Abstract In alignment with Sustainable Development Goals (SDGs) set by United Nation, this
study investigates eco-friendly alternatives which can be used in various construction …

Cracking is an anomaly that affects the durability of renders. It is well known that fibres
improve the deformability of the mortars and promote the distribution of the stresses within …

In the era of sustainable development, glass-fiber reinforced polymer (GFRP) composites
have made their way into modern engineering, construction, and building sectors due to …

The valorization of various waste in construction sector is viewed as a sustainable measure.
Protecting natural resources and minimizing waste lays the foundation for sustainable …

Microalgae cultivation is one of the emerging CO 2 mitigation technologies and converting it
into valuable products. The present study evaluates the environmental impacts of marine …

The transition to more circular practices in the construction sector offers an alternative to
linear processes that are highly polluting and wasteful. Recent life cycle assessment (LCA) …

This study assesses the viability of recycled expanded polystyrene (EPS) as an eco-friendly
alternative for partially replacing sand in rendering mortars. Three mortars formulations were …

This paper assesses the primary energy and environmental impacts of a restaurant main
course product's lifecycle, especially focusing on end-of-life (EoL) stage. In the first step, a …

Lightweight construction materials have received extensive attention due to their better
thermal insulation, which helps improve energy efficiency in buildings. This study aimed at …

The literature statistics unmistakably highlight the critical need to enhance the construction
industry's sustainability to lower environmental damage and conserve natural resources …