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Simulation and Optimization of One Live Pig Low-Carbon Industry Chain Using SD-RCCM

机译:SD-RCCM对一条生猪低碳产业链的仿真与优化

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摘要

The destruction of the natural environment has been drawing more and more attention. Developing low-carbon industry chains is an effective solution to the conflict between rapid economic growth and high CO2emissions. Summarizing various traditional and new industry chain sustainable development, live pig industry was chosen as a typical industry chain to study low-carbon development using a system dynamics and random chance-constrained model (SD-RCCM). Leshan, a world natural and cultural heritage area in China, was selected as a typical city to analyze the low-carbon pig industry. Three different programs based on distribution ratios were selected to study this industry. The results showed that program 1, which considers both environmental and economic benefits, realizes sustainable development. In order to extend the pig industry chain and fully utilize pig ordure and other waste, introducing a Clean Development Mechanism (CDM) and household biogas exploitation program is recommended.
机译:自然环境的破坏已引起越来越多的关注。发展低碳产业链是解决经济快速增长与高二氧化碳排放之间冲突的有效解决方案。总结各种传统和新的产业链的可持续发展,生猪产业被选为典型的产业链,利用系统动力学和随机机会约束模型(SD-RCCM)研究低碳发展。乐山是中国的世界自然和文化遗产地区,被选为分析低碳养猪业的典型城市。根据分布比率选择了三个不同的程序来研究该行业。结果表明,方案1同时考虑了环境和经济利益,实现了可持续发展。为了扩展生猪产业链并充分利用生猪粪便和其他废物,建议引入清洁发展机制(CDM)和家庭沼气开发计划。

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