Deployment at Hellisheiði power plant, Iceland Sample Clauses

Deployment at Hellisheiði power plant, Iceland. The MIRICO ORION® open path gas analyser was trialled in proximity of a geothermal well of the Hellisheiði power plant complex, operated by (OR), between 23rd September and 4th October 2019. The trial was designed to measure natural CO2 releases seeping from the ground at a geothermally active site. The goal was to gain information about CO2 fluxes in the area and to determine the capability of the ORION® instrument to monitor large-area sources in a range of weather conditions. The ORION® was installed close to active geothermal production xxxxx, employing an array of individual retroreflectors to perform multiple open path spectroscopy measurements in a wide arc across an area of geothermal activity (fumaroles and hot springs). This deployment was the very first of the ORION® instrument. Understanding the underlying geothermal and geological properties of an area is critical to maximizing the potential power capacity of geothermal power plants and can facilitate sound decision making when assessing the likely payback from costly drilling operations. Information gathered during well operation can also assist geoscientists in understanding the factors that affect power generation over the lifetime of the plant. Sub-surface geothermal activity is often accompanied by activity at the surface – hot springs, geysers and fumaroles. Understanding the distribution and activity of surface gas sources can therefore aid in understanding subsurface activity. Gas flux from geothermally active areas can be measured using accumulation xxxxxxxx; this is laborious, expensive and intermittent, requiring significant operator time. MIRICO’s LDS technique has the potential to monitor gas flux unattended and continuously for months at a time.
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