The construction industry is a top priority in the transition to a circular economy (CE) due to
the significant ecological footprint, wastage, and depletion of enormous resources. However …

The building sector is a major contributor to global resource consumption and waste
generation. The circular economy (CE) concept offers a promising alternative to the …

The circular economy (CE) concepts have attained great attention to achieve sustainable
development goals. However, the implementation of CE requires identifying its drivers and …

The study employs two sophisticated computational model validation mechanisms, Artificial
Neural Network (ANN) and System Generalized Method of Moments (SYS-GMM), as the …

Built environment consumes vast volumes of natural resources and also poses several
environmental threats owing to mining, construction emissions, and waste disposal …

This anticipated consumer demand has put unprecedented pressure on natural resources.
Being the highest contributor in the energy transition, Oil & gas (O&G) industry needs to …

This study evaluates simultaneously the symmetries and asymmetries on the classification of
barriers to circular economy (CE) adoption in the building construction industry (BCI) of …

Circular business models (CBMs), such as product-service systems, are rapidly gaining
traction in light of a transition to a more circular and sustainable economy. The authors call …

Smart circular economy (SCE) is a clear intersection between a circular economy (CE) and
digital technologies (DTs), such as artificial intelligence (AI), blockchain, cyber-physical …

Due to the large use of resources and waste generation, the transition to a circular economy
(CE) has become a major sustainability-related topic in construction. Intentions to achieve …