Biodiesel

Below you will find the calculations on how we formulated the figure of equivalent cars globally.

Calculation B  
   
Calculate Pump Time  
800 Total Number of Rotating Equipment Per Site
75% Proportion Pumps
600 Total Number of Pumps Per Site
90% Utilisation
7,884 Utilisation Hours Per Year Per Pump
946,080 Total Pump Utilisation Hours Per Year Per Site
   
Calculate Pump Seal Energy Saving Usage #1  
20% % Plan 32's
120 Plan 32's per site
162 kW per pump seal energy saving plan 32 to 23
0.02 kg CO2 eq per kWh biodiesel
1,277,208 kWh per pump
25,544 kg CO2 eq per pump
5.55 cars per pump
153,264,960 kWh per site
3,065,299 kg CO2 eq per site
666 cars per site
   
Calculate Pump Seal Energy Saving Usage #2  
10% % Plan 21's
60 Plan 21's per site
40 kW per pump seal energy saving plan 21 to 23
0.02 kg CO2 eq per kWh biodiesel
315,360 kWh per pump
6,307 kg CO2eq per pump
1.37 cars per pump
18,921,600 kWh per site
378,432 kg CO2 eq per site
82 cars per site
   
Calculate Total Energy Savings Per Site  
172,186,560 kWh per site
3,443,731 kg CO2 eq per site
748.64 total number of equivalent cars saving per site
   
Scale Up For Global Usage  
715 global number of sites
123,113,390,400 kWh
2,462,267,808 kg CO2 eq
535,275.61 total number of equivalent cars globally

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The following assumptions have been made....
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Explore

If enough businesses act, together we can slow down or help to prevent Global Warming.

Why we are Taking Action

The purpose of this communication is to encourage the Boards of companies worldwide to create a simple to understand policy.

Real World Examples

Just a few examples where we have the know-how to do things differently and help both the environment and the bottom line.

A Summary of Evidence

We estimate that widespread adoption of more climate-friendly policies in industry globally, could have the equivalent impact of taking 422.5 million cars off the roads.