This paper presents an overview of the scholarly works employing the life cycle assessment
(LCA) approach to evaluate the environmental impact of construction and demolition waste …

This paper focuses on the development of environmentally friendly, easy to use and cost-
effective construction and demolition waste (CDW)-based geopolymer mortars activated …

The global excessive demand for concrete has resulted in a significant depletion of concrete
natural resources and substantial release of carbon emissions in the environment. To tackle …

As countries worldwide, including Türkiye, grapple with critical challenges in the
preservation of natural resources, it is imperative to take urgent and proactive measures that …

Exploring efficient utilization technology for solid wastes is important for the sustainable
development, and the geopolymer preparation is a potential strategy for the utilization of …

This study focuses on developing eco-friendly building materials by valorising construction
and demolition waste (CDW) in geopolymer matrices. Various CDW-based materials …

As an industrial by-product of the lithium extraction process from spodumene, lithium slag
(LS) is less reactive, rendering it a chemically infeasible binder. In this study, a thermal …

This study focuses on a holistic approach to investigate the microstructural, mechanical,
durability, environmental, and economic properties of lightweight self-compacting mortars …

Massive amounts of deposited coal gangue derived from the mining industry constitute a
crucial problem that must be solved. On the other hand, common knowledge about the …

Producing low-carbon clinker-free engineering material is beneficial to environmental
protection and energy conservation. This paper reports the utilization of natural Pisha …