摘要
为解决建筑垃圾泛滥造成的严重环境问题,利用陕北黄土高原巨量黄土资源,运用现代生土改性及建造技术,研究发展既可降解于土壤又能满足现代建筑空间需要的现代生土砌体建筑,是实现人工建筑与生态环境相和谐的广义循环的有益探索。以可持续发展及生态循环为原则,提出现代生土砌体建筑传承文脉、空间适应、因地制宜、循环利用的实施策略,并通过生物方法实现生土砌体固体废弃物的土壤还原。
In order to solve the serious environmental problems caused by the flooding of construction waste, the use of modern magnolia resources in the Loess Plateau of northern Shaanxi, the use of modem soil modification and construction technology, research and development can be degraded in the soil and meet the modern building space needs of modem raw masonry Architecture is a useful exploration of the generalized cycle of harmonious construction of artificial architecture and ecological environment. Based on the principle of sustainable development and ecological cycle, the author puts forward the implementation strategy of modern raw masonry building heritage, space adaptation, local conditions and recycling, and the soil reduction of solid wood masonry solid waste by biological method.
出处
《建筑技术开发》
2017年第08X期6-7,共2页
Building Technology Development
关键词
陕北黄土高原
现代生土砌体建筑
生态循环型建筑
生物还原方法
建筑实施策略
northern Shaanxi loess plateau
modern raw masonry building
ecological recycling type
biological reduction method
building implementation strategy