Abstract Life Cycle Assessment is necessary for evaluating the environmental impacts of
buildings throughout their life cycle, considering factors such as energy consumption …

Collaboration in a supply chain continuously proves its role in increasing the performance of
supply chains, which attracts the attention of both academia and practitioners, specifically …

The application of life cycle assessment (LCA) through ecodesign strategies enables
making informed choices on the sustainability of products and services. Accordingly, in this …

With technological advancements in High Voltage Direct Current, solar energy transmission
over long distances and between countries is now possible. As a result, this paper conducts …

The deconstruction and valorization of chitinous biomass from crustaceans is a promising
route for sustainable bioproduct development alternative to petroleum-based materials …

There is an urgent need to switch from fossil to bio-based fuels in the transport sector,
particularly in shipping and aviation. The growth of the world's population has resulted in a …

Sodium‐ion batteries (NIBs) are key enablers of sustainable energy storage. NIBs use Earth‐
abundant materials and are technologically viable to replace lithium‐ion batteries in the …

The collection of reliable data is an important and time-consuming part of the life cycle
inventory (LCI) phase. Automation of individual steps can help to obtain a higher volume of …

Life Cycle Assessment (LCA) computes potential environmental impacts of a product or
process. However, LCAs in the industrial sector are generally delivered through static yearly …

The growing public awareness has driven enterprises to develop environmentally friendly
designs to fulfill customer satisfaction. Some eco-design tools have been introduced to …