Does PEG600MO (Polyethylene Glycol 600 Monooleate) meet environmental requirements? Can a test report be provided?

PEG600MO has good biodegradation potential, but there is no specific environmental test report in the database. For specific reports, please contact Guoli Chemical.

Detailed Explanation

PEG600MO (Polyethylene Glycol 600 Monooleate) is a nonionic surfactant produced by esterifying natural oleic acid with polyethylene glycol. Since the raw material contains natural fatty acid components, this product has good biodegradation potential in the environment. In particular, its fatty acid ester bond can be hydrolyzed by microorganisms, and the oleic acid part can degrade quickly. Compared with fully synthetic surfactants, PEG600MO has certain advantages in environmental attributes.

However, regarding whether it fully complies with specific environmental regulations (such as EU REACH, OECD biodegradation test standards, China's Environmental Management of New Chemical Substances, etc.), currently, there is no specific environmental test report (such as OECD 301 series biodegradability test reports, aquatic toxicity test reports, VOC content test reports, etc.) for this product in the Guoli Chemical product database. Whether it meets the specific environmental access requirements of your industry or region depends on the regulatory framework of the target market and the end-use application scenario.

If you need formal environmental compliance certification documents or third-party test reports, it is recommended to directly contact the sales or technical department of Guoli Chemical, providing your specific application, target market, and required test items, so that applicable compliance documents can be matched or arrangements for sample testing can be made.

Technical Parameters

Below are the known technical parameters related to environmental assessment for PEG600MO (Data source: Guoli Chemical product database):

Application Suggestions

Based on the structural characteristics of PEG600MO and industry experience, in application scenarios with high environmental requirements:

• Personal Care Products & Cosmetics: The environmental focus in this field is usually on the renewability of raw materials and the biodegradability of end products. Since PEG600MO uses natural oleic acid as raw material, it is more favored by formulators compared to fully synthetic esters. If the product is for export to the EU, attention should be paid to REACH registration status. It is recommended to request the relevant registration number or compliance statement.
• Industrial Cleaning & Metalworking Fluids: If the end application involves wastewater discharge, biodegradability is a key indicator. As a nonionic fatty acid ester, PEG600MO theoretically has good primary biodegradability (ester bond is easily hydrolyzed), but ultimate biodegradation data should be based on actual test reports.
• Pesticide Emulsifiers: Environmental review of pesticide adjuvants is becoming increasingly stringent. Some countries and regions require that adjuvants also pass environmental fate assessments. It is recommended to confirm local registration requirements before use.

Precautions

• The Safety Data Sheet (SDS) of this product indicates that during leakage, the product should be prevented from entering sewers or water bodies, and environmental release should be avoided during operation.
• PEG600MO has a certain potential for aquatic organism irritation (GHS classification includes eye irritation and skin irritation). In environmental risk assessment, attention should be paid to its possible effects on aquatic ecosystems.
• If formal environmental test reports are needed (such as OECD 301B biodegradability, OECD 201/202/203 aquatic toxicity, VOC content, etc.), please directly contact the technical department of Guoli Chemical, informing them of the specific test requirements and target market, so as to obtain the latest compliance documents.
• There may be slight parameter variations between different batches of products. Test reports should be based on the reports corresponding to the actual batch.