摘要
根据沼气发电的现状与特点,运用整数规划和区间线性规划方法,以温室气体最大减排量为目标函数,构建一种基于不确定性方法的温室气体(GHG)减排优化模型.案例分析表明:在满足预投资、运行利润和技术要求等约束条件下,案例温室气体最大减排量为每年211 821.8～247 410.1t二氧化碳当量,比推荐方案提高了11.46%～30.19%.
Based on the status and characteristics of the biogas power generation, the authors used the integer programming and the interval linear programming method to develop an optimized GHG emission reduction model for the largest greenhouse gas emission reduction under uncertainty. The case analysis shows that under the requirements of the investment, the operation profits and technology, 211 821.8--247 410.1 t CO2 equivalence could be reduced every year, Which is increased by 11. 46%-30.19% compared with recommended scheme.
出处
《吉林大学学报（理学版）》
CAS
CSCD
北大核心
2013年第1期153-157,共5页
Journal of Jilin University:Science Edition
基金
中国新加坡吉林食品区生猪养殖场建设项目
