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Advance Terminal Planning Study Program Criteria Document

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KANSAS CITY INTERNATIONAL AIRPORT<br />

ADVANCE TERMINAL PLANNING STUDY<br />

PROGRAM CRITERIA DOCUMENT<br />

DRAFT<br />

Peak fuel rate calculations are based on the assumed number and type of aircraft<br />

fueling at any one peak period. The estimated peak fuel flow is 8,000 gpm<br />

(Group III), plus 1,200 gpm (Group V) which equals 9,200 gpm. The New <strong>Terminal</strong><br />

design will use this estimate to calculate the components necessary to deliver that<br />

demand. As a check and balance, the highest recorded Peak Fuel Flow Rate during<br />

busiest operations was 15,000 gpm based on information provided by Allied<br />

Aviation.<br />

One 18-inch line is recommended to serve <strong>Terminal</strong>s B and C during the<br />

construction of the New <strong>Terminal</strong> based on the current peak demand on <strong>Terminal</strong>s<br />

B and C equal to 5,340 gpm. In addition, two 16-inch lines are recommended to<br />

serve the proposed New <strong>Terminal</strong> based on an estimated peak demand equal to<br />

7,560 gpm.<br />

2.6.4 EXPAND EXISTING FUEL FARM<br />

The KCI Fuel Farm is currently adequate with the estimated net reserve being<br />

6.1 days, based on a 222,567 GPD fuel consumption rate. Fuel reserves of less<br />

than four days create an undue risk for meeting airport fueling demands as a result<br />

of planned and/or unplanned events. To determine when reserves fall below four<br />

days, the existing Fuel Farm net days shortage was calculated for the following<br />

three growth scenarios:<br />

A. 300,000 Gallons per Day (GPD)<br />

B. 300,000 GPD + 10% = 330,000 GPD<br />

C. 300,000 + 20% = 360,000 GPD<br />

DRAFT<br />

Scenario A: (90% * 36,000 bbls * 42 gal/bbl)/300,000 GPD = 4.5 days<br />

Scenario B: (90% * 36,000 bbls * 42 gal/bbl)/330,000 GPD = 4.1 days<br />

Scenario C: (90% * 36,000 bbls * 42 gal/bbl)/360,000 GPD = 3.8 days<br />

Daily fuel consumption would need to increase 161 percent before the current fuel<br />

farm reserves would fall below four days. However, other risks, listed below,<br />

should be considered when planning fuel storage and may have a significant impact<br />

on the decision to add tanks.<br />

2.6.5 PLANNED PIPELINE SHUTDOWNS<br />

Consideration should be given to how reliable the pipeline supply is to the Airport.<br />

If deemed unreliable, fuel tanks could be added in order to maintain operations<br />

during an extended pipeline shutdown. Currently, a single six-inch pipeline<br />

provides over 90 percent of the fuel demands to the KCI Fuel Farm. So, while a<br />

single tanker offload island can supply between 1,600 and 2,000 gpm into tank<br />

storage that would not be practical to meet the demands of the fuel farm when the<br />

pipeline provides 220,000 GDP.<br />

Landrum & Brown Page 33<br />

April 2013

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