This experimental investigation aims at developing one-part mix alkali activated materials using only waste materials.
In recent years, Construction and Demolition waste materials (C&D waste materials) have become one of the main environmental and economical concerns to be managed.
In this study, production of brown pigment for the ceramic insulator applications by using inexpensive natural raw materials or waste materials was undertaken.
A useful construction material is produced while some waste materials causing environmental problems are warded off.
Green concrete promotes sustainable and innovative use of waste materials and unconventional alternative materials in concrete.
Due to the limitations of raw materials, the use of waste materials in concrete is able to reduce the negative impacts of concrete towards the environment.
Hence, this research focuses on alternative materials, including the utilization of waste materials as a replacement for binders and conventional aggregates.
In this research, geopolymers comprised of various mix designs of CG, FA, and S were developed via alkaline activation to create a green construction material out of these traditional waste materials.
When using a bottom-up approach, there is room to consider the utilization of waste materials, non-refined materials, and renewable energy in remediation technology all of which generally have a smaller footprint than processed materials and traditional forms of energy.
The study focuses on the evaluation of the engineering properties of modified drilling waste materials (MDWMs) as base course materials in roadway construction.
