Methane Mitigation Soil Gas Pressure Sensor

Methane Mitigation Soil Gas Pressure Sensor

Methane Mitigation Soil Gas Pressure Sensor: A Methane Mitigation Soil Gas Pressure Sensor is a device that measures and communicates sub-slab soil gas pressure to a methane control panel system. High levels of methane soil gas then trigger the integrated methane alarm system to notify occupants of danger. Much like the process of a methane soil gas test, this sensor records earth-induced pressure, as well as hydrocarbon gas concentrations. In fact, these parameters are necessary for site design level determination, as well as proper methane mitigation.

Methane Mitigation Soil Gas Pressure Sensors are typically part of an active mitigation system. They are set by professional vapor barrier installers, usually above the gravel blanket and methane barrier but below the finished concrete slab. In addition to biogenic and petrogenic natural gas, geologists use these sensors and probes to measure other toxic vapors, such as various volatile organic compounds (VOCs).

Methane Mitigation Soil Gas Pressure Sensor
Methane Mitigation Soil Gas Pressure Sensor – Photo by AAK Geo Forward

Similar Posts

  • Feldspars

    Feldspars Feldspars: In the field of geology, and the branch of mineralogy, feldspars are a mineral group, that is the most common amongst the earth’s crust. In fact, there are two types of feldspars: plagioclase feldspar and orthoclase feldspar.

  • Transmissivity

    Transmissivity Transmissivity: In geology and hydrogeology, transmissivity (T) represents the capacity of an aquifer to transmit water of the prevailing kinematic viscosity. Formula T=Kb, where b = saturated thickness of the aquifer. Dimensions are gallons per day per foot (gpd/ft) or feet squared per day (ft^2/day).

  • Mineraloid

    Mineraloid Definition The term “mineraloid” refers to a natural earth substance that appears to be similar to a genuine mineral, although lacks any form of internal structure and crystal form. Nonetheless, a mineraloid does comprise true minerals within it. For instance, Fire Opal and Blue Opal are not minerals because they are amorphous (do not…

  • Mesosphere

    Mesosphere Mesosphere: The mesosphere of a terrestrial planet is the third member of the atmosphere. On Earth, the mesosphere starts atop the stratosphere at approximately 50 kilometers above mean sea level and terminates roughly 85 kilometers above mean sea level. The mesosphere is where most meteors burn to determination. Like the stratosphere, the air in…

  • Darcy’s Law

    Darcy’s Law In the field of geology, Darcy’s Law is the universal and basic equation representing groundwater flow through a study area. Darcy’s Law Formula Q = KiA The following variables and coefficients apply to this formula: “K” = Hydraulic Conductivity; “Q” = Discharge Rate; “A” = Area of Cross-Section that Water Flows;