(23) For each of the treatment technologies listed below, identify the key param
ID: 1714602 • Letter: #
Question
(23) For each of the treatment technologies listed below, identify the key parameter(s) that is (are) central to the design of that particular technology. Please write the corresponding letters in the space provided next to the treatment technologies. Hint: 1) the number in parentheses next to the technology are the number of parameters you should find for each technology and 2) some parameters may not be used and some will correspond to several treatment options. 9. Air Stripping (4) Carbon Adsorption (3) Ion Exchange (2) Precipitation (2) Groundwater Extraction (2) Soil Vapor Extraction (4) Biological Treatment (4) Membranes (ie RO) (2) (A) Hydraulic conductivity (B) Osmotic pressure (C) TCLP analysis (D) Solubility product (E) Bulk density (F) Surface area (G) pH (H) Gas-Liquid mass transfer coefficient (I) Maximum specific growth rate (J) Resin capacity (K) Gross heating value (L) Fraction of organic carbon in soil (M) Vapor pressure (N) Henry's law constant (O) Temperature (P) Refractive index (Q) Freundlich isotherm parameters (R) Yield coefficient (S) Percent excess air (T) Resin Selectivity (U) Adsorption capacityExplanation / Answer
air stripping:
vapour pressure, henry's law constant, percent excess air, gas liquid mass transfer coefficient
Carbon Adsoption:
bulk density, surface area, Freundlich isotherm parameters
Ion exchange:
Resin capacity, Resin selectivity
Precipitation:
Ground water extraction:
Hydraulic conductivity, gas liquid mass transfer coefficient
soil vapour extraction:
vapour pressure, henry's law constant,fraction of organic carbon in soil,
Biological treatment:
Maximum specific growth rate, Temperature, Yield coefficient, pH
Membranes:
Solubility product, Osmotic pressure
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