Urgency to action: Enabling circular futures for the building sector

Rebecka Lundgren, Lassi Tähtinen, Riikka Kyrö, Saija Toivonen
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Abstract

The world is suffering from increasing weather extremes caused by climate change of which the building sector is a major contributor. There is however a large reduction potential in the sector and circular economy has received increased attention both within research and practice. This study explores circular futures within the building sector through the futures studies method of backcasting. Two circular futures for the year 2035 are imagined in separate expert workshops. In one workshop the future described is one where buildings are only extended vertically and no new construction takes place, and the other workshop describes one where vacant office buildings are adapted to housing. The aim is to establish themes which may guide the building sector to become more circular through building adaptation. Many themes are common for both futures, such as the urgency of change and the importance of political willingness and action. Further, social acceptance, funding, and economic feasibility assessments emerged as important. Working with existing buildings undoubtedly entails higher uncertainty than new construction. Tools to adequately account for this uncertainty, without the need to exaggerate the risk in lifecycle costing, could improve the uptake of both adaptive reuse and vertical extension projects. The findings contribute to new knowledge of themes to enable a more circular built environment, and are useful for researchers, practitioners and policymakers wanting to contribute to a more circular real estate and construction sector.
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行动的紧迫性:促进建筑行业的循环未来
气候变化导致极端天气日益增多,而建筑行业是造成极端天气的主要因素。然而,建筑行业有很大的减排潜力,循环经济在研究和实践中都受到越来越多的关注。本研究通过反向预测的未来研究方法,探讨了建筑行业的循环未来。在不同的专家研讨会上设想了 2035 年的两种循环未来。在其中一个研讨会上,所描述的未来是建筑物只进行垂直扩展,不进行新的建设;而在另一个研讨会上,所描述的未来是将空置的办公楼改建成住宅。研讨会的目的是确定一些主题,以指导建筑行业通过建筑改造变得更加循环。两个未来的许多主题是相同的,例如变革的紧迫性以及政治意愿和行动的重要性。此外,社会接受度、资金和经济可行性评估也很重要。与新建建筑相比,利用现有建筑无疑具有更高的不确定性。无需在生命周期成本计算中夸大风险,充分考虑这种不确定性的工具可以提高适应性再利用和垂直扩展项目的采用率。这些研究结果有助于人们对实现更加循环的建筑环境的主题有新的认识,对希望为更加循环的房地产和建筑行业做出贡献的研究人员、从业人员和政策制定者很有帮助。
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