A Complementarity Approach for an Environmental–Economic Game with Coupling Emission Constraints

We consider an environmental–economic game where players face not only Cournot competition but also coupling environmental and individual capacity constraints. Under the complementarity problem framework, we study the existence of the (normalized) Nash equilibrium, computability of the equilibria, and the closed form expressions of the optimal weights. We also report numerical results of two examples as well as the insights gained from them.     

Removal of phenol from wastewater by electrochemical bromination in a flow reactor

Environmental Science and Pollution Research - Electrochemical methods have been widely applied in the treatment of phenol wastewater for the past few years. However, conventional electrochemical...