"In situ" treatments involving the arrangement of contact between
prospective reactants in complex porous media require a refined
understanding of solute migration. However, the tools and methods
used to predict and control fluid movement in the subsurface need
significant improvement. Practitioners and regulators must develop
novel methods to achieve an advanced understanding of treatment
mechanisms.
Remediation Hydraulics addresses the need to predict and control
fluid movement in the subsurface. It demonstrates how to conduct
realistic assessments of contaminant plume structure and achieve
contact between injected reagents and target compounds. The book
describes both the advection-dispersion and continuous random walk
theories of mass transport as well as explains the practical
implications of each theory in remedial system design. In addition,
it devotes an entire section to the development of conceptual site
models and hydrostratigraphic characterization techniques that will
aid practitioners in assessing the role of depositional
environments in patterning groundwater flows and containment
distributions.
Based the authors' sound experience at over one hundred
groundwater treatment projects, this bookprovides an arsenal of
relevant theories and practical applications to aid practitioners
and regulators in the prediction of fluid movement in the
subsurface as well as in the design of pilot to full-scale
remediation systems.
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