By avoiding or reducing the production of waste, waste minimization is an effective approach to solve the pollution problem in chemical industry. Process integration supported by multi-objective optimization provides ...By avoiding or reducing the production of waste, waste minimization is an effective approach to solve the pollution problem in chemical industry. Process integration supported by multi-objective optimization provides a framework for process design or process retrofit by simultaneously optimizing on the aspects of environment and economics. Multi-objective genetic algorithm is applied in this area as the solution approach for the multi-objective optimization problem.展开更多
In some cases, poisonous contaminants may be released from bottom sludge inopen channels. The equation of advection and diffusion for the related problem was analyzed in thispaper. The conditions for the definite solu...In some cases, poisonous contaminants may be released from bottom sludge inopen channels. The equation of advection and diffusion for the related problem was analyzed in thispaper. The conditions for the definite solution to the equation were given. The analytic solution ofpoisonous gas concentration distribution was worked out. The reasonableness of this solution wasdiscussed. The result is also of significance for other similar problems.展开更多
文摘By avoiding or reducing the production of waste, waste minimization is an effective approach to solve the pollution problem in chemical industry. Process integration supported by multi-objective optimization provides a framework for process design or process retrofit by simultaneously optimizing on the aspects of environment and economics. Multi-objective genetic algorithm is applied in this area as the solution approach for the multi-objective optimization problem.
文摘In some cases, poisonous contaminants may be released from bottom sludge inopen channels. The equation of advection and diffusion for the related problem was analyzed in thispaper. The conditions for the definite solution to the equation were given. The analytic solution ofpoisonous gas concentration distribution was worked out. The reasonableness of this solution wasdiscussed. The result is also of significance for other similar problems.
