Sentence examples for estimate storage from inspiring English sources

Many methods include a direct scientific or engineering calculation to estimate storage, rather than on the uncertainty in the estimate based on quantity and quality of data and the types of data available.

Estimating carbon storage in recognizable age-and cover-related condition classes provides a rapid way to better inventory current carbon storage, estimate storage capacity, and calculate the potential for additional storage.

This increases the potential storage resource substantially compared to the current estimated storage potential of supercritical CO2.

The onshore Gippsland Basin and the Torquay Sub-Basin are ranked as the least suitable for the long-term storage of CO2, due to uncertainties associated with injectivity and containment, together with relatively small estimated storage capacities (<100 MT).

In contrast to crystalline basement aquifers, the high permeability (1.8 × 106 m/s) of sedimentary rocks makes the southeast Taoudeni sedimentary formations excellent aquifers, with an estimated storage coefficient of 1 × 10−4 and significant yields up to 100 m3/h (Gombert 1998).

Despite this however, my estimated range for anthropogenic CO2 uptake within the Australian EEZ (175 220 MtCO2/yr) is in agreement with a recent modelling study [7] that estimates a range between 160 to 340 MtCO2/yr depending on the areal extent of the Australian EEZ. Figure 1 The estimated storage of anthropogenic CO2 (mol/m2) between 1990 and 1999 within the South Indian/Pacific Ocean.

Customers will often have to estimate physical storage, for instance, based on the workloads of virtual machines.

The S-raster was used in conjunction with thickness-raster to estimate groundwater storage volume in deep aquifer.

To estimate the storage potentials, information about aquifer layers and their spatial distribution within the groundwater basin is required.

Using our data, it is possible to estimate the storage time to reach sterility or the required lower limit for successful seed inoculation of 1000 CFU/seed.

However, the unpredictable location and geometry of the karst cracks and caverns makes it very difficult to estimate groundwater storage and movement, as well as contaminant transport.