Flare Gas rate measurement
Flare gas emissions contribute to environmental pollution, including greenhouse gases, and can affect air quality and public health. ScanWell’s N2 dilution rate measurement technique, combined with real-time gas composition and calorific value analysis, helps operators accurately quantify flare emissions, improving flare management and reducing environmental impact.
Flare Gas Measurement
Flare gas emissions are a significant environmental concern, as they release greenhouse gases like carbon dioxide and methane, both of which contribute to global warming and climate change. Additionally, flare gases can negatively impact local air quality and public health, emphasizing the need for effective monitoring and control. Accurately quantifying flare gas rates and emissions is a complex challenge due to the variability of factors such as pressure, temperature, and gas composition.
ScanWell’s N2 dilution rate measurement technique provides a reliable method to determine the gas flow rates in high-pressure (HP) and low-pressure (LP) flare lines. This approach enables operators to monitor flare emissions without inline instrumentation or to verify existing meters. In addition to measuring the gas flow rate, ScanWell’s technology also analyzes the gas composition and calorific value in real-time. These factors are essential for calculating the efficiency of combustion and estimating the total emissions produced by the flare. By combining these measurements, ScanWell’s solutions allow operators to quantify flare emissions easily and take steps to optimize flare management and reduce the environmental impact of their operations.
Flare Gas
- ScanWell’s N2 dilution technique quantifies flare gas rates.
- Real-time gas analysis helps calculate emissions and burning efficiency.
- Improves flare emissions monitoring and management.
