Physical composition of municipal solid waste (PCMSW) is the fundamental parameter in domestic waste management; however, high fidelity, wide coverage, upscaling, and year continuous data sets of PCMSW in China are insufficient. A traceable and predictable methodology for estimating PCMSW in China is established for the first time by analyzing
One methodology is proposed to estimate the quantification and composition of building-related construction and demolition (C&D) waste in a fast developing region like Shanghai, PR China. The varieties of structure types and building waste intensities due to the requirement of progressive building design and structure codes in different decades
Download scientific diagram | Value of construction area and construction waste in Shanghai from 2010 to 2021. from publication: Estimating the Carbon Emission of Construction Waste
The concept of Circular Economy has been more and more applied in the construction waste and China has drawn more and more attention on the recycling and reuse on con
In the present study, the effect of construction waste and pulverized lime on the strength of Shanghai clayey soil is investigated. The unconfined compressive strength and direct shear tests have been carried out on reinforced soils with different combinations of construction waste and pulverized lime over various curing periods. The results from unconfined
In order to ensure the smooth holding of the 2010 Shanghai World Expo, the Shanghai Municipal Government issued the “Notice on Strengthening the Management of the City’s Construction Waste and Engineering Muck Disposal” on January 12.
186 kg/person/year, with commercial buildings account for 13% and public works around 15% New construction: 0.3076 m3/m2demolition: 1.2676 m3/m2. 8.63 million tons in the year 1999 and following an increasing trend. 32 710 tons of C&D waste generated per day and waste concrete occupies the most.
Annual Construction Waste (2020): 107.8 million tons Opportunities in Shanghai: Circular Construction Shanghai is the biggest city in China and the third largest worldwide. The construction sector thus has a major environmental impact, accounting for roughly 50
construction waste recycling at the end-of-life stage. This study aims to quantitatively analyze the carbon emission of construction waste in Shanghai City, PR China. A grey model is used to forecast the generation amount of construction waste, and a life cycle
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