Corrosion Engineering
As we know, everything in nature comes back to its origin, for example, iron is found in nature as FeO oxides, and that is iron ore. (Combined Iron and Oxygen Mix) The science of corrosion engineering tries to harness and inhibit corrosion in industries by using a set of factors such as the use of coatings, metallurgy, material selection, cathodic protection, inhibitors and other methods. Of the financial and financial losses.
All Strings ← Create Corrosion Engineering → Prevent Destruction
Define corrosion
The destruction of metals due to chemical and electrochemical interactions is called corrosion, which annually brings significant financial losses to the industry. The task of corrosion engineers is to reduce this disadvantage by taking into account all possibilities and doing research and understanding the issues is one of the most important points in corrosion control.
For a better understanding of corrosion, many definitions are given:
The reaction of metals and alloys with the surrounding environment
Corrosive metals with oxygen and other chemicals
Material loss due to non-mechanical factors
Electro-chemical reaction of metals with surrounding environment
Extractive Metallurgy photo
In the following, energy changes are shown in terms of time due to the occurrence of a corrosion phenomenon in a metal.
“Corrosion refers to destruction, corrosion, or changing the properties of materials (especially metals) as a result of their reaction to their surroundings”
Engineering Corrosion:
the following parameters should be present for a corrosion engineer to do his job:
Protecting metals and alloys in used environments (cathodic and anodic protection)
How different metal and non-metallic coatings are used in different industries
Preparation of corrosion inhibitors, plating materials and their quality improvement
Improve and improve the properties of alloys used in the industry from the point of view
Corrosion monitoring and corrosion monitoring methods
The main task of engineering corrosion is to provide methods for preventing corrosion problems and provide solutions for them.
Therefore, studying and researching the selection of appropriate materials for industrial units, modern methods of monitoring and corrosion control, evaluation of coatings and inhibitors, corrosion management, development of risk-based inspection and fracture analysis of the most important tasks of corrosion engineering The account comes in.
