平陆运河综合开发模式研究
Comprehensive development model of Pinglu Canal
杨斌 1潘海涛 2苏川2
作者信息
- 1. 平陆运河集团有限公司,广西 南宁 530000
- 2. 中交水运规划设计院有限公司,北京 100007
- 折叠
摘要
针对平陆运河开发过程中如何充分释放运河的综合效益,实现可持续投资开发的问题,研究立足运河经济带协同发展的宏观视角,运用系统工程理论和跨学科研究方法,梳理运河综合效益发挥的传导机制,厘清平陆运河经济带的开发思路,提出需系统处理好综合规划、开发主体、合作模式、项目实施之间的关系,形成超大型公益性基础设施外部效益内部化的合理路径.在此基础上,针对交通基础设施、资源综合开发、土地综合利用、产业协同发展等不同类型项目群的特点,构建合理可行的投融资模式,探索市场化收益实现机制,最终形成保障运河经济带可持续发展的系统解决方案.本研究能够为平陆运河综合开发的实施提供合理路径,为推动同类型跨水系连通工程项目的开展提供借鉴.
Abstract
To the problem of how to fully unleash the comprehensive benefits of the Pinglu Canal and achieve sustainable investment and development during the development process,this study is based on the macro perspective of coordinated development of the Canal Economic Belt.Using systems engineering theory and interdisciplinary research methods,the transmission mechanism of the comprehensive benefits of the Canal is sorted out,and the development ideas of the Pinglu Canal Economic Belt are clarified.It is proposed to systematically handle the relationship between comprehensive planning,development entities,cooperation models,and project implementation,forming a reasonable path for internalizing the external benefits of large-scale public welfare infrastructure.On this basis,the paper focuses on the characteristics of different types of project clusters such as transportation infrastructure,comprehensive development of resources,comprehensive land use,and coordinated development of industries.A reasonable and feasible investment and financing model is constructed,and market-oriented profit realization mechanism is explored,ultimately forming a systematic solution to ensure the sustainable development of the Canal Economic Belt.This study can provide a reasonable path for the implementation of Pinglu Canal comprehensive development,and provide reference for promoting the development of similar cross water system connectivity engineering projects.
关键词
平陆运河/综合开发/开发模式/投融资模式Key words
Pinglu Canal/comprehensive development/development mode/investment and financing model引用本文复制引用
出版年
2024
NETL
NSTL
万方数据