The effect of corrosion inhibitors on stainless steels and aluminium alloys: A review

EFFECT OF PROCESS VARIABLES ON THE CORROSION INHIBITION PERFORMANCE OF AGERATUM CONYZOIDES ON STRUCTURAL STEEL IN HCl – FUZZY LOGIC APPROACH

“…Contour plots of corrosion rate in Figure 7, affirm the stated observations. Figure 7a clearly shows that corrosion rate increases with rising temperature and inhibitor concentration [18], maximum corrosion being attained at the temperature range of 47-50 o C. Figure 7b illustrates declining corrosion rate at longer exposure time and lower inhibitor concentration, perhaps as a result of the formation of corrosion products blocking the active cathodic and anodic sites [19]. Contour plot in Figure 7c, highlights the effect of temperature and exposure time on corrosion rate; showing that with decreasing temperature, corrosion rate diminishes with increasing time of exposure, attaining it lowest level at 30 o C after 3 days of exposure time.…”

Effect of Variation of Concentration of Ketapang (Terminalia Catappa) Fruit Extract on The Corrosion Rate of ASTM A36 Iron

“…Corrosion happens when metal deteriorates due to chemical reactions with the atmosphere or water vapor (Ojha et al, 2017). As mentioned by Uwiringiyimana et al (2016), corrosion is an ongoing process that is hard to control completely. The negative effects of corrosion are noticeable, especially in the gas and transportation industries where steel and iron materials are used, leading to significant costs to prevent or replace corroded materials.…”

Evaluation in Real Conditions of New Anticorrosive Formulations Based on Polyphenols from Natural Sources and Encapsulated Nanoparticles

“…Nevertheless, it should be emphasized that any protection strategy tries to limit the pace of corrosion, as the natural cycle of material deterioration cannot be prevented [8,9]. The use of high purity materials, special heat treatments to homogenize solid solutions, such as stress relief, the presence of compounds in materials such as alloying agents, the addition of inhibitors in corrosive solutions to reduce their effect, cathodic protection, oversizing, and surface coatings such as paints, oxide layers, or metal coatings are among the existing methods [10][11][12][13][14][15].…”