According to the safety technical documentation in the Guoli Chemical product database, the GHS classification of castor oil polyoxyethylene ether EL-40 includes "Chronic aquatic hazard: Category 3", with the hazard statement "H412: Harmful to aquatic life with long-lasting effects." This indicates that although the product itself is non-toxic, it cannot be defined as an environmentally friendly product that is completely harmless to the environment. In natural water bodies, it may cause long-term negative impacts on aquatic ecosystems, so its use and disposal must be strictly managed, and direct discharge without treatment is prohibited. This is a key point in assessing its environmental compliance.
Regarding the test report you requested, the product database currently available to you only contains detailed product technical specifications and safety data sheets, and does not include environmental compliance test reports (such as SGS, RoHS, REACH) issued by third-party testing agencies. Such reports usually need to be requested separately from the manufacturer or seller based on the customer's specific needs and procurement batch.
The following are key environmental and safety data for this product, all sourced from the Guoli Chemical database, which can serve as a reference for evaluation:
| Indicator Category | Parameter Details | Data Source |
|---|---|---|
| GHS Environmental Hazard Classification | Chronic aquatic hazard: Category 3 | Guoli Chemical Product Safety Data Sheet |
| Environmental Hazard Statement | H412: Harmful to aquatic life with long-lasting effects | |
| Ecotoxicity Data | Not available (e.g., LC50/EC50) | |
| Biodegradability | Not available | |
| Heavy Metal Content | Total heavy metals ≤ 10 ppm, Arsenic ≤ 2 ppm | Guoli Chemical Product Technical Specifications |
| Waste Disposal Requirements | Must be incinerated at a licensed waste treatment facility; discharge into water bodies is strictly prohibited |
Although this product carries a certain risk of aquatic toxicity, through responsible disposal measures, it remains an efficient and indispensable auxiliary agent in many industrial fields. At normal usage concentrations, after treatment by conventional wastewater treatment facilities, its environmental risk is controllable.