With the rapid acceleration of urbanization and incessant enhancement of social productivity, high-rise buildings more than 100 m heights are more and more popular in our country. The construction stage is the important segment of pollution and energy consumption in the whole process of engineering construction. The vertical transportation and recycling of construction waste has had a huge impact on high-rise buildings’ construction and management, but the domestic researches on these aspects are insufficient. In this paper, PLS–LSSVM model is employed to predict the construction waste in allusion to problems of construction waste vertical transportation. And then we put forward the feasible construction waste vertical transportation scheme, and design the construction waste transport corridor and the implementation of vacuum recycling devices. The implementation plan realizes the repeated recycling of construction waste, improves transmission efficiency, and reduce environmental pollution, which will alleviate the pressure of high-rise buildings’ vertical transportation.
['Lin Yang', 'Yabo He', 'Yichen Li', 'Mengping Zhang']
Decision-making model based vertical transportation channel for super high-rise construction waste