Leakage and spill of petroleum hydrocarbons from underground storage tanks and pipelines
have posed significant threats to groundwater resources across many petroleum …

A new optimization formulation for dynamic groundwater remediation management is
developed by simultaneously using well locations and the corresponding pumping rates as …

Risk‐based corrective action (RBCA) is rapidly becoming the method of choice for
remediating contaminated groundwater. In this paper, a management model is presented …

Estimation problems arise routinely in subsurface hydrology for applications that range from
water resources management to water quality protection to subsurface restoration. Interest in …

Management models are developed and solved that are based on the advective-dispersive
density-dependent miscible flow and transport processes in the aquifer. Various conflicting …

This paper compares computational performance of eight optimization algorithms used to
identify the most cost-effective policy for in situ bioremediation of contaminated ground …

Nonconvex nonlinear programming (NLP) problems arise frequently in water resources
management, eg, reservoir operations, groundwater remediation, and integrated water …

To illustrate and test the applicability and performance of the innovative honey-bee mating
optimization (HBMO) algorithm in highly non-convex hydropower system design and …

This paper presents the state-of-the-art on application of optimisation techniques in
groundwater quality and quantity management. In order to solve optimisation-based …

A coupled optimal control and simulation model is presented that selects injection and
extraction well sites and pumping rates for cost-effective in-situ bioremediation design …