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• Windrows are approximately 18 feet wide at the base with approximately 8 feet <br /> between Windrows for water addition and fire control. <br /> • Windrows are approximately 8 feet high. <br /> • Composting period is projected to be approximately 4 to 12 weeks depending on <br /> product desired. <br /> • 40 percent volume reduction after composting. <br /> Alternative 5. Enclosed Agitated Bed/Windrow <br /> This alternative also utilizes a combination of two separate composting <br /> technologies, enclosed agitated beds and compost Windrows using a Windrow <br /> turning machine. The combined maximum daily load capacity for both facilities is <br /> approximately 930 TPD. <br /> The maximum daily load capacity of the enclosed agitated bed compost facility is <br /> approximately 230 TPD. This capacity is based on the following assumptions: <br /> • Six-day per week operations. <br /> • Up to approximately 5 acres for the composting building. <br /> • Agitated bed composting with approximately 10-foot-wide bays, each about 230 feet <br /> long. <br /> • Overall pile height is approximately 5.5 feet. <br /> • Composting period is projected to be approximately 4 weeks. <br /> • Additional composting may be provided by Windrow composting if needed for <br /> product quality desired. <br /> • 40 percent volume reduction after composting. <br /> The maximum daily load capacity of the Windrow compost facility is approximately <br /> 700 TPD. This capacity is based on the following assumptions: <br /> • Six-day per week operations. <br /> • Up to approximately 8 acres for compost Windrows. <br /> • Windrows are approximately 18 feet wide at the base with approximately 8 feet <br /> between Windrows for water addition and fire control. <br /> • Windrows are approximately 8 feet high. <br /> • Composting period is projected to be approximately 4 to 12 weeks depending on <br /> product desired. <br /> Forward Composting Facility <br /> Z:\PROJECTS\Allied Waste\Forward\Resource Recovery Facility\Permitting Services\2009 RCSI\RCSI Final 031609.doc; <br /> Page 8 <br />