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Problem 1 The feasibility of land treatment of an oily sludge waste is evaluated. The test involved five Table 3.2 Sampling results waste applications to the same land treatment unit over time. The amount of waste applied and the oil content of the waste for each of these additions is shown in Table 3.1. Table 3.2 shows results of a sampling event that was conducted at 450 days from the time of the initial waste application. The volume of soil in the land treatment unit is 2,550ft3. Assuming a soil density of 96lbs/ft3, determine the first order biodegradation rate constant and the half-life of this contaminant. Is land treatment of this waste a viable option? Explain why or why not. (Hint: Be careful with the way you use variables that have units of % in your calculations.) Tahle 3.1 Wacte annliratione Problem 1 The feasibility of land treatment of an oily sludge waste is evaluated. The test involved five Table 3.2 Sampling results waste applications to the same land treatment unit over time. The amount of waste applied and the oil content of the waste for each of these additions is shown in Table 3.1. Table 3.2 shows results of a sampling event that was conducted at 450 days from the time of the initial waste application. The volume of soil in the land treatment unit is 2,550ft3. Assuming a soil density of 96lbs/ft3, determine the first order biodegradation rate constant and the half-life of this contaminant. Is land treatment of this waste a viable option? Explain why or why not. (Hint: Be careful with the way you use variables that have units of % in your calculations.) Tahle 3.1 Wacte annliratione