Illinois Administrative Code
Title 35 - ENVIRONMENTAL PROTECTION
Part 742 - TIERED APPROACH TO CORRECTIVE ACTION OBJECTIVES
Subpart L - BUILDING CONTROL TECHNOLOGIES
Appendix C - Tier 2 Illustrations and Tables
Table A - SSL Equations
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Equations for Soil Ingestion Exposure Route |
Remediation Objectives for Noncarcinogenic Contaminants (mg/kg) |
S1 |
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Remediation Objectives for Carcinogenic Contaminants - Residential (mg/kg) |
S2 |
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Remediation Objectives for Carcinogenic Contaminants - Industrial/Commercial, Construction Worker (mg/kg) |
S3 |
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Equations for Inhalation Exposure Route (Organic Contaminants and Mercury |
Remediation Objectives for Noncarcinogenic Contaminants - Residential, Industrial/Commercial (mg/kg) |
S4 |
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Remediation Objectives for Noncarcinogenic Contaminants - Construction Worker (mg/kg) |
S5 |
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Remediation Objectives for Carcinogenic Contaminants - Residential, Industrial/ Commercial (mg/kg) |
S6 |
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Remediation Objectives for Carcinogenic Contaminants - Construction Worker (mg/kg) |
S7 |
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Equation for Derivation of the Volatilization Factor - Residential, Industrial/ Commercial, VF (m3/kg) |
S8 |
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Equation for Derivation of the Volatilization Factor - Construction Worker, VF' (m3/kg) |
S9 |
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Equation for Derivation of Apparent Diffusivity, DA (cm2/s) |
S10 |
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Equations for Inhalation Exposure Route (Fugitive Dusts) |
Remediation Objectives for Noncarcinogenic Contaminants - Residential, Industrial/Commercial (mg/kg) |
S11 |
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Remediation Objectives for Noncarcinogenic Contaminants - Construction Worker (mg/kg) |
S12 |
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Remediation Objectives for Carcinogenic Contaminants - Residential, Industrial/ Commercial (mg/kg) |
S13 |
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Remediation Objectives for Carcinogenic Contaminants - Construction Worker (mg/kg) |
S14 |
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Equation for Derivation of Particulate Emission Factor, PEF (m3/kg) |
S15 |
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Equation for Derivation of Particulate Emission Factor, PEF' - Construction Worker (m3/kg) |
NOTE: PEF must be the industrial/commercial value |
S16 |
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Equations for the Soil Component of the Groundwater Ingestion Exposure Route |
Remediation Objective (mg/kg) |
NOTE: This equation can only be used to model contaminant migration not in the water bearing unit. |
S17 |
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Target Soil Leachate Concentration, Cw (mg/L) |
S18 |
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Soil-Water Partition Coefficient, Kd (cm3/g) |
S19 |
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Water-Filled Soil Porosity, [THETA]w (Lwater/Lsoil) |
S20 |
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Air-Filled Soil Porosity, [THETA]a (Lair/Lsoil) |
S21 |
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Dilution Factor, DF (unitless) |
S22 |
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Groundwater Remediation Objection for Carcinogenic Contaminants, GWobj (mg/L) |
S23 |
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Total Soil Porosity, [ETA] (Lpore/Lsoil) |
S24 |
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Equation for Estimation of Mixing Zone Depth, d (m) |
S25 |
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Mass-Limit Equations for Inhalation Exposure Route and Soil Component of the Groundwater Ingestion Exposure Route |
Mass-Limit Volatilization Factor for the Inhalation Exposure Route - Residential, Industrial/Commercial VF (m3/kg) |
NOTE: This equation may be used when vertical thickness of contamination is known or can be estimated reliably. |
S26 |
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Mass-Limit Volatilization Factor for the Inhalation Exposure Route - Construction Worker, VT' - (m3/kg) |
S27 |
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Mass-Limit Remediation Objective for Soil Component of the Groundwater Ingestion Exposure Route (mg/kg) |
NOTE: This equation may be used when vertical thickness is known or can be estimated reliably. |
S28 |
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Equation for Derivation of the Soil Saturation Limit, Csat |
S29 |
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Equation for the soil gas component of the Outdoor Inhalation Exposure Route |
S30 |
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