Below you will find the calculations on how we formulated the figure of equivalent cars globally.
Calculation B | |
---|---|
Calculate Pump Time | |
75 | Total Number of Rotating Equipment Per Site |
75% | Proportion Pumps |
56.25 | Total Number of Pumps Per Site |
90% | Utilisation |
7,884 | Utilisation Hours Per Year Per Pump |
443,475 | Total Pump Utilisation Hours Per Year Per Site |
Calculate Pump Seal Energy Saving Usage #1 | |
20% | % Plan 32's |
11 | Plan 32's per Plant |
162 | kW per pump seal energy saving plan 32 to 23 |
0.27 | kg CO2 eq per kWh |
1,277,208 | kWh per pump |
344,846.16 | kg CO2 eq per pump |
74.97 | cars per pump |
14,368,590 | kWh per site |
3,879,519.3 | kg CO2 eq per site |
843.37 | cars per site |
Calculate Pump Seal Energy Saving Usage #2 | |
10% | % Plan 21's |
6 | Plan 21's per Plant |
40 | kW per pump seal energy saving plan 21 to 23 |
0.27 | kg CO2 eq per kWh |
315,360 | kWh per pump |
85,147 | kg CO2 eq per pump |
18.51 | cars per pump |
1,773,900 | kWh per site |
478,953 | kg CO2 eq per site |
104 | cars per site |
Calculate Total Energy Savings Per Site | |
16,142,490 | kWh per site |
4,358,472 | kg CO2 eq per site |
947 | total number of equivalent cars saving per site |
Scale Up For Global Usage | |
1,070 | global number of sites |
17,272,464,300 | kWh |
4,663,565,361 | kg CO2 eq |
1,013,818.56 | total number of equivalent cars globally |
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This section is focused on the cooling water, filtration and deaeration processes as mentioned in AESSEAL's Upstream O&S application presentations.
The following assumptions have been made....
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