Mixing of 4 anions/fluorine/chlorine/nitrate/sulfate
100μg/mL, U=3%, Matrix: H2O
- Product Code: 203582
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| Density: | Storage Condition: | 2-8°C, avoiding light |
Product Description:
This mixture of anions—fluoride, chloride, nitrate, and sulfate—is commonly encountered in environmental and industrial water systems. It is particularly relevant in water quality analysis, where the presence and concentration of these ions indicate contamination sources, corrosion potential, or treatment efficiency. Fluoride and chloride are often monitored in drinking water to ensure compliance with health standards, as excessive fluoride can cause dental or skeletal fluorosis, while chloride contributes to pipe corrosion. Nitrate levels are critical in agricultural runoff assessments, as high concentrations pose risks to infant health and aquatic ecosystems. Sulfate is significant in wastewater and acid mine drainage studies due to its role in souring and scaling in pipelines.
In industrial processes, such mixtures may appear in effluents from chemical manufacturing, metal finishing, or semiconductor production, requiring ion-specific treatment like ion exchange or reverse osmosis. Analytical laboratories use standardized mixtures of these anions to calibrate instruments such as ion chromatographs, ensuring accurate detection and quantification in complex matrices. The combined analysis of these ions provides a comprehensive profile for environmental monitoring, regulatory compliance, and process control in water and soil systems.
Sizes / Availability / Pricing:
| Size | Availability | Price | Quantity |
|---|---|---|---|
| 50ml | 10-20 days | ฿4,200.00 |
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Mixing of 4 anions/fluorine/chlorine/nitrate/sulfate
This mixture of anions—fluoride, chloride, nitrate, and sulfate—is commonly encountered in environmental and industrial water systems. It is particularly relevant in water quality analysis, where the presence and concentration of these ions indicate contamination sources, corrosion potential, or treatment efficiency. Fluoride and chloride are often monitored in drinking water to ensure compliance with health standards, as excessive fluoride can cause dental or skeletal fluorosis, while chloride contributes to pipe corrosion. Nitrate levels are critical in agricultural runoff assessments, as high concentrations pose risks to infant health and aquatic ecosystems. Sulfate is significant in wastewater and acid mine drainage studies due to its role in souring and scaling in pipelines.
In industrial processes, such mixtures may appear in effluents from chemical manufacturing, metal finishing, or semiconductor production, requiring ion-specific treatment like ion exchange or reverse osmosis. Analytical laboratories use standardized mixtures of these anions to calibrate instruments such as ion chromatographs, ensuring accurate detection and quantification in complex matrices. The combined analysis of these ions provides a comprehensive profile for environmental monitoring, regulatory compliance, and process control in water and soil systems.
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