The acid resistance of cementitious materials is an important property when exposed to
aggressive acidic environments. In this study, the waste glass powder (GP) and slag as …

Microbially induced corrosion (MIC) is a serious issue for sewer structures worldwide. Many
studies have been carried out to develop more durable cement-based materials under the …

Lack of proper disposal of carbide slag (CS), soda residue (SR), and red mud (RM), which
are alkaline solid wastes released from the production of acetylene, soda ash, and alumina …

This study assessed the durability of the geopolymer arranged from red mud-slag activated
by carbide slag-municipal solid waste incineration fly ash (CRMG) as heavy metal …

Globally, there has been a lack of sustained efforts by different industries to decarbonize the
environment. Research on building materials has focused on the synthesis of alternative …

This article reports an investigation of the behaviour of a low-calcium fly ash-only
geopolymer (FAGP) mortar in comparison to Ordinary Portland Cement (OPC) mortar and a …

This paper studies the behavior of four different calcined clay-based geopolymers under
sulfuric acid attack and gives insights into their degradation mechanisms. Pastes were cast …

This study focuses on the role of low-quality calcined Fanja (FNJ) clay in enhancing the
behavior of cured cement mortar (CM) and its resistivity to chloride and sulfuric acid attack …

The population dynamics of Ascaris suum was studied by long-term exposure of pigs to
infective eggs. The pigs were experimentally inoculated with 25 A. suum eggs/kg/day, and 7 …

The biodeterioration of cementitious materials in sewer networks is a major concern for
health and economic reasons. Mainly, it is due to the biological oxidation of H2S into H2SO4 …