COMPLIANCE INFO_1990-1998 - Laserfiche WebLink

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In Lab Results and Field Estimates (for sludge without sand, except where noted) tal Kjeldahl N = 35,038 mg/kg (dry basis) imonia N = 1,779 mg/kg (dry basis) rate N = 126 mg/kg (dry basis) tal Phosphorus = 59,378 mg/kg (dry basis) tassium = 3,183 mg/kg (dry basis) dmium = 3.3 mg/kg (dry basis) pper = 453 mg/kg (dry basis) ad = 72 mg/kg (dry basis) ;kel = 42 mg/kg (dry basis) is = 1,372 mg/kg (dry basis) Solids = 93.3 % Ik Density = 0.45 g/cc (wet basis) = 756 lbs/cubic yard (wet basis) ad Was Mixed into Applied Sludge; Characteristics of the Mixture: Sand = 0.0 % of the wet weight tal Volume = 2,700 cubic yards ik Density Mix = 0.45 g/cc (wet basis) 756 lbs/cubic yard (wet basis) Nitrogen Concentration Calclations ganic N = (Total Kjeldahl N - Ammonia N) x (% Solids) / 100 Concentration = 31,031 mg/kg (wet basis) in Sludge C ailable N = Ammonia N x % Solids / 100 + Nitrate N x % Solids / 100 + 0.5 * Organic N Concentration = 17,293 mg/kg (wet basis) in Sludge ,ailable N = Available N x (100 - %sand) / 100 Concentration = 17,293 mg/kg (wet basis) in Sludge/Sand = 34.6 lbs of available N/ton (wet basis) Mix ----------- Alfalfa N Demand = 375 lbs/acre Truck and Trailer = 40000 lbs/toad = 20 tons/load (wet basis) = 53 cubic yards/load Field Size = 0 acres Per -acre Loading Rate for Sludge/ Sand Mix = N Demand of Crop / Available N Concentration in Sludge/Sand Mix = 10.9 moist tons/acre ... in truckloads = Loading in (moist tons/acre) / (tons of sludge/sand mix/truckload) = 0.5 truckloads/acre 'er-field Loading Rate for Sludge/ Sand Mix = Per -acre Loading x Field Size 0 moist tons/field in truckloads = Loading in (moist tons/acre) / (tons of sludge/sand mix/truckload) 0 truckloads/field