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研究了基于数学最优化理论的煤层气开发选区模型建立及验证工作,首先对我国煤层气本身所具备的独特特点进行了分析描述,接着进行了基于数学最优化模型的建立工作,其中包括对于假设条件的确定、数学模型、交换项处理、定解条件的求解工作进行了深入分析。研究发现,基于数学最优化理论对煤层气选区的建模工作能够较好的为选区工作提供理论基础,保证企业获得最大收益的同时,降低环境的污染和能源的不当利用。
The establishment and verification of CBM development constitutive model based on mathematic optimization theory are studied. Firstly, the unique characteristics of CBM in China are analyzed and described. Then, the establishment of CBM model based on mathematic optimization model, including the hypothesis Condition determination, mathematic model, exchange term processing and solution conditions of definite solution are analyzed in depth. The study found that the modeling of coalbed methane constituencies based on mathematical optimization theory can provide a theoretical basis for the constituency work well, to ensure that enterprises maximize the benefits while reducing environmental pollution and improper use of energy.