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AgdaPkt 2008-01-14
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AgdaPkt 2008-01-14
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Last modified
11/4/2008 11:28:58 AM
Creation date
1/14/2008 3:37:26 PM
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Template:
CC Index
CC Index - Document Type
Agenda Packet
Meeting Type
Regular
Agency Type
City Council
Date
1/14/2008
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<br />78 <br />12/17/2007Page 20 <br /> <br />The protection of human life and the preservation of property in the event of such <br />occurrence support the imposition of fire-protection and life-safety requirements greater <br />than those set forth in the 2006 Edition of the International Fire Code. <br /> <br />Finding 3: The seasonal climatic conditions during the late summer and fall <br />create numerous serious difficulties regarding the control of and protection against fires <br />in the City of Redwood City. Although the city has experienced an annual mean rainfall <br />of 20.21 inches since 1948, one can anticipate no measurable precipitation at all during <br />the summer months. The dry period average maximum temperature is 82.7 degrees <br />Fahrenheit with an extreme maximum of 110 degrees Fahrenheit.4 These <br />temperatures are often accompanied by light to gusty prevailing westerly to <br />northwesterly winds. These dry winds, mixed with the natural vegetation which is <br />predominant throughout the area, creates a hazardous fuel condition which has caused <br />extensive grass and brushland fires. With more and more development encroaching <br />into these wooded and grass covered areas, wind driven fires could have severe, <br />consequences as shown on many occasions in other areas of the state. Recorded <br />weather patterns indicate that the average annual rainfall cannot be relied upon. Water <br />shortages and water rationing may result as was experienced during recent drought <br />years. <br /> <br />While some code requirements, such as fire-resistive roof classification, have a <br />direct bearing on building survival in a wildland fire situation, others such as automatic <br />fire sprinklers, may also have a positive effect. In dry climate on low humidity days, <br />many materials are much more easily ignited. More fires are likely to occur and any <br />fire, once started, can expand extremely rapidly. Automatic fire sprinkler systems can <br />arrest a fire starting within a structure before it could spread to adjacent brush and <br />structures. <br /> <br />The aforementioned problems support the imposition of fire-protection and Iife- <br />safety requirements greater than those set forth in the 2006 Edition of the International <br />Fire Code. <br /> <br />Finding 4: The City of Redwood City experiences water shortages from time <br />to time. Those shortages can have a severe adverse effect on water availability for <br />firefighting. <br /> <br />Fires starting in sprinklered buildings are typically controlled by one or two <br />sprinkler heads, flowing as little as 13 gallons per minute each. <br /> <br />Hose streams used by engine companies on well established structure fires <br />operate at about 250 gallons per minute each. The estimated water need for a typical <br /> <br />4 Source: National Weather Service, Western Regional Climate Center, Desert Research Institute, 2215 <br />Raggio Parkway, Reno, Nevada 89512, (775) 674-7010. <br /> <br />AttyfReso.1762 <br />120307 <br /> <br />5 <br /> <br />14828 <br />Muff # 305 <br />
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