A Study on Demolition Waste Amount Characteristics of Detached Houses in Urban Regeneration Project District by analyzing Building Material Volume

Author(s):  
Gi-Wook Cha ◽  
Won-Hwa Hong ◽  
Jin-Ho Kim ◽  
Young-Chan Kim
2020 ◽  
Vol 38 (9) ◽  
pp. 923-941
Author(s):  
Melanie Rašković ◽  
Arne M Ragossnig ◽  
Krzysztof Kondracki ◽  
Michaela Ragossnig-Angst

Waste from the construction sector poses huge challenges for sustainable waste management. This is not only due to the vast amount of waste produced in construction and demolition activities, but also due to pollutants potentially contained in these products. Subject to these conditions, waste management must ensure recovery of as many resources as possible, while making sure to keep material loops clean. This demanding task requires more knowledge about the existing building stock and an adaptation of current demolition processes. Innovative technologies, such as Building Information Modelling, or modern frameworks, such as Geographic Information Systems, offer a high potential to synoptically provide stock material information for future demolition activities for individual objects to be deconstructed as well as for whole cities as a basis for managing the anthropogenic stock and potential urban mining. Suitable methods of data collection allow for acquiring the desired input for the generation of building stock models enriched with demolition-related information. With the latter, selective deconstruction strategies as well as appropriate waste stream routing agendas can be planned and executed, thereby securing safety at work during the demolition process itself and a waste stream routing according to the waste hierarchy. This review article gives an overview of currently deployed building material assessment tools (data capture and visualisation), both a prerequisite for improved information on materials and geometry (and thereby mass/volume). In addition, this article describes workflows employable for the purpose of urban mining in end-of-life buildings, of which one holistic approach will be described in depth.


2021 ◽  
Author(s):  
◽  
Frances Monique Basobas

<p><b>Construction and Demolition (C&D) waste contributes to over 50% of New Zealand’s overall waste. Materials such as timber, plasterboard, and concrete make up 81% of the C&D waste that goes into landfills each year. Alongside this, more than 235 heritage-listed buildings have been demolished in Christchurch since the 2011 earthquakes. This research portfolio aims to find a solution to decrease C&D waste produced by demolishing heritage buildings.</b></p> <p>With the recent announcement of The Cathedral of the Blessed Sacrament’s demolition, this will be another building added to the list of lost heritage in Christchurch. This research portfolio aims to bridge the relationship between heritage and waste through the recycling and reuse of the demolished materials, exploring the idea that history and heritage are preserved through building material reuse.</p> <p>This research portfolio mainly focuses on reducing construction and demolition waste in New Zealand, using the design of a new Catholic Cathedral as a vessel. This thesis will challenge how the construction and design industry deals with the demolition of heritage buildings and their contribution to New Zealand’s waste. It aims to explore the idea of building material reuse not only to reduce waste but also to retain the history and heritage of the demolished building within the materials.</p>


Author(s):  
Allison Iris Arlotta

Purpose The purpose of this paper is to explore the intersection of building material reuse and heritage value, and raises questions about how “preservation” has traditionally been defined and conceptualized. With a grounding in the realities of global climate change, the paper argues for further research on the topic and for the active engagement of the preservation field in reuse efforts. Design/methodology/approach After a review of existing literature, this study takes a descriptive and conceptual approach to explore the heritage values generated through material reuse. Findings This paper finds that processes of material reuse are richly embedded with heritage value and offer a conceptual challenge to established modes of heritage practice. Practical implications The findings of this paper suggest that heritage practitioners should actively engage with material reuse efforts to better understand the heritage values generated from such processes. Areas of future research and collaboration are identified. Originality/value Despite their intrinsic interaction with aged and existing infrastructure, there has been limited engagement in the heritage and preservation field with the topics of deconstruction, building material reuse, or construction and demolition waste practices more generally. This paper thus provides descriptive research on a topic that has been unevenly explored.


Globalization and urbanization growth are disbalancing the nature by creating technology and by increasing population respectively. Population growth is generating trash including the non-renewable ones. Use and throw objects came into existence and as a result, created wastes. After decades, the waste is generating beyond limits that it has created the mountain like piles in the landfills, which is creating hazards for the environment and human health. A better approach to reduce the waste is to recycle and reuse them as an alternative solution to building material industry. The question which arises here is that if wastes should be recycled or reused; what all are the waste materials which can be reused in building material industry without harming the environment. The recycling of waste materials produces lot of demerits to environment and human health. Polyethylene and rubber tires are being used in preparing the roads, plastic bottles are being used to build walls, fly ash is used in bricks etc. measures are being taken. The research paper will try to do a detailed SWOT analysis to find a suitable reusable waste material for building material industry, which will be environment friendly. The plastic waste, construction demolition waste and transport industry waste are the wastes that can be reused as building materials. The 3 wastes have the ability to withstand calamities and loads, are easy to build with, cheap, clean and has passed the structural tests. The paper intends to provide the information regarding the construction with the help of the 3 materials. This approach will help to manage the waste, build a sustainable environment, lower the greenhouse gases, maintain the natural resources etc.


2018 ◽  
Vol 181 ◽  
pp. 119-133 ◽  
Author(s):  
Matteo Panizza ◽  
Marco Natali ◽  
Enrico Garbin ◽  
Sergio Tamburini ◽  
Michele Secco

2021 ◽  
Author(s):  
Frances Monique Basobas

<p><b>Construction and Demolition (C&D) waste contributes to over 50% of New Zealand’s overall waste. Materials such as timber, plasterboard, and concrete make up 81% of the C&D waste that goes into landfills each year. Alongside this, more than 235 heritage-listed buildings have been demolished in Christchurch since the 2011 earthquakes. This research portfolio aims to find a solution to decrease C&D waste produced by demolishing heritage buildings.</b></p> <p>With the recent announcement of The Cathedral of the Blessed Sacrament’s demolition, this will be another building added to the list of lost heritage in Christchurch. This research portfolio aims to bridge the relationship between heritage and waste through the recycling and reuse of the demolished materials, exploring the idea that history and heritage are preserved through building material reuse.</p> <p>This research portfolio mainly focuses on reducing construction and demolition waste in New Zealand, using the design of a new Catholic Cathedral as a vessel. This thesis will challenge how the construction and design industry deals with the demolition of heritage buildings and their contribution to New Zealand’s waste. It aims to explore the idea of building material reuse not only to reduce waste but also to retain the history and heritage of the demolished building within the materials.</p>


1995 ◽  
Vol 10 (3) ◽  
pp. 261-270 ◽  
Author(s):  
Nick Oatley
Keyword(s):  

1985 ◽  
Vol 46 (C8) ◽  
pp. C8-379-C8-383 ◽  
Author(s):  
R. Hosemann
Keyword(s):  

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