0183;Construction and demolition waste generated in the Republic of Korea accounts for about half of the annual waste. The generation of construction waste is expected to increase gradually due to obsolete structures and reconstructions that have reached the end of their service life. Considering the geographical characteristics of Korea, where the land area is small[
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0183;The Brazilian National Solid Waste Policy (Brazil, 2010) describes these procedures such as: (i) recycling is an energy-consuming procedure that means turning waste into raw materials that can be reduced and reused, in general, to produce a new product; (ii) reusing refers to using waste with no treatment, which reduces pollution and waste[سؤال
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The collection, transportation, treatment and disposal of garbage, sewage, and other waste products and substances safely and efficiently is the best definition for waste management. The increase in the adoption of proactive government measures to reduce illegal dumping drives the growth of the global waste management market.
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A review on the viable technology for construction waste recycling. Vivian W.Y. Tam, C.M. Tam, in Resources, Conservation and Recycling, 2006 A comprehensive construction waste management is urgently needed on every construction site. After identifying the causes of construction waste, it is of great importance to structure ways to minimize it as the most favorable solution to waste
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0183;In current construction waste resource management processes, the effect of government supervision is unclear, and illegal treatment and low-quality reproduction of recycling and reprocessing enterprises by construction units are common. To improve the degree of resource utilization of construction waste and deeply explore the role of its key influencing[سؤال
0183;According to Murthy and Naidu (Murthy and Naidu 2012), one ton of coffee beans can produce approximately 650 kg of coffee, and approximately 6.5 million tons of spent coffee is expected annually.[سؤال
0183;The traditional role of chemistry to convert resources into products that, in many cases, created wastes and caused environmental damage is changing into a new role to develop new methods for recovery and recycling processes for the efficient use of resources and utilization of waste materials as green resource (Slootweg, 2020).The role of materials science and[سؤال
0183;Information technologies have promoted the efficiency of C&D waste management and will be a key point in solving C&D waste management issues. For example, Wang et al. (2018) developed a conceptual framework to facilitate the assessment of carbon emissions over building’s life cycle via BIM. Cheng and Ma (2013) developed a BIM-based[سؤال
0183;The construction sector is the major emitters of greenhouse gases (Zhang et al., 2021).Globally 25% of wood, 40% of raw stone, gravel and sand are estimated to be consumed by the construction sector annually (Prakash et al., 2020) The construction cost shared by material alone is 50%–60% and 9% of the total purchased material end up as waste (Kolaventi et al.,[سؤال
0183;Fiber-reinforced polymer composites, reaching a production of approximately 2.56 million tons in 2023 in Europe, display unique properties, yet they are disposed of at their end of service by conventional methods such as landfill and incineration. Here, we review the recycling of fiber-reinforced polymer wastes in the construction industry, with emphasis on fiber[سؤال
0183;In commercial sectors waste streams can derive from; clean waste homogenous waste diverted straight to recycling for economic and environmental benefits (Zhang et al., 2015); waste used as by-products of value in a totally different context, such as jarosite in concrete (Mehra et al., 2016a, Mehra et al., 2016b); mixed waste that ends up in resorting or landfilled[سؤال
0183;The environmental problem of solid waste has gradually become a worldwide issue. Out of the 2.01 billion tons of annual municipal solid waste generation worldwide, 33% remained uncollected, and the total amount was expected to grow to 3.40 billion tons by 2050 (Kaza et al., 2018).Solid waste result in problems on not only treatment and disposal[سؤال
225;n et al., 2009).In the UK, out of 100% of waste generated in 2013, 44% was due to construction and the rest was as a result of commercial, industrial, household, mining and agricultural activities (Ajayi and Oyedele, 2017).More than half of construction and demolition[سؤال
0183;Municipal solid waste derived biochars for wastewater treatment: Production, properties and applications. to lowly toxic Cr(III) with metal-organic frameworks (MOFs) and their composites. The construction of composites facilitated the transportation of the photo-induced charges to enhance the Cr(VI) reduction, in which the corresponding[سؤال
0183;construction waste management; and (c) basic operational waste management, and twelve other optional credits. The required section entitled “basic construction waste management” is the only mandated requirement related to construction waste asking for CDWMP to be submitted[سؤال
0183;One of the most widespread definitions of construction and demolition waste (C&DW) provided by (Tchobanoglous et al., 1977) emphasizes on demolition wastes as wastes arise from razed structures, however, regarding construction waste, it is defined as wastes from construction, renovation, and repairing of individual premises, commercial buildings, and other[سؤال
