摘要
山区绿色公路设计是绿色公路建设的关键环节,在设计过程中对于建设方案对生态环境的影响、集约利用通道资源、灵活运用技术指标、加强特殊路段安全设计等方面有着更高的要求,针对山区绿色公路设计理念及实践缺乏系统性、集成化的研究现状,围绕绿色公路设计新理念,开展了山区绿色公路设计特点及理念研究,提出山区绿色公路全寿命周期设计、灵活指标设计、精细化设计、采用新技术新方法等相关设计理念。结合广东省粤西山区的云浮罗定至茂名信宜高速公路绿色公路设计实践,在公路建设过程中的资源节约、生态环保、节能减排、自然和谐等方面取得的良好效果,对相关工程的设计建设以及推动公路与环境和谐共生,实现公路可持续发展具有一定的借鉴作用。
The design of mountain green highway is the key link of green highway construction.In the design process,there are higher requirements for the influence of construction scheme on ecological environment,intensive use of channel resources,flexible use of technical indicators,and strengthening the safety design of special sections.Focusing on the new concept of green highway design and the lack of systematic and integrated research status in practice,we carried out the research on the design characteristics and concept of mountainous green highway,and put forward the design concepts of full life cycle design,flexible indicator design,fine design,adopting new technology and new methods for mountainous green highway.Combining with the design practice of Expressway from Yunfu(Luoding)-Maoming(Xinyi)in western Guangdong Province,the good result is achieved in the process of road construction in terms of resource conservation,ecological environment protection,energy conservation and emission reduction,natural harmony,etc.,which has a certain reference for the design and construction of related projects,as well as promoting the harmonious coexistence of highway and environment,and realizing sustainable development of highway.
作者
韩富庆
娄健
曾思清
蔡敏
梁天闻
HAN Fu-qing;LOU Jian;ZENG Si-qing;CAI Min;LIANG Tian-wen(Guangdong Yunfu-Maoming Expressway Co.,Ltd.,Guangzhou Guangdong 510000,China;Research Institute of Highway,Ministry of Transport,Beijing 100088,China)
出处
《公路交通科技》
CAS
CSCD
北大核心
2020年第S02期46-50,共5页
Journal of Highway and Transportation Research and Development
关键词
环境工程
公路环保
绿色公路
绿色设计
全寿命周期
生态环保设计
environmental engineering
highway environmental protection
green road
green design
full life cycle
ecological and environmental protection design
