Search results for COD : Chemical Oxygen Demand (COD) TNTplus Vial Test, HR (20-1,500 mg/L COD), 25 Tests PRODUCT FAMILY: Hach BioTector B3500ul TOC Analyser Changes in water quality for ultra pure applications are disruptive to plant operations.
Manufacturer: Hach Company 2125925. For determination of high range Chemical Oxygen Demand (COD) by the Reactor Digestion method. US EPA approved for wastewater analysis using Hach Method 8000. Range: 20 -1500 mg/L COD. Pack of 25 vials. Catalog No. 50-199-5462. $58.19 / Pack of 25.
High range plus, chemical oxygen demand determinations: COD Digestion Vials, High Range Plus Method: Reactor Digestion, Hach Method 8000 Range: 200 -15000 mg/L COD pk/25 NOTE: THIS METHOD IS NOT USEPA APPROVEDCOD TNTplus® chemistry and your Hach spectrophotometer are engineered to simplify water analysis for accurate results, everytime.
COD in Salt/Seawater - TNTplus, LR NEW 7 - 70 mg/L COD 25 TNT815 COD TNTplus, ULR 1-60 mg/L COD Yes 24 TNT820 COD TNTplus, LR 3-150 mg/L COD Yes Yes 25 TNT821 COD TNTplus, LR 3-150 mg/L COD Yes Yes 150 TNT82106 COD TNTplus, HR
Industrial food production facilities can optimize wastewater pre-treatment to effectively manage costs while meeting discharge requirements with Hach® water analytics. Find process and laboratory solutions for nutrient control, dissolved air flotation and solids
Total Organic Carbon Analysis Products. The TOC-L series of TOC analyzers adopts the 680°C combustion catalytic oxidation method, which was developed by Shimadzu and is now used worldwide. TOC-V wet type series have a high-sensitivity NDIR which achieves ultrahigh sensitivity measurements.
It can be used for COD analysis and will hold Hach brand COD vials. What other analysis can the AquaMate 7000 perform other than COD? This Spectrophotometer can handle any type of analysis that requires 325 to nm selectable wavelengths and 5 nm spectral bandwidth.
Hach Support Online (HSO) pools more than 70 years of water analysis knowledge into a powerful global community. Flowing directly into our customer and technical support teams, this dynamic resource delivers real-time answers, user-friendly search tools, multiple types of content, and easy ways to connect with Hach experts.
20/9/2019 · Sarah Brudenell. The DR900 by Hach is a robust, portable colorimeter, capable of performing many dozens of different tests, supporting the Hach chemistry type. It can accept a number of different sizes cuvettes/samples cells –. 1 inch round sample cells. 1cm sample cells. 16mm COD/TNT vials. Hach DR900 colorimeter.
From the Hach Water Analysis Handbook English US 303 KB 2014-01 Ed 8 Oxygen Demand, Chemical-Reactor Digestion COD Method 8000 ULR, LR, HR, HR plus+ DOC316.53.01099 From the Hach Water Analysis Handbook English US 362 KB 2014-01
CHEMetrics COD vials use the Dichromate Reactor Digestion method, both USEPA and Mercury Free. Equivalent to Hach kits. Lower cost per test - up to 30% saving! Range Method Kit Cat. No. Vials 0 - 150 ppm (LR) USEPA-Accepted* Dichromate Reactor
COD COD NO3 (2) Nitrate(NO2≦0.05mg/L) Color Color NO3 (3) Nitrate(NO2≦5mg/L) Cr6+ Hexavalent Chromium NO3-N (1) Nitrate Nitrogen(NO2-N=0) Cr6+-50 Hexavalent Chromium-50mm NO3-N (2) Nitrate N(NO2-N≦0.015mg/L) Cr6+(D) Hexavalent Chromium
Description. COD vials for testing Chemical Oxygen Demand. One of the most common tests used in effluent testing. Vials are available in 16mm format or the LCK 13mm format. Standard vials and Mercury Free. ChemLab Water COD vials for Chemical Oxygen Demand Analysis. Results displayed as O2 mg/l. Please note a reactor is required for sample
COD TNTplus, ULR 1-60 mg/L COD Yes 24 TNT820 COD TNTplus, LR 3-150 mg/L COD Yes Yes 25 TNT821 COD TNTplus, HR 20-1,500 mg/L COD Yes Yes 25 TNT822 COD TNTplus, UHR 250-15,000 mg/L COD Yes 25 TNT823 Fluoride TNTplus 0.1 - 2.5 mg/L
Lovibond’s COD vials are compatible with BOTH Lovibond and Hach® colorimeters. 16mm COD Test Tube for Water Analysis Tube tests for photometric analysis convince by their easy handling and therefore are the first choice for routine, laboratory and process analysis.
