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QUANTITY OF RESIDUALS ACCEPTED <br /> Approximately 200 tons of Residuals are accepted per day. <br /> However, the quantity does fluctuate in proportion to the canneries <br /> daily output. <br /> WORK PLAN <br /> Description of Operation <br /> The Spread and Disc operation is ideal for returning food <br /> production residuals to the soils from which they came <br /> and is now a widely accepted practice. By the very <br /> nature of the types of residuals accepted at the Site <br /> requires special-attention and equipment to preclude the <br /> creation of a nusicance and health hazard. Cannery <br /> residuals are transported to the Site, unloaded and <br /> spread evenly over a planned spread area. Residuals are <br /> allowed to dry and are then incorporated into the soil. <br /> Through this process organic matter decomposes and leads <br /> to the formation of Humus, which increases the soils <br /> capacity to promote plant growth. Furthermore, the soils <br /> internal structure is rearranged in a fashion which <br /> promotes better adsorption of water. <br /> Description of Residuals <br /> Organic residuals provide a useful source of Nitrogen for <br /> the agricultural crops. The residuals spread at the <br /> Delta Container Site yield up to .6% Nitrogen by dry <br /> weight for fruit materials and nearly 3.2% Nitrogen by <br /> dry weight for Tomato residuals. <br /> Description of Monitoring System <br /> Monitoring operations of the Site include Daily records <br /> of the total number of loads delivered,, locations of <br /> spreading area, a Log of unusual occurrences, removal of <br /> non-biodegradable material, and soil sampling before and <br /> after spreading operations. <br /> Description of Equipment <br /> A four wheel drive farm tractor is used to pull a 12, <br /> wide Box Scraper when spreading the wet residuals. Every <br /> 12 hours the deposited residuals are incorporated into <br /> the soil using Spring Tooth cultivator. Within 5 days of <br /> deposition the materials are completely dried. The <br /> regime presented has been designed in order to disrupt <br /> the normal reproduction cycle of the common Fly. A <br /> variety of if different vehicles are used to transport <br /> 4 <br />