
- ISO 8245 - Drinking Water & Wastewater
- EN 1484 - Surface & Ground Water, Potable Water
- ASTM D7573-09 - Water, Wastewater & Sea Water
Designed for Performance and Simplicity
High-temperature catalytic combustion oxidizes and converts the organic compounds present in aqueous samples to CO2 for measurement by a solid-state, non-dispersive infrared (SS-NDIR) detector. Patent-pending technologies protect the catalyst, increase reliability, reduce maintenance and operating costs, and extend the life of the instrument
The 1080 TOC also offers automatic sample acidification and sparging. The automatic dilution function reduces sample salinity, acidity, and alkalinity, significantly extending the dynamic range.
Priority Sample on the Fly & Increased Throughput
With intuitive software features, priority samples can be added at any time without interrupting the operation of the instrument. The Model 1088 Autosampler analyzes up to 88 samples unattended freeing the operator’s time for other projects.
The autosampler was designed to fit beneath the 1080 TOC, conserving bench space.
Intuitive Software and Optional Accessories
TOCView provides fully automated data collection, analysis, reporting, storage in a LIMS environment using logical, and easy-to-follow design. Create methods for the analysis, set up and prioritize samples, quickly monitor instrument parameters, perform routine checks, review results, and generate reports all from TOCView.
The 1080 TOC can be equipped with a number of instrument options and automation accessories to improve sample throughput and productivity. Our 88-position Rotary Autosampler can be positioned below the TOC analyzer for convenient installation. Offering automated dilution, in-situ stirring, and 88 (40 mL) sample vials. The optional TNb Nitrogen detector allows the measurement of total bound (inorganic and organic) nitrogen (excluding N2) in aqueous samples in tandem with TOC analysis.
Documentation & Tools
You may also need:
Automated Chemistry Analyzers Flow Solution FS 3700 Automated Chemistry Analyzer
Total Organic Carbon Analyzers 1088 Rotary TOC Autosampler
Total Organic Carbon Analyzers 9210p On-line TOC Analyzer
GC Detectors 4430 Photoionization Detector (PID)
GC Detectors Pulsed Flame Photometric Detector (PFPD)