ASTM E889
Standard Test Method for Composition or Purity of a Solid Waste Materials Stream
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About This Item
ASTM E889 is the ASTM standard for the Standard Test Method for Composition or Purity of a Solid Waste Materials Stream. It provides a technical basis for evaluating what is present in a solid waste stream and how pure that stream may be, supporting more informed handling and decision-making. As a recognized test method, it is useful when reliable composition or purity data is needed for assessment, comparison, or documentation in waste-related work.
ASTM E889 standard overview
The ASTM E889 standard addresses test methods used to determine the composition or purity of a solid waste materials stream. That focus makes it relevant to situations where a material stream must be characterized rather than simply identified. The standard helps establish a consistent approach for measuring or verifying how much of a stream is made up of the target material versus other constituents. In practice, this can support more defensible testing and clearer technical records.
Where is ASTM E889 used?
ASTM E889 is commonly used in waste characterization work where a solid material stream needs composition or purity evaluation. It may be applied in sampling, laboratory testing, or quality review activities tied to waste handling, recovery, or material assessment. The standard is especially relevant when a stream must be measured consistently before further processing, disposal, or reuse decisions are made. Its value is strongest in workflows that depend on dependable test results and comparable reporting.
Practical importance of ASTM E889
This standard matters because composition and purity data can affect compliance, routing, procurement decisions, and overall quality control. ASTM E889 supports more consistent testing practices, which can reduce ambiguity when evaluating a solid waste materials stream. For organizations that rely on test results for documentation or internal review, using a recognized ASTM method can improve confidence in the outcome. It also helps limit risk when decisions depend on accurate material characterization.
- Composition or purity evaluation
- Solid waste materials stream testing
- Consistent technical reporting
- Quality control support
- Documented method-based assessment
- Publication Date: 2023-01-11
- Publisher: ASTM
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