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Aquistore is an independent research project managed by the PTRC demonstrating the storage of carbon dioxide (CO2) deep underground in a brine sandstone formation. Results from the baseline MMV program are compared with measurements after the injection of 36,000 tonnes of CO2. Surface seismic results indicated excellent repeatability with baseline surveys; the data achieved a global NRMS of 10%, allowing...
Recent developments in metal matrix composite-encapsulated ceramic armor show promise in lightweight armor technology. The system contains ceramic tiles, such as alumina, sandwiched between unreinforced aluminum or aluminum metal matrix composite (Al-MMC), which has a better toughness compared to the ceramic tiles. The sandwich structures should not be quenched during the fabrication, as the large...
The outdoor spectral shift factor, sometimes referred to as spectral mismatch factor, is calculated for the next generation of First Solar cadmium telluride, CdTe, photovoltaic modules and compared to the previous generation. A parameterization of the CdTe spectral shift factor as an exponential function of precipitable water is derived using the outputs of the SMARTS model for PV systems in 13 locations...
As an independent research and monitoring project, Aquistore intends to demonstrate that storing liquid carbon dioxide (CO2) deep underground (in a brine and sandstone water formation), is a safe, workable solution to reduce greenhouse gases (GHGs). Managed by the Petroleum Technology Research Centre, Aquistore is built upon the learnings of the IEAGHG Weyburn-Midale CO2 Monitoring and Storage Project,...
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