n this paper, a methodology and software tool for the optimal design of advanced waste treatment plants is presented. The problem of the design of the WWTP is translated into a discrete optimization problem. As a result, an optimal sequence of treatment technologies to obtain the output water quality from a given inlet water containing a certain input contaminant concentrations is provided. The discrete optimization problem is solved using Genetic and Pattern Search Algorithms available at the Global Optimization Toolbox of MATLAB. A typical design scenario is used to illustrate the validity and performance of the proposed approach and tool.Peer Reviewe
In this paper we address the synthesis problem of distributed wastewater networks using mathematica...
When modeling an activated sludge system of a wastewater treatment plant (WWTP), several conflictin...
This paper presents a parametric programming technique for the optimal design of industrial wastewat...
n this paper, a methodology and software tool for the optimal design of advanced waste treatment pla...
n this paper, a methodology and software tool for the optimal design of advanced waste treatment pla...
The high costs associated with the design of wastewater treatment plants (WWTPs) motivate the resear...
Integrated advanced wastewater treatment provides important fundamental solutions to problems associ...
In this paper a heuristic method with ad-hoc engineering concept is proposed for design optimization...
By locating useful characteristics and determining the perfect circumstances to meet ideal water qua...
A mathematical framework is developed for use in the design of a secondary wastewater treatment syst...
Presents a complete mathematical model describing the various interactions in a wastewater treatment...
This paper deals with the application of Adaptive Simulated Annealing (ASA) for the optimal design ...
This paper deals with the application of Adaptive Simulated Annealing (ASA) for the optimal design ...
A big question in urban wastewater treatment is that how many bioreactors are enough to provide the ...
AbstractThis paper aims at presenting an option to treat industrial waste water in order to protect ...
In this paper we address the synthesis problem of distributed wastewater networks using mathematica...
When modeling an activated sludge system of a wastewater treatment plant (WWTP), several conflictin...
This paper presents a parametric programming technique for the optimal design of industrial wastewat...
n this paper, a methodology and software tool for the optimal design of advanced waste treatment pla...
n this paper, a methodology and software tool for the optimal design of advanced waste treatment pla...
The high costs associated with the design of wastewater treatment plants (WWTPs) motivate the resear...
Integrated advanced wastewater treatment provides important fundamental solutions to problems associ...
In this paper a heuristic method with ad-hoc engineering concept is proposed for design optimization...
By locating useful characteristics and determining the perfect circumstances to meet ideal water qua...
A mathematical framework is developed for use in the design of a secondary wastewater treatment syst...
Presents a complete mathematical model describing the various interactions in a wastewater treatment...
This paper deals with the application of Adaptive Simulated Annealing (ASA) for the optimal design ...
This paper deals with the application of Adaptive Simulated Annealing (ASA) for the optimal design ...
A big question in urban wastewater treatment is that how many bioreactors are enough to provide the ...
AbstractThis paper aims at presenting an option to treat industrial waste water in order to protect ...
In this paper we address the synthesis problem of distributed wastewater networks using mathematica...
When modeling an activated sludge system of a wastewater treatment plant (WWTP), several conflictin...
This paper presents a parametric programming technique for the optimal design of industrial wastewat...