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PROJECT WORK DESCRIPTION <br /> The goal of this Project is to construct a stream channel to the design specifications through the <br /> former location of the Coal Basin Mines yard area. The new stream channel will replace the <br /> existing channel and the Dutch Creek Flume, which exists to the east of the Project Area. <br /> Revegetation is not a part of this Project. <br /> Volumes, distances and areas stated in this document are estimations only. CONTRACTORS <br /> are responsible for verifying all estimations prior to bid submittal. <br /> WORK TASKS <br /> The tasks included in this Project are as follows: <br /> Task 1: Mobilization and Demobilization <br /> Task 2: Diversion Construction <br /> Task 3: Equipment Rental <br /> TASK 1: MOBILIZATION AND DEMOBILIZATION <br /> This task shall comply with Specification 1.0, Mobilization/Demobilization, attached. <br /> Measurement and Payment <br /> There will be no measurement for payment. Payment for this task will be reflected in a lump <br /> sum bid under Item 1 on the Bid Schedule. This lump sum bid will cover all costs for <br /> Mobilization and Demobilization. Payment shall be made as described in Specification 1.0, <br /> Mobilization/Demobilization, attached. <br /> TASK 2: DIVERSION CONSTRUCTION <br /> The purpose of this Task is to construct a stream diversion which will replace the existing Dutch <br /> Creek Flume, located immediately to the east of the Project Area. The diversion will provide a <br /> channel for Dutch Creek to flow to a constructed confluence with Coal Creek, located at the <br /> north edge of the Project Area. <br /> The design to be implemented through performance of this Task consists of constructing a <br /> smaller inner channel within a larger outer channel. This dual channel configuration is <br /> collectively referred to as the "diversion"for purposes of this Invitation and Bid. Map 3, Dutch <br /> Creek Diversion Design, depicts a plan view and typical cross section of the channel. <br /> The smaller inner channel will be constructed within the larger outer channel. Construction of <br /> the outer channel will consist of creating a series of five (5) gentle bends for the length of the <br /> 6 <br />