COD VLR with Vial Test
2.0 - 60.0 mg/L CODb)
Chemical Oxygen Demand
Chemical oxygen demand (COD) is one of the most important parameters in effluent monitoring and treatment. The COD test is used to predict the requirement an effluent will have for oxygen and hence the effluent's likely impact on the aquatic life of the receiving water course.
COD can be measured in three ranges. LR (0-150 mg/l) is applicable for final effluents and treated waste water. MR (0-1500 mg/l) is suitable for measuring crude sewages, untreated and partially treated waste water. HR (0-15000) is suitable for monitoring trade effluents.
Chemical oxygen demand (COD) is one of the most important parameters in effluent monitoring and treatment. The COD test is used to predict the requirement an effluent will have for oxygen and hence the effluent's likely impact on the aquatic life of the receiving water course.
COD can be measured in three ranges. LR (0-150 mg/l) is applicable for final effluents and treated waste water. MR (0-1500 mg/l) is suitable for measuring crude sewages, untreated and partially treated waste water. HR (0-15000) is suitable for monitoring trade effluents.
Applications
- Raw Water Treatment
- Waste Water Treatment
| Title | Parameter and Range | Part Number | Add to quotation cart |
|---|---|---|---|
| XD7000 VIS Water Quality Spectrophotometer | COD VLR TT 2.0 - 60.0 mg/L CODb) | 71307000 |
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| Title | Method No. | Parameter and Range | Packaging Unit | Part Number | Add to quotation cart |
|---|---|---|---|---|---|
| COD VLR/25 | M134 | COD VLR TT 2.0 - 60.0 mg/L CODb) | 25 pc. | 2423100 |
|
| Accessory Type | Title | Part Number | Add to quotation cart |
|---|---|---|---|
| RD125 Thermoreactor, 16mm tubes, 24 slots | 2418940 |
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