Gasmet

Gasmet is a versatile app designed for professionals in need of comprehensive tools for gas analysis and unit conversion. It provides offline access to a substantial collection of gas-phase FTIR spectra, offering detailed concentration information for various gas components. The absorbance spectra are graphically represented with infrared light absorbance on the vertical axis and wavelength on the horizontal axis, with zoom capabilities for both axes. To assist with gas analysis, Gasmet includes a dew point calculator, estimating the water vapor and sulfuric acid dew points to aid in planning sampling setups and preventing sample condensation. This calculation employs the Okkes formula for greater accuracy.

Combustion Calculator and Unit Conversion

A notable feature of Gasmet is its combustion calculator, which estimates oxygen or carbon dioxide concentrations based on fuel type and water vapor levels. For accuracy, it is suggested to set the water vapor to zero when calculating dry oxygen concentration. The app further enhances usability with a set of unit converters. Whether converting concentrations such as mg/m³ from ppm or dealing with an extensive range of pressure units, Gasmet simplifies calculations for various scenarios. The temperature conversion feature supports Celsius, Fahrenheit, and Kelvin.

Comprehensive Knowledge Base

Users can access a robust knowledge base within Gasmet, which includes instructions for measuring background, troubleshooting alarms, and utilizing the identification tool associated with Gasmet portable analyzers. This ensures that users can effectively resolve technical issues and enhance their operational efficiency. It is important to note that this mobile app does not support multicomponent analysis in-phone or file conversion, pointing instead to Calcmet software for more advanced analytical capabilities.

Gasmet offers a reliable resource for professionals engaged in gas analysis, with its comprehensive features and user-oriented design promoting efficient and accurate evaluations in various industrial and laboratory settings.