Application of green corrosion inhibitors, which reduce corrosion rates to the appropriate
level with low environmental impact, is one of the emerging key approaches of controlling …

Eucalyptus leaves extract (ELE) inhibition impact toward mild steel (MS) corrosion in the HCl
solution was examined by combined experimental and computational studies. The degree of …

This study aims at finding a suitable alternative for traditional and hazardous
organic/inorganic corrosion inhibitors. In this study, the aqueous extract of Esfand seed …

In recent years, environmental regulations have forced the researchers to gradually replace
the traditional toxic inhibitors with the green/sustainable products based on the plant …

Being low cost and non-hazardous, the inhibitors from green sources have become one of
the most popular materials used for metals protection against corrosion nowadays. Despite …

This study aims at finding a plant possessing effective organic compounds to protect the low
carbon steel (LCS) surface against corrosion in neutral chloride solutions. Former studies by …

This study aims at finding a novel natural species for the corrosion mitigation of the mild
steel immersed in saline solutions. For this purpose, for the very first time, the inhibition …

In this study, for the first time, the corrosion mitigation ability of zinc intercalated kaolin (K) as
an inorganic and cost-effective nanocontainer was studied. The impact of kaolin modification …

In this work, for the first time, the Satureja Hortensis leaves was extracted by ultra-pure water
solution and then, the synergistic inhibition effect of various mixtures of Satureja Hortensis …

Mineral calcareous deposits are a current challenge in industrial water systems. The
antiscalant properties of Prunus dulcis (Almond) leaf extract were tested using different …