An overview of current status of the available literature on Life Cycle Energy, Life Cycle
Greenhouse gasses, and Conventional Life Cycle Assessment of commercial and …

Improved resource efficiency in the construction industry is needed to balance sustainability
requirements with growing demand for new infrastructure. Resource efficiency includes the …

Prefabricated concrete building (PCB) can save resources, reduce construction, improve
quality, and reduce pollution. Understanding PCB environmental benefits versus traditional …

Prefabrication can have advantages in terms of materials and time efficiency, but the overall
environmental and cost trade‐offs between the two construction methods are unclear and …

Prefabricated construction has increasingly captivated the attention of the global
construction sector due to factors such as reduced overall construction times and improved …

Modern prefabricated building technology can save resources, shorten the construction
period, improve quality, and reduce pollution and carbon emissions. This study investigated …

Buildings are big consumers of energy and materials, and important producers of waste and
emissions. Prefabrication presents an opportunity to reduce impacts in the building sector; …

The use of wood and engineered wood products is today considered an opportunity for the
mitigation of negative building environmental impacts, such as greenhouse gas emissions …

Definition Interest in sustainable construction has been increasing due to recent events. The
limitations of natural resources and the scale of global impacts, specifically as a result of the …

Prefabrication is regarded as a pivot for realizing sustainable building construction.
Nevertheless, the sustainable manufacture level of prefabricated components remains …