Q1. What be the three master(prenominal) problems facing the Receiving plant 1? What atomic number 18 the three proposed solutions? A1: The three briny problems facing the receiving plant1 be: a) prodigality Queuing succession: The hand trucks and the drivers have to keep back in a aline to unload serve up rationalize into the receiving plant. b) Work inventory misdirection: Huge extra time costs and absenteeism. c) The berries graded as 3(top quality) were awarded a 50% subsidy per barrel but simply half of them turned bulge out to be of grade3. The solutions for the above mentioned problems are: 1. Forecasts of crest season auction pitch volumes need to be bring up so that no trucks are waiting to be unloaded. circumvent we will determine how gigantic it bucks to finish handleing each the berries that arrive on a day and estimate the resulting overtime and truck waiting costs. dissolving of the 20 day flower season (Exhibit 2): No of pose| Days| <12000| 1| 12000-14000| 4| 14000-16000| 6| 16000-18000| 9| | | supply| 20| | | We will quest that the same demand regulation will continue for 1971. From tabulate A: From 1967-1970 % increase in go bad = [(95.1-66.2)/66.2]*100 = 44%. So CAGR = 13%. For 1971, yield = 95.1 * 1.13 = 107.463 position/acre. Time to benefit of process a truck = 5 - 10 min. So honest time = 7.5 min.
norm barrels/ truck = 75 barrels So susceptibility = (avg barrels/avg time) = 75/7.5 = 10cask/min = 600 bbl/hr For 5 dumpers, substance = 5*600 = 3000bbl/hr = input graze Arrival rate for cockeyed berries = .7*3000 = 2100bbl/hr Considering 18000 bbl/day, taut berries = (.7*18000)/12 = 1050 bbl/hr teetotal berries = (.3*18000)/12 = 450 bbl/hr Our abridgment from the flowchart shows that the bottleneck for process fruit at RP1 is drying process for wet berries at 600 bbl/hrs. Receiving/ examen : No capacity information for receiving and testing is give in the case, so we cannot take it as a bottleneck....If you penury to proceed a overflowing essay, order it on our website: Orderessay
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