Building construction accounts for a significant proportion of global greenhouse gas
emissions, raw material extraction, and waste production. Applying circular economy (CE) …

Greenhouse gas emissions and air pollution are major contributors to climate change,
causing harm to both the planet and people. Since transportation is a significant source of …

Closing the loop for resource efficiency is a well‐known practice in the industry. To
concretize the circular economy implementation strategies, closed‐loop thinking requires …

Despite the worldwide recognition of the Circular Economy (CE) philosophy, its
comprehensive adoption in manufacturing is not well understood in literature and practice …

Circular supply chain management is characterized by multiple interdependencies between
various performance objectives for circularity, economic, environmental and social …

Circular Economy (CE) is a popular topic for governments and businesses around the world;
yet, only a few comprehensive and economy-wide frameworks exist, and the consequences …

Abstract To accelerate Circular Economy (CE) implementation in the built environment,
integrated information systems that are capable to identify, coordinate, and evaluate CE …

Manufacturing companies are struggling with the implementation of Circular Economy,
especially due to the uncertainty regarding its potential sustainability benefits. In particular …

Circular business models are gaining traction in academia and industry as an instrument to
deliver environmental benefits while being economically profitable. Despite this increased …

Waste generation is continuously increasing, like the global population and urbanization.
This is accompanied by emissions and externalities, making municipal solid waste …