Laserfiche WebLink
SECTION 2.0:PROJECT DESCRIPTION <br /> TABLE 2.2-2 <br /> Estimated Average and Peak Construction Traffic During Peak Months for the LEC <br /> Average Daily Trips During Peak Peak Hourly Trips During Peak <br /> Vehicle Type Months Months <br /> Construction Workers 549 276 <br /> Deliveries 40 6 <br /> Total 589 282 <br /> Construction laydown and parking areas will be within existing site boundaries of the WPCF <br /> on City-owned property. Four parcels totaling 9.8-acres will be used for both construction <br /> and laydown areas,as shown on Figure 2.1-3). Construction access will generally be from <br /> North Cord Road. Materials and equipment will be delivered by truck. <br /> 2.3 Facility Operation <br /> The LEC facility will be capable of being dispatched throughout the year,and will have <br /> annual availability in the general range of 93 to 98 percent. It will be possible for plant <br /> availability to exceed 98 percent for a given 12-month period. <br /> The STIG and LEC plants will employ a combined staff of 21 to 23 (16 employees from the <br /> current STIG plant,plus an additional 5 to 7 new employees),including plant operation <br /> technicians,supervisors,administrative personnel,mechanics,engineers,chemists, and <br /> electricians (Table 2.3-1),in rotating shifts. It is expected that the facility will be operated 24 <br /> hours per day, 7 days per week. <br /> TABLE 2.3-1 <br /> Operating Employees <br /> Classification Number <br /> Power Plant Technicians 11-12 <br /> Lead Power Plant Technicians 5 <br /> Operations Supervisor 1-2 <br /> Engineer 1 <br /> EH&S Coordinator 1 <br /> Plant Manager 1 <br /> Administrative Assistant 1 <br /> Total 21-23 <br /> The LEC plant is designed as a base-load facility. Because the combined-cycle configuration <br /> will be more efficient than any of the aging gas-fired steam generation facilities in northern <br /> California,the LEC plant will be frequently dispatched and will operate on the order of <br /> approximately a 76 to 82 percent annual capacity factor. The actual capacity factor in any <br /> SACI371322I082340003(LEC_2.0_PROJECT_DESC.DOC) 2-33 <br />