ASTM D1552
Standard Test Method for Sulfur in Petroleum Products by High Temperature Combustion and Infrared (IR) Detection or Thermal Conductivity Detection (TCD)
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Language: English
License Type: Single User
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About This Item
ASTM D1552 is the standard test method for determining sulfur in petroleum products by high temperature combustion with infrared (IR) detection or thermal conductivity detection (TCD). It is designed to support reliable sulfur measurement where accurate analytical results are needed for product evaluation, quality control, and specification compliance. By defining a consistent combustion-based approach, this standard helps laboratories and purchasers compare results more confidently across testing programs.
ASTM D1552 standard overview
The official title of ASTM D1552 points to a combustion method used to measure sulfur content in petroleum products, followed by detection through IR or thermal conductivity. That technical framework makes the standard relevant to laboratories that need a repeatable way to assess sulfur levels using instrument-based analysis. As a result, the method supports standardized testing practices and helps reduce variation when sulfur data is used for acceptance, monitoring, or reporting.
Where is ASTM D1552 used?
ASTM D1552 is commonly used in laboratory workflows focused on petroleum product testing, especially where sulfur determination is part of routine quality checks or specification verification. It may be applied in analytical settings that use combustion instruments paired with infrared or thermal conductivity detection. The standard is useful wherever sulfur content must be measured in a controlled, documented, and comparable way for product evaluation or procurement decisions.
Practical importance of ASTM D1552
In practice, ASTM D1552 helps organizations maintain consistency in sulfur testing and supports clearer compliance decisions. A defined test method is valuable when results influence product release, contract requirements, or internal quality control. For laboratories and buyers alike, using a recognized ASTM standard can reduce ambiguity, improve repeatability, and strengthen confidence in reported sulfur data across testing programs.
- High temperature combustion basis
- IR or TCD detection options
- Sulfur measurement for petroleum products
- Laboratory quality control support
- Specification and compliance testing
- Publication Date: 2023-05-15
- Publisher: ASTM
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