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i <br /> FNIbrooen Balance: <br /> Nitrogen required at fields 258,217 lbs.N <br /> FNitrogen from liquids: 95,381 lbs.N <br /> Nitrogen shortage from liquids: 162,837 lbs.N <br /> Nitrogen from solids: 77,766 lbs.N <br /> F* <br /> Nitrogen shortage: 85,070 lbs.N <br /> Plitrogon Loading Conclusion <br /> The current farming operation is adequate to consume all the nitrogen contained in the liquids and solids generated at the site. <br /> F0Fee[[^^^^0 As indicated in the calculations above,the remaining nitrogen that will be in liquids and solids after storage losses in the flush <br /> 1 lagoon are fewer than the calculated nitrogen demand from the proposed farming acreage. , <br /> 7 Composting of the manure solids wilt condition the solids prior 10 application to the farm. <br /> O Composting converts an organic waste material into a stable organic product by converting nitrogen from the unstable ammonia form <br /> to a more stable organic form.The end result is a product that is safer 10 use than raw organic material <br /> ❑Composting can reduce the nitrate content of the solids due to anaerobic bacterial activity.Anaerobic activity wiff cause denitification <br /> of nitrate to convert the nitrates to the gaseous form as nitrous oxide of nitrogen gas during the composting process. <br /> This gas then escapes into the atmosphere.Considering that composting is an aerobic activity,anaerobic activity can be controlled by <br /> simply turning the material to aerate it at the proper time which is the point at which aerobic bacterial activity has consumed all the <br /> Foxygen within the mix <br /> o Manure is more carbonaceous than commercial fertilizer and carbon is a common energy source to bacteria.Consequently,some <br /> denitihcation will also take place in the soil naturally. <br /> El Compost is used primafily as a fertilizer supplement and soil conditioner Compost improves soil structure and fertility.Nutrients in <br /> mished compost will be slowly released over a period of years,thus minimizing the risk of nitrate leaching and high nutrient <br /> concentrations in surface runoff. <br /> A balanced liquidslsofids application rales are favorable to the agronomical management of the soil because of the soil requiring <br /> O g <br /> organic materials to increase tilth,water intake rate,water retention capabilities and consequently,nitrate retention capability. <br /> ❑It is important to apply nutrients through out the growing season as tyre crop requires it. <br /> 0 The lagoon water Reads to be managed in such a fashion that the irrigation pond is empty prior to the winter rainfall season,yet not <br /> applying nutrients to the crops when they are not needed. <br /> -- Over irrigation needs to be a1 a minimum for nitrates can be pushed through the soil profile due to the low water holding capacity <br /> i of the farms'soils. <br /> F , <br /> �l <br /> t e <br /> F +� <br /> Ij <br />