Hach Reagent 1 Silica, 2 L, for 5500sc Silica Analyser

Hach Reagent 1 Silica is specifically designed for use with the Hach 5500sc Silica Analyzer to measure silica concentration in water and wastewater samples. The reagent enables precise and reliable silica analysis, which is essential for industries that require strict monitoring of silica levels in water, such as power generation, municipal water treatment, and industrial water processing.

Silica is an important parameter to measure in water quality because elevated silica levels can cause scaling problems in industrial equipment, leading to costly maintenance and efficiency losses. The Hach 5500sc Silica Analyzer paired with Reagent 1 Silica is widely used for real-time analysis in industrial, research, and environmental settings.

Key Features:

1. Precise Silica Measurement:
   • The reagent is engineered to provide accurate measurements of silica concentration in aqueous samples, ensuring precise and reliable results for water quality monitoring.
2. Compatibility:
   • The Hach Reagent 1 Silica is designed for seamless integration with the Hach 5500sc Silica Analyzer, ensuring easy and consistent use without the need for additional reagents or sample preparation.
3. Ready-to-Use:
   • The reagent comes pre-formulated in a 2-liter container, ready to be used directly in the analyzer. This eliminates the need for preparation or mixing, improving workflow efficiency and reducing errors.
4. Long Shelf Life:
   • With proper storage at ambient temperature, Reagent 1 Silica provides a long shelf life, ensuring that the reagent remains effective and ready for use when needed.
5. Stable Solution:
   • The reagent is stable under standard operating conditions and provides consistent performance over time, making it a reliable choice for routine testing and long-term monitoring.
6. Cost-Effective:
   • The 2-liter packaging provides an efficient volume of reagent, making it cost-effective for high-volume testing in industrial or municipal applications.
7. Ease of Use:
   • The Hach 5500sc Silica Analyzer, when paired with Reagent 1 Silica, provides an automated system that simplifies the process of silica analysis, with minimal operator intervention required. The system’s design ensures quick and accurate results without complex handling.

Applications:

1. Water and Wastewater Treatment:
   • Used for monitoring silica levels in municipal water systems, ensuring water quality and preventing scaling problems in treatment facilities and pipelines.
2. Power Generation:
   • Essential for boiler water and cooling tower water analysis, helping to control silica concentrations and prevent damage to heat exchangers and other critical equipment.
3. Industrial Water Systems:
   • Commonly used in industrial applications to monitor boiler water, cooling systems, and process water to ensure silica levels stay within safe operating ranges.
4. Environmental Monitoring:
   • Used in environmental monitoring settings to measure silica levels in natural water bodies like rivers, lakes, and groundwater, supporting ecological studies and pollution management.
5. Chemical and Pharmaceutical Manufacturing:
   • Silica analysis is crucial in industries that require purified water or have high-precision systems, such as pharmaceutical production or chemical manufacturing.

Specifications:

• Volume: 2 L (2 liters)
• Compatibility: Designed for use with the Hach 5500sc Silica Analyzer.
• Form: Liquid
• Storage: Store at ambient temperature.
• Shelf Life: Long shelf life when stored appropriately.
• Application: Silica measurement in water and wastewater samples.

Hach Reagent 1 Silica is a highly effective and precise solution for measuring silica concentrations in water samples. Paired with the Hach 5500sc Silica Analyzer, it provides reliable and consistent results for a wide range of applications in water treatment, power generation, and industrial monitoring. Its ready-to-use formula, long shelf life, and ease of use make it an ideal choice for automated silica analysis, helping to maintain optimal water quality and prevent costly scaling issues.