Hach COD TNTplus Vial Tests UHR TNT82306

Hach COD TNTplus Vial Tests UHR TNT82306

Product Description

Hach COD TNTplus Vial Tests UHR TNT82306 are designed for ultra-high range (UHR) Chemical Oxygen Demand (COD) analysis, offering accurate and efficient testing for highly contaminated water samples. These pre-dosed reagent vials ensure precise results by reducing handling errors and improving laboratory safety. Using a reactor digestion method, these tests are compatible with a range of Hach spectrophotometers, including the DR3900, DR6000, DR1900, DR2800, DR3800, and DR5000. With TNTplus technology, the vials feature automatic barcode recognition for enhanced data processing and reliable performance.

Features

• Ultra-high range COD measurement from 250 – 15,000 mg/L
• Pre-dosed reagent vials minimize handling errors and ensure safety
• Reactor digestion method for consistent and accurate results
• Compatible with multiple Hach spectrophotometers
• TNTplus technology with barcode recognition for automatic data logging
• Ideal for heavily contaminated water and industrial wastewater testing

Application

• Industrial wastewater treatment for high-strength organic waste monitoring
• Environmental laboratories testing COD levels in heavily polluted water
• Municipal wastewater facilities ensuring regulatory compliance
• Research institutions studying advanced water treatment processes
• Power plants and refineries monitoring process water quality
• Mining and chemical industries analyzing effluent water contamination

Specification

• Digestion required: Yes
• Instrument compatibility: DR3900, DR6000, DR1900, DR2800, DR3800, DR5000
• Method: 8000
• Method name: Reactor Digestion
• Number of tests: 150
• Parameter: COD (Chemical Oxygen Demand)
• Platform: TNTplus
• Measurement range: 250 – 15,000 mg/L COD

Conclusion

Hach COD TNT82306 provide a reliable and efficient solution for ultra-high range COD analysis in heavily contaminated water samples. The combination of pre-dosed vials, reactor digestion, and TNTplus technology ensures accurate results, making these tests ideal for industrial, municipal, and environmental applications.