A Framework for Assessing Risk Reduction Due to DNAPL Mass Removal from Low-Permeability Soils

Author:

Freeze R. Allan,McWhorter David B.

Publisher

Wiley

Subject

Computers in Earth Sciences,Water Science and Technology

Reference21 articles.

1. Dissolution of Dense Chlorinated Solvents into Ground Water: 1. Dissolution from a Well-Defined Residual Source

2. J. A. Cherry, S. Feenstra, and D. M. Mackay . 1992 . Developing a conceptual framework and rational goals for groundwater remediation at DNAPL sites . Third Intern. Conf. on Ground Water Quality Research, Dallas, TX. June 21-24.

3. R. E. Claff, 1993 . The American Petroleum Institute's decision support system for risk and exposure assessment . Houston Hydrocarbon Conference.

4. R. Cohen, and J. Mercer . 1993 . DNAPL Site Evaluation . Lewis Publ.384 pp.

5. Ground Water Modeling for Risk Assessment Purposes: Use of a Gaussian-Distributed Transport Model and a Batch Flush Model

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