Circularity in the Built Environment 2024
Page 18 of 30 · WEF_Circularity_in_the_Built_Environment_2024.pdf
Transitioning to a circular value chain requires a
systems view, considering all interconnections and
interactions among the diverse set of stakeholders
involved. Each stakeholder must take coordinated
actions to ensure circular principles are embedded
from the early stages of design to the end of a
building’s life cycle. Compared with new buildings, the retrofit value
chain places greater emphasis on services, with
upgraders, renovators and materials and parts
manufacturers poised to capture the largest share
of value pools (Figure 7).Transitioning to a
circular value chain
Key themes for stakeholders include
conducting whole life-cycle assessments,
using technology and establishing effective
reverse logistics. 3
Illustrative value pool split (value add)36 across the circular retrofit value chain FIGURE 7
Owners and
investorsDesigners,
planners and
auditorsUpgraders
and
renovatorsDistributors
and logistics
handlersWaste
handlersOperators
and users Materials
and parts
manufacturersTotal circular
retrofit market100% 5-10%
5-10%
25-35%
30-45%
5-10%
10-15%
<1%
Notes: Value add is the economic value that is added to goods or services at each stage of the value chain
Source: McKinsey analysis
Circularity in the Built Environment: Unlocking Opportunities in Retrofits
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