新西兰建筑业利益相关者对零碳倡议的了解

IF 2.1 Q2 CONSTRUCTION & BUILDING TECHNOLOGY International Journal of Building Pathology and Adaptation Pub Date : 2023-02-27 DOI:10.1108/ijbpa-08-2022-0119
Bindhu Kumari Sreekandan Nair Nidhin, N. Domingo, T. T. P. Bui, S. Wilkinson
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引用次数: 2

摘要

鉴于气候变化,建筑的设计和建造需要从传统的转向低碳的做法,以最大限度地减少碳排放。在过去的几年里,零碳建筑(ZCBs)作为一种减少环境影响和减缓气候变化的有效方法在全球范围内得到了推广。虽然零碳政策、技术、工艺和产品在建筑市场上广泛存在,但建筑业利益相关者在采取相关策略以成功实施零碳项目方面发挥着重要作用。本研究调查了建筑利益相关者参与设计和建筑有关零碳倡议在新西兰建设的知识。设计/方法/方法本研究采用文献综述和对新西兰各建筑利益相关者进行在线问卷调查的方式进行。研究结果表明,人们对zcb的设计和建造知识水平较低。为了成功地实现zcb,研究表明建筑利益相关者必须提高他们的自我意识,特别是在提高对生命全程碳减排的认识方面。政府和建筑行业应该投入更多的精力建立培训项目和知识共享平台,以提高利益相关者在碳素养、建筑评估方法、能源建模和生命周期评估方面的知识。原创性/价值研究的启示可以通过提供学者和从业者对zcb知识差距的洞察,帮助zcb方法在现实世界中的应用。
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Construction stakeholders' knowledge on zero carbon initiatives in New Zealand
PurposeIn light of climate change, the design and construction of buildings needs to shift from conventional to lower-carbon practices to maximise carbon reduction. Over the past few years, the zero carbon buildings (ZCBs) approach has been promoted worldwide as an effective way to reduce environmental impacts and mitigate climate change. Although zero-carbon policies, technologies, processes and products are widely available in the construction market, construction stakeholders play an important part in adopting relevant strategies to implement ZCBs successfully. This study investigates the knowledge of construction stakeholders involved in the design and construction of buildings regarding zero carbon initiatives in New Zealand.Design/methodology/approachThe research was conducted using a literature review and an online questionnaire survey with various New Zealand's construction stakeholders.FindingsThe findings indicate a low level of knowledge regarding the design and construction of ZCBs. To successfully deliver ZCBs, the study suggests that construction stakeholders must have their self-awareness increased, especially in improving knowledge of whole-of-life embodied carbon reduction. The governments and construction sectors should devote more effort to establishing training programmes and knowledge-sharing platforms to improve stakeholder knowledge in carbon literacy, building assessment methods, energy modelling and life cycle assessment.Originality/valueThe research implications may assist the real-world uptake of the ZCBs approach by offering academics and practitioners an insight into the ZCBs knowledge gaps.
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来源期刊
CiteScore
4.80
自引率
18.20%
发文量
76
期刊介绍: The International Journal of Building Pathology and Adaptation publishes findings on contemporary and original research towards sustaining, maintaining and managing existing buildings. The journal provides an interdisciplinary approach to the study of buildings, their performance and adaptation in order to develop appropriate technical and management solutions. This requires an holistic understanding of the complex interactions between the materials, components, occupants, design and environment, demanding the application and development of methodologies for diagnosis, prognosis and treatment in this multidisciplinary area. With rapid technological developments, a changing climate and more extreme weather, coupled with developing societal demands, the challenges to the professions responsible are complex and varied; solutions need to be rigorously researched and tested to navigate the dynamic context in which today''s buildings are to be sustained. Within this context, the scope and coverage of the journal incorporates the following indicative topics: • Behavioural and human responses • Building defects and prognosis • Building adaptation and retrofit • Building conservation and restoration • Building Information Modelling (BIM) • Building and planning regulations and legislation • Building technology • Conflict avoidance, management and disputes resolution • Digital information and communication technologies • Education and training • Environmental performance • Energy management • Health, safety and welfare issues • Healthy enclosures • Innovations and innovative technologies • Law and practice of dilapidation • Maintenance and refurbishment • Materials testing • Policy formulation and development • Project management • Resilience • Structural considerations • Surveying methodologies and techniques • Sustainability and climate change • Valuation and financial investment
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