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2300 KASCH PARK RD 2018-01-01 MF Import
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2300 KASCH PARK RD 2018-01-01 MF Import
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Last modified
11/7/2018 1:38:08 PM
Creation date
2/19/2017 10:37:32 AM
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Template:
Address Document
Street Name
KASCH PARK RD
Street Number
2300
Notes
INCLUDES PLAN SET FOR B0803-013
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l�r.tmcr, Chin fi ;\1a�'c�, Inc. �^ �'�� <br /> � V <br /> June 28, 1983 <br /> KQ�S g353-50 <br /> Walter Cooper <br /> City of Everett Fire Marshal <br /> 2801 Oakes Avenue <br /> Everett, R'ashi�igton 98201 <br /> Re: Cormnnnity Transit Bus Rarn Project <br /> Fire FloH Demands <br /> Dear Walt: <br /> We are currently in the final design phase of the Comntmity 7Yansit Bas <br /> Barn facility near the Boeing EvereCt plant. As previously discussed I �a <br /> forwarding, herein, calculations of the estimated fire flow demand for <br /> both the inmediate and future site develognents. These calculations, �� <br /> along with a site layout plan of the fir.e system, are submitte� for your <br /> review and approval. <br /> In stmmiary, Phase I fire demand for the Administration, Operations, and <br /> Maintenance Buildings is estimated to be 2100 ggn, 2500 gpm, and Z000 gpm, <br /> respectively. Phase II demand, also per ISO guidelines, is 2300 gFm, 300C <br /> gpm, ar.d 2750 gpm, respectively. In both cases, the operations building <br /> requires the most protection becaase of the wood frame construction and <br /> lack of sprinklers. <br /> With assistance from the City of Everett, rre determined from their com- <br /> puter water model tnat our proposed looped water system could deliver 2750 <br /> gpm with a residual pressure o[ 22 psi. This should be a�'�quate for our <br /> purposes. <br /> If you should have any questions, please give me a call. I can be reac}ied <br /> at 447-5354. <br /> Sincerely, <br /> , CHIN�MAYO -INC. <br /> � /Pl�/l� � , t, `• <br /> Dou� D. Ge�� ng�,�. <br /> � <br /> Enclosures <br /> c:_ Ruben Gonzales P �� <br /> Darr Andets��� �i� <br /> , <br /> P, 1�17 Firs; A����,��,Sea;ti^,l:'ash�nnton SB707 (7-06) �47-5300 Telex 15�770 KCI^AE <br />
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