A planned municipality anticipates a waste collection rate of 60 tons per day, 5 days per week. municipality is trying to decide between a direct haul system and a transfer station operation and would like to know the break-even one-way haul distance (in miles, no decimal places). The city has determined that the use of a direct haul system would require four (4) additional collection vehicles than a transfer operation would need. The Collection Vehicle Information: Collection vehicle capacity = 5 tons Collection Vehicle cost = $125,000 Hauling cost = $32/hr Transfer Station Information: Trailer Size = 21 tons Trailer cost = $35,000 (use 2) Tractor cost = $80,000 (use 1) Facility cost ($/(ton/d of capacity) - based on 5 d/wk operation = $13,000 /(ton/day) Facility operation cost = $35,000/yr Hauling costs = $38/hr Average hauling speed = 35 mph Capital Recovery Factor, CRF (5%, 10 yrs) =0.13 %3D %3D
A planned municipality anticipates a waste collection rate of 60 tons per day, 5 days per week. municipality is trying to decide between a direct haul system and a transfer station operation and would like to know the break-even one-way haul distance (in miles, no decimal places). The city has determined that the use of a direct haul system would require four (4) additional collection vehicles than a transfer operation would need. The Collection Vehicle Information: Collection vehicle capacity = 5 tons Collection Vehicle cost = $125,000 Hauling cost = $32/hr Transfer Station Information: Trailer Size = 21 tons Trailer cost = $35,000 (use 2) Tractor cost = $80,000 (use 1) Facility cost ($/(ton/d of capacity) - based on 5 d/wk operation = $13,000 /(ton/day) Facility operation cost = $35,000/yr Hauling costs = $38/hr Average hauling speed = 35 mph Capital Recovery Factor, CRF (5%, 10 yrs) =0.13 %3D %3D
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
Using simple calculation method.
![2. A planned municipality anticipates a waste collection
rate of 60 tons per day, 5 days per week.
municipality is trying to decide between a direct haul
system and a transfer station operation and would like to
know the break-even one-way haul distance (in miles, no
decimal places). The city has determined that the use of
a direct haul system would require four (4) additional
collection vehicles than a transfer operation would need.
The
Collection Vehicle Information:
Collection vehicle capacity = 5 tons
Collection Vehicle cost = $125,000
Hauling cost =
$32/hr
Transfer Station Information:
Trailer Size = 21 tons
Trailer cost = $35,000 (use 2)
Tractor cost = $80,000 (use 1)
Facility cost (S/(ton/d of capacity) - based on 5
d/wk operation = $13,000 /(ton/day)
Facility operation cost = $35,000/yr
Hauling costs = $38/hr
Average hauling speed = 35 mph
Capital Recovery Factor, CRF (5%, 10 yrs) =0.13](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3a4ddae5-baca-4b71-8862-232bf1c53e30%2F7dbab892-2308-4f35-8629-996fac40216c%2Fgai71cn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. A planned municipality anticipates a waste collection
rate of 60 tons per day, 5 days per week.
municipality is trying to decide between a direct haul
system and a transfer station operation and would like to
know the break-even one-way haul distance (in miles, no
decimal places). The city has determined that the use of
a direct haul system would require four (4) additional
collection vehicles than a transfer operation would need.
The
Collection Vehicle Information:
Collection vehicle capacity = 5 tons
Collection Vehicle cost = $125,000
Hauling cost =
$32/hr
Transfer Station Information:
Trailer Size = 21 tons
Trailer cost = $35,000 (use 2)
Tractor cost = $80,000 (use 1)
Facility cost (S/(ton/d of capacity) - based on 5
d/wk operation = $13,000 /(ton/day)
Facility operation cost = $35,000/yr
Hauling costs = $38/hr
Average hauling speed = 35 mph
Capital Recovery Factor, CRF (5%, 10 yrs) =0.13
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