0183;Under the Waste Framework Directive, construction and demolition waste is a priority waste stream. It sets the following objectives by 2020, the preparing for re-use, recycling and other material recovery of non-hazardous construction and demolition waste (excluding naturally occurring material defined in category 17 05 04 in the list of waste&سؤال
0183;This study provides a comprehensive view of the research field of construction and demolition waste (CDW) management in the circular economy based on a literature review. The increased intensity of interest is due to the need to create frameworks, mechanisms, and tools for the process of mind-shifting towards circularity. Research topics, researched life cycle[سؤال
0183;Building construction requires important amounts of freshwater, thus depleting the already stressed natural water resources. This issue could be addressed by using recycled water in construction and in building systems. However, integrating greywater recycling systems is limited by complexity, costs, vulnerability to environmental fluctuations, and coordination of[سؤال
0183;Food waste is one of the most important issues taken into account by the European Union due to its negative environmental, economic and social impacts. The treatment of food waste through recycling processes represents a solution for food waste minimisation. Concerning, in particular, the retail sector, it is necessary to define strategies for retail-oriented[سؤال
0183;Construction and demolition (C&D) waste is one of the largest waste flows in the world. Several research investigate that C&D waste has reached 30–40% of the total solid waste because of the large scale construction and demolition activities resulting from the accelerated urbanization and city rebuilding (Akhtar and Sarmah, 2018, Jin et al., 2017, Zhao et al., 2010).[سؤال
0183;About 120 million tons of red mud is produced worldwide each year. Due to its high basicity and potential leaching, its storage is a critical environmental problem. This material is typically stored in dams, which demands prior care of the disposal area and includes monitoring and maintenance throughout its useful life. Consequently, it is crucial to figure out an industrial[سؤال
0183;The authors thank the support of the EU 7th Framework Program project C2CA “Advanced Technologies for the Production of Cement and Clean Aggregates from Construction and Demolition Waste” (No. 265189), EU Horizon 2020 project HISER “Holistic Innovative Solutions for an Efficient Recycling and Recovery of Valuable Raw Materials fromسؤال
0183;Recycling enterprise refers to the CW classification, recycling, resource processing and reproduction of professional CW treatment company, is one of the core enterprises of cross-regional CW disposal (Wang et al., 2020).In the process of cross-regional CW treatment, the site of recycling enterprises in developed areas is insufficient, which is[سؤال
0183;The production and use of traditional building materials contribute to environmental pollution and natural resource depletion. Besides, disposal of agricultural, industrial, and construction waste and other solid wastes is a significant contemporary for both developing and developed countries.[سؤال
0183;The authors thank the support of the EU 7th Framework Program project C2CA “Advanced Technologies for the Production of Cement and Clean Aggregates from Construction and Demolition Waste” (No. 265189), EU Horizon 2020 project HISER “Holistic Innovative Solutions for an Efficient Recycling and Recovery of Valuable Raw Materials fromConstruction Waste. Mohamed Osmani, in Waste, 2011. 3 Construction Waste Composition and Quantification. It is difficult to give exact figures of construction waste produced on a typical construction site, but it is estimated that it is as much as 30% of the total weight of building materials delivered to a building site [7].In the United States, around 170 million tonnes of
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Compared to the research performed by Nagapan [], timber material, brick material, and packaging were the dominant waste generated at the construction site.The study was based on construction waste in Batu Pahat, Johor, in southern Malaysia. It is modifiable when it comes to the composition of construction waste, which depends on the form of construction activities [].
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0183;Pyrolysis for NPW treatment has been widely used and studied. Pyrolysis treatment can produce valuable resources, such as gasoline and diesel. The product yield and selectivity are affected by pyrolysis processes. The effect has been studied systematically, which makes it possible to produce resources that best meet people’s production needs.[سؤال
0183;Scholars worldwide have intensively studied issues related to treatment costs of construction waste. Wang et al. [15] explored the evaluation of the economic costs of construction waste using the theory and method of system dynamics and then determined the interrelationships of various factors within the economic evaluation system of construction waste.[سؤال
0183;Waste is an unavoidable by-product of human activities. However, the generation of waste as a result of consumption behaviour, particularly solid waste, is accelerating at an alarming rate, outpacing our ability to manage and process the waste sustainably. Kenanga Research Thematic ESGrelease today (Dec 6) looked into the current state…[سؤال
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