Research On The Low Carbon Effect Of Construction Product Circular Logistics System

ABSTRACT:in view of the huge energy consumption of construction products in society, it is imperative to increase the construction solid waste recycling and to maximize the resource utilization in order to promote development of low-carbon economy. For the current serious problems in construction projects of China, such as low economic benefits, high energy consumption and carbon emission it is necessary to establish a construction products circular logistics system which could increase the resource utilization during the construction process. This thesis aims to explain the low carbon effect of the system and change people's idea about the solid waste which should be regarded as a resource. In today's era of promoting low-carbon economy, this may provide a reference for the research of circular logistics system in other industries.In this dissertation, therefore. I'm going to employ such theories as project management, circular logistics system to analyze the carbon emission range of construction product circular system based on literary analysis so as to analysis the low carbon pathway from the theoretical point of view; a carbon emission calculation model has been build which can achieve the purpose of energy saving and emission reduction by two methods, one is to reduce the building materials consumption and the other is to integrate the materials transportation. Then the research is carried out against the backdrop of Beijing based on the result of the theoretical studies, and a proof of validity of the model is given by comparing. Finally some suggestions are proposed on the implementation of the system.