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Multiobjective Optimal and Integration of the Chlor-Alkali Process

Author: DengJianMing
Tutor: ChenDeZuo
School: Zhejiang University
Course: Chemical Engineering
Keywords: Optimization and integration Resource allocation Rational allocation The use of technology Chlorine Object analysis Production enterprises Data Modeling Chlorine products Chlor-alkali production
CLC: TQ114
Type: Master's thesis
Year: 2005
Downloads: 83
Quote: 0
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Abstract


The integration of multi-object optimization techniques for a limited chlorine rational allocation of resources to provide a more scientific way and evaluation methods, and played an important role in order to improve the economic efficiency of the chlor-alkali plant. Integrated multi-object optimization in the production of chlorine resources processes as the object of study, the use of the technical principles of economics and computer technology, data modeling, optimization of the decision-making technology, and establish a decision-making system chlorine rational allocation of resources, found the use of more object to optimize the integrated evaluation method to deal with a variety of different chlorine products manufacturers scarce resource allocation decision-making software. Of this work: an the giant Hydro plant currently used tons of chlorine-effectiveness estimates to determine suitable Juhua Hydro plant analysis and optimization of multi-object integrated decision. 2, the method of mathematical statistics related to the financial history of the past Hydro plant data and dynamic data processing, summed up a mathematical model of multi-object analysis and optimization of integration for Hydro plant. 3, combined on the basis of the software used to optimize the integration of multi-object analysis and process of the development process manufacturers, measures to optimize the allocation of resources from chlorine to maximize the value of resource utilization, rational allocation of limited resources of chlorine to the overall effectiveness Lee based on tons of chlorine-effective maximum Lee, visual model of chlorine gas integrated resource optimization evaluation, and the use of the technical principles of economics, trends in the overall profitability of profit under dynamic conditions in a single product and a variety of consumption of chlorine products analysis provides a new operational methods and software for maximum profits of the enterprise to allocate limited resources and obtain comprehensive benefits. The main results are: (1) developed more in line with the the giant Hydro plant existing chlorine rational allocation of resources for multi-object system integration and optimization of the decision-making, effective forecast. (2) the establishment of a the chlorine resource optimization allocation of the benefits of predictive models can be achieved in different states, the estimates of the benefits of various chlorine resource allocation and optimization program. (3) the integration and optimization software fully taken into account, such as downtime losses, personnel distribution, product sales and unit capacity more realistic factory, making the entire decision-making measures more suitable for the actual plant. Chlorine shortage of resources, often due to the the giant Hydro plant chlorine wide range of products, in a certain period of time and not yet enterprise special development, the giant Hydro plant before to create easy-ton chlorine effectiveness prediction resource allocation, achieved a certain effect, but inconvenient to use. To this end, the subject of the tons of chlorine absorption already effective budget and the unit cost of the product based on the use of the multi-object analysis and process manufacturers to optimize the integrated software, the principle of maximum profit from the cost-effective use of technical Principles of Economics economic evaluation model of chlorine resource allocation, data modeling and optimization, establish the overall effective and timely forecasts, providing optimum chlorine resource allocation scheme to improve the overall economic efficiency of Juhua Hydro plant

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CLC: > Industrial Technology > Chemical Industry > Basic inorganic chemical industry > Chlor-alkali industry
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