Aimed to address the low utilization rate of steel slag (SS) and its challenge in resource
utilization in China, this study developed ternary geopolymers made by high-content (50%) …

With rapid infrastructure development worldwide, the generation of industrial solid waste
(ISW) has substantially increased, causing resource wastage and environmental pollution …

Carbonation curing can absorb CO 2 and fix it as a carbonate mineral in cementitious
materials. Carbonation curing in Portland cement-based materials has been widely …

To facilitate the use of geopolymer materials in shotcrete applications, this study presents
the development of a geopolymer mortar and explores its flowability and early-stage …

The development and improvement of cementless concrete, including by use of various
types of refuse, is especially important due to their economic and environmental efficiency …

Basalt, the most widely distributed alumino-silicate volcanic rock on Earth, is commonly
utilized in construction aggregate area. The challenge lies in how to utilize the tailings …

In this study, geopolymers made of metakaolin (MK), diatomite (D), and rice husk ash (RHA)
were developed for ceiling thermal insulation in houses to provide protection against cold …

This study aimed to evaluate the incorporation of clay brick waste (CBW) into geopolymers
for the production of sustainable building materials. Eight mixtures were prepared with and …

Managing basalt rock cutting waste in an environmentally responsible manner is crucial to
mitigate its negative impacts and protect both the environment and human health. Recycling …

This study evaluated the effect of precursor particle size and calcium hydroxide (CH)
incorporation on the microstructure, compressive strength, and rheological properties of clay …