Ontario waste class D022 Chlorinated solvent from labs & chemical plants.
- Free, no account
- Based on Ontario Regulation 347, Schedule 4
- Nothing is stored
Find a Canadian waste code
D022, Chloroform.
Ontario leachate quality criteria
Chloroform
Ontario TCLP limit: 10 mg/L for Chloroform.
ComplyOnSiteIs Ontario D022 hazardous waste?
Yes, when the leachate limit is met. The Ontario leachate-toxicity limit for chloroform is 10 mg/L in the TCLP extract. The limit is inclusive, so a result at the limit meets this constituent’s criterion, subject to the regulation’s exclusions. A concentration in the original bulk waste is a different measurement.
For a subject-waste shipment, the generator records the 3-digit class and primary characterization in the waste-number details of the Ontario hazardous waste manifest. This hazardous-waste number names the constituent for the regulatory assessment and doesn’t replace that class-and-letter waste number. Land-disposal treatment standards are assessed separately.
What does Ontario D022 cover?
This number is for chloroform in the extract from the Toxicity Characteristic Leaching Procedure. The classification limit is 10 mg/L. It isn’t tied to any source industry, container or physical form, and Ontario sets land-disposal treatment requirements separately.
- Schedule
- Schedule 4
- Purpose
- Leachate-toxic classification; Schedule 5 separately sets treatment standards
- TCLP classification limit
- ≥ 10 mg/L
- CAS
- 67-66-3
Does chloroform make waste Ontario D022?
| Code | When it fits |
|---|---|
| D022 | The TCLP extract holds 10 mg/L or more. |
| This constituent criterion not met | The TCLP extract is below 10 mg/L. Other hazardous criteria still need assessing. |
A below-limit result for one constituent doesn’t clear other constituents, characteristic hazards or listed-waste rules. Apply the classification threshold first, then the separate land-disposal treatment standard.
Which wastes take Ontario D022?
| Waste | When it’s D022 |
|---|---|
| Contaminated soil | When the measured extract reaches the limit for this constituent. |