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<br />001888 <br /> <br />e <br /> <br />e <br /> <br />conducting fish behavioral experiments. <br /> <br />A hatchery building is located central to the facility. Incubation and culture to first feeding <br />of all augmentation stocks will take place here. The hatchery building will also house all <br />intensive culture facilities for up to one-half of total augmentation stocks. Sixty <br />augmentation ponds are provided for extensive culture. <br /> <br />Quarantine facilities are strategically placed to receive all incoming live fish and/or eggs. <br />All biological products will be screened for diseases and quarantined prior to entrance to <br />the remainder of the facility. Access to all facilities is secured behind locking gates. <br /> <br />Water conditioning functions have been designed for all three water types. Heating or <br />cooling requirements will be a function of the temperature of the incoming supply and the <br />specific life stage needs of the various fish stocks. In addition, the design incorporates <br />water treatment facilities for degassing, aeration, screening and disinfection. <br /> <br />Wastewater from all research, brood and augmentation culture operations will be <br />adequately treated to prevent escapement and to remove solids prior to discharge. <br />Research facility effluent water will be directed to a pretreatment pond prior to screening <br />to allow for special treatment, such as removal of pathogens, prior to discharge to <br />settlement ponds. All quarantine water will be disinfected prior to discharge to the effluent <br />disposal facility. <br /> <br />A maintenance and storage building is located near the hatchery and research complex. <br />A warehouse space is' provided to store equipment and supplies. Emergency equipment <br />is provided for low oxygen, loss of power and general alarm conditions. Three domestic <br />residences are strategically placed outside the facility perimeter security fence at locations <br />which allow for observation into critical areas of the hatchery complex by off-duty hatchery <br />workers and their families. <br /> <br />COSTS <br /> <br />As stated previously, the conceptual design is for a state-of-the-art facility. The intent of \ <br />the design was to include and provide information for those features and facilities which \1 <br />would make up a model facility, incorporating the latest technologies. Capital cost .. <br />estimate summaries for this facility are presented in Table ~or the various configurations <br />of the proposed facility and are based on a comparable unit or system cost basis. The <br />estimates are 1992 dollars and final budget figures should include appropriate escalation <br />figures for the budget year when the project commences. Costs are presented as the <br />total cost for each production scenario by water supply type. A contingency of 25% is <br />included in these totals based on variation for the level of details at this stage of design, <br />engineering fees and general permitting costs. The actual cost of the hatchery must be <br />determined after final features and components are selected. <br /> <br /> <br /> <br />CWCBl.ES <br /> <br />9 <br />