The lens of waste as a resource also lends itself to waste prevention, and demands a shift in thinking about product design, manufacturing, consumer behavior, and urban infrastructure. Related Article
of urban waste recycling barriers were summarized. Finally, measures for urban construction waste recycling were proposed. Results show that America, Japan, and Germany have achieved high construction waste recycling rates. Environmental pollution hazards from urban construction waste
In order to promote the sustainable construction of Highways, the Ministry of Road Transport & Highways (MoRTH) Monday issued policy guidelines to promote use of urban solid waste or inert materials in the construction of National Highways. The construction of highways require huge amount of soil ...
With urbanization and rapid urban renewal, a large amount of construction waste is generated due to the demolition of abandoned buildings. An investigation revealed that up to 80% of building and construction waste can be recycled for use in new construction projects. ... The construction waste originating from high-rise and …
This is Urban Machine. We Use Robotics and AI to Reclaim Lumber for Reuse. Urban Machine pioneers sustainable wood reclamation. Our robotic solution removes metal fasteners from C&D lumber waste, reclaiming it for premium wood products.We're in business to transform the construction industry by reducing wood waste and promoting …
Epoxy plastic, a form of epoxy resin, is widely employed in a variety of sectors due to its superior mechanical qualities and adaptability. The application of waste epoxy plastic in urban highway construction has been a major topic of study. To conduct this study, epoxy polymers are mixed with concrete to enhance the thermal and compressive …
Circular value chains based on rural waste and urban construction. Urban growth can become a driver for rural development when rural by-products are converted to urban construction materials. To achieve this, it is necessary to create innovative, circular economic supply and value chains. These require decision making processes based on …
As increasing NIMBY conflicts related to the construction of waste disposal facilities occurred in many cities in recent years, the distressing challenge of waste was gradually exposed to urban governance in China (Sun, 2015). However, the problem is generally seen as a tension between state authority and the growing civil society within …
2. Quantification of C&D Waste. For the construction industry to grow sustainably, efficient C&D waste management is essential [], and C&D waste must be precisely quantified …
323 evaluation of urban construction waste with vhr remote sensing using multi- 324 feature analysis and a hierarchical segmentation method. Remote Sens. 13, 1–32.
Liquid waste on construction sites is impacting productivity and contributing to urban wastewater pollution problems. Current practices for cleaning tools are outdated, it's time for sustainable innovation …
Review on zero waste strategy for urban construction and demolition waste: Full component resource utilization approach for sustainable and low-carbon. Author …
The bulk of construction waste consists of the battle of concrete products, the battle of bricks, metal waste, wood waste, plastic, glass, paper and cardboard [5,6,7], also on construction sites there are waste of bulk construction materials.The percentage of these wastes depends on the types of buildings and structures being demolished, as …
In light of the gaps observed in the existing solid electro-electronic waste management, as highlighted by Xavier et al. (2023), Gaur et al. (2023), Erdiaw-Kwasie et al. (2024), the current study sets out to achieve the following specific objectives: 1) Scrutinize the state of the art of e-waste and urban mining practices, as documented in the literature; 2) …
We explored the potential of multispectral remote sensing available for monitoring urban construction waste and proposed a multi-layer classification method to identify construction waste and dust-proof nets based on Landsat-8 OLI and Sentinel-2 MSI data, with an average identification accuracy and Kappa coefficient of 96.27% and …
Construction waste minimization at the design stage is the most efficient approach, ... There are regulatory policies in China for handling waste, for example …
disposal and reuse of construction waste[4]. Fourthly, the supervision and management mechanism should be improved. A whole-life energy saving supervision system ...
The world produces a huge amount of urban construction waste each year. The Asia-Pacific region accounts for 23% of global construction waste generation, and …
The wastes classified as Class D are hazardous construction wastes, such as paint, solvent, and oil. Table 3 presents the average volumes of CW generated by …
Construction waste is an acute problem faced by the contractors and researchers around the globe. Construction waste in the urban areas of developing countries is incessantly increasing [20 ...
With rapid urbanization, the disposal and management of urban construction waste have become the main concerns of urban management. The distribution of urban construction waste is …
Environmental pollution damage caused by urban construction wastes was also identified. Then, the environmental pollution status generated by urban construction wastes was …
Construction waste is an inevitable byproduct of urban renewal, causing severe pressure on the environment, health, and ecology. Accurately estimating the production of construction waste is crucial for …
