ASTM E410 Moisture & Residue Testing in Liquid Chlorine
ASTM E410 test technique determines the moisture and residual content of liquid chlorine. In many commercial applications of liquid chlorine, the concentration levels of these contaminants are essential. The performance of specimens assessed by this method is quantified in terms of the inch-pounds units.
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- Overview
- Scope, Applications, and Benefits
- Test Process
- Specifications
- Instrumentation
- Results and Deliverables
ASTM E410 Moisture and Residue Overview
ASTM E410 describes a standard test method for determining moisture and residue content in liquid chlorine using gravimetric analysis. These impurities are critical because even small amounts can affect chlorine stability, cause corrosion, and impact industrial performance.
This method provides a reliable approach to quantify trace levels of moisture and non-volatile residue, ensuring product quality, safe handling, and compliance with specifications in chemical applications.
Scope, Applications, and Benefits
Scope
ASTM E410 outlines procedures for determining moisture and non-volatile residue in liquid chlorine. It evaluates:
- Moisture content (ppm or %)
- Non-volatile residue
- Chlorine purity
- Contaminants affecting performance
Applications
- Chemical manufacturing
- Water treatment and disinfection
- Chlorine production and storage
- Industrial processing plants
- Quality control laboratories
Benefits
- Detects trace impurities with high sensitivity
- Ensures chlorine quality and safety
- Prevents corrosion and equipment damage
- Supports compliance with standards
- Improves process reliability
ASTM E410 Moisture and Residue Test Process
Sample Collection
Liquid chlorine is collected in a calibrated flask under controlled conditions.
1Evaporation
The sample is allowed to vaporize completely, leaving residue behind.
2Moisture Capture
Moisture released is absorbed using desiccant tubes.
3Measurement & Calculation
Weight changes are measured to calculate moisture and residue content.
4ASTM E410 Moisture and Residue Technical Specifications
| Parameter | Details |
|---|---|
| Applicable Materials | Liquid chlorine (commercial grades) |
| Sample Size | Typically ~150 mL |
| Measured Outputs | Moisture (ppm or %), residue (%) |
| Detection Limit | Approximately 10 ppm |
| Method Type | Gravimetric analysis |
Instrumentation Used for Testing
- Analytical balance (high precision)
- Sample-residue flask
- Moisture absorption tubes (desiccant-filled)
- Dry air or gas supply system
- Cooling bath (e.g., dry ice)
- Safety and gas handling equipment
Results and Deliverables
- Moisture content (ppm or %)
- Residue content (%)
- Chlorine purity evaluation
- Contamination analysis
- Compliance reports
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Frequently Asked Questions
It measures moisture and non-volatile residue in liquid chlorine using gravimetric methods, providing accurate impurity levels that are essential for ensuring product quality, preventing corrosion, and maintaining safe industrial handling and processing conditions.
Moisture can cause corrosion, equipment failure, and instability in chlorine systems, so accurate measurement is essential to ensure safety, maintain product quality, and prevent operational issues in industrial and chemical applications.
Residue is measured by evaporating liquid chlorine and weighing the remaining non-volatile material in the container, which represents impurities that do not vaporize during the test process.
The method can detect moisture and residue at very low levels, typically around 10 ppm, making it suitable for high-purity chlorine analysis and quality control in industrial applications.
Chemical manufacturing, water treatment, and industrial processing industries use ASTM E410 to verify chlorine purity, ensure safe handling, and maintain compliance with quality standards in various applications.
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