Corrosion is a phenomenon that occurs in most environments, so no industry can be safe from the costs of corrