As a result, huge possibilities exist to find out green corrosion inhibitors.
However, copper and its alloys suffer serious corrosion in chloride environments, causing huge economy losses [6, 7, 8].
Therefore, it is believed that the prepared coating with excellent thermal-stability, wear-resistance and corrosion-resistance might have a huge potential in large-scale industrial application.
Corrosion of reinforcement steel forms a huge problem worldwide.
Corrosion of prestressed concrete tendons is a huge problem that must be addressed since it can cause serious damages.
Thinning of pipe wall due to erosion and corrosion has resulted in many catastrophic failures and huge economic losses in petroleum refineries (Wood et al., 2013) and nuclear power stations (Ahmed, 2012).
In coastal areas, bridge piers are subjected to serious corrosion damage, which may result in safety issues and huge economic losses.
Throughout the globe, huge stock of buildings become vulnerable to damage due to aging, rebar corrosion, and natural hazards, particularly earthquake.
A huge amount of produced water containing various types and amount of residual scale and corrosion inhibitors is discharged into the environment everyday, which has brought focus of environment regulatory bodies and encourages operators to look for greener chemicals.
The damage caused by the combination of corrosion and wear processes on the materials that machine elements are produced causes huge losses in several industries such as mineral processing, chemical, petrochemical and power generation.
