In this test method, calculations are performed to determine both the quantity of active oxygen contained within the sample and the corresponding density values.
ASTM E299 is related to tests, including ASTM D1193 for reagent water specification and ASTM E180 for testing procedures for industry-grade chemicals.
Use of E299 in Various Industries
It is a critical method used in industries such as chemical manufacturing, pharmaceuticals, and petrochemicals to ensure safety and quality in organic solvents by detecting trace levels of peroxides, which may degrade chemical stability or cause an explosion.
Materials Commonly Tested with E299
This test checks upon materials such as ether based solvents, hydrocarbons, alcohols, and volatile organic compounds for safety and performance as they tend to form peroxide and are commonly used in industry.
Common Challenges and Troubleshooting in E299 Testing
Testing is hindered by sample contamination, poor handling and interference from solvents. Troubleshooting will ensure fresh stored reagents, extremely clean glassware, as well as adherence to the recommended sample handling protocols in reducing variability and ensuring proper peroxide detection.
Safety and Best Practices in E299 Testing
The volatile samples require safety in testing. Best practices include well-ventilated areas, PPE, and strict reagent handling. Accurate titration and avoiding peroxide buildup in solvent storage mitigate risks.
Importance of E299
This specification is important for safety and product reliability in industries using organic solvents. It detects trace peroxides and quantifies them to avoid explosive situations and damage to equipment.
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