(PDF, 101 mb) - USAID
(PDF, 101 mb) - USAID
(PDF, 101 mb) - USAID
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UGANDA COFFEE EXPRESS 11/8/82<br />
enclosing a report from a university student who worked at<br />
U.C.T.U. for approximately five months.<br />
The Uganda Coffee Express propopal is based on ideal<br />
operating conditions. In order to evaluate a profit, we must<br />
construct the model to function at optimum efficiency. Only<br />
then can the restrictions come into play.<br />
Under ideal conditions, the cost to deliver a ton of coffee<br />
to Mo<strong>mb</strong>asa is $96.88 (without a backhaul) compared to the<br />
present truck rate of $94 per ton. This represents a saving<br />
of $1,424,458 per year. Considering backhauls, the results<br />
would be as follows:<br />
The present rate on general cargo is $136.40 per ton,<br />
and the rate on bulk cargo is $116 per ton. Assuming 50%<br />
as general cargo, the average rate per ton would be<br />
$126.2C. The maximum revenue per load per year would be<br />
$3,786, and the maximum total revenue, $25,240. In other<br />
words, the coffee could be hauled at no cost and still<br />
realize a profit of $7,864,458. Or, putting it another<br />
way, there would be a saving of $26,664,458 over present<br />
transport operations.<br />
There are three areas where it would be difficult to operate<br />
at 100% efficiency:<br />
i) Delays at Zistoms<br />
Listed below is the yearly cost of each day of<br />
delay based on yearly vehicle fixed cost of<br />
$73,965:<br />
1 Day, 18 additional vehicles = $1,331,370<br />
2 Days, 36 = $2,662,740<br />
3 Days, 54 = $3,994,110<br />
4 Days, 72 = $5,325,480<br />
5 Days, 90 = $6,656,850<br />
6 Days, 108 " = $7,988.220<br />
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