SO₂ Gas — Certified Sulfur Dioxide Gas for Analytical, Environmental, and Industrial Applications
SO₂ Gas (Sulfur Dioxide) is a reactive inorganic gas widely used in analytical calibration, environmental monitoring, and controlled industrial processes. Due to its well-defined chemical behavior and strong infrared absorption characteristics, sulfur dioxide is essential for applications requiring precise gas measurement and accurate system verification.
Certified SO₂ Gas supplied by REAL GAZ is produced under controlled conditions to ensure verified concentration, stability, and compatibility with international analytical standards. The gas is suitable for use as a pure component or as part of certified gas mixtures for calibration and testing purposes.
🔬 Analytical and Laboratory Applications
SO₂ Gas is commonly used for calibration of gas analyzers, FTIR systems, UV fluorescence detectors, and sulfur-specific analytical instruments. It serves as a reference gas for validating accuracy in laboratory and field measurement systems.
SO₂ Gas is commonly used for calibration of gas analyzers, FTIR systems, UV fluorescence detectors, and sulfur-specific analytical instruments. It serves as a reference gas for validating accuracy in laboratory and field measurement systems.
🌱 Environmental Monitoring and Emission Control
Sulfur Dioxide Gas is a key calibration component for air quality monitoring stations and continuous emission monitoring systems (CEMS). It is used to verify SO₂ analyzers measuring emissions from power plants, industrial boilers, and combustion processes.
Sulfur Dioxide Gas is a key calibration component for air quality monitoring stations and continuous emission monitoring systems (CEMS). It is used to verify SO₂ analyzers measuring emissions from power plants, industrial boilers, and combustion processes.
⚙️ Industrial Process Applications
In industrial environments, SO₂ Gas is applied in process control, system testing, and equipment validation where sulfur compound detection and measurement are required. It is also used in controlled chemical processing and material testing applications.
In industrial environments, SO₂ Gas is applied in process control, system testing, and equipment validation where sulfur compound detection and measurement are required. It is also used in controlled chemical processing and material testing applications.
🚗 Automotive and Combustion Testing
SO₂ Gas is used in combustion and engine testing laboratories for emission analysis, exhaust gas simulation, and validation of sulfur-related measurement systems under controlled conditions.
SO₂ Gas is used in combustion and engine testing laboratories for emission analysis, exhaust gas simulation, and validation of sulfur-related measurement systems under controlled conditions.
🧪 Gas Supply and Mixture Preparation
SO₂ Gas can be supplied as a pure gas or blended with nitrogen, synthetic air, or other balance gases to achieve required concentration levels. Available concentrations range from low ppm levels for environmental calibration to higher concentrations for industrial and laboratory applications.
SO₂ Gas can be supplied as a pure gas or blended with nitrogen, synthetic air, or other balance gases to achieve required concentration levels. Available concentrations range from low ppm levels for environmental calibration to higher concentrations for industrial and laboratory applications.
🛡️ Quality Control and Certification
All SO₂ Gas supplied by REAL GAZ undergoes analytical verification prior to delivery. Gas composition is confirmed using certified analytical methods, and each cylinder is leak-tested and inspected to ensure safety, stability, and long-term reliability.
All SO₂ Gas supplied by REAL GAZ undergoes analytical verification prior to delivery. Gas composition is confirmed using certified analytical methods, and each cylinder is leak-tested and inspected to ensure safety, stability, and long-term reliability.
SO₂ Gas from REAL GAZ is designed for users who require certified accuracy, regulatory compliance, and consistent performance in analytical, environmental, and industrial systems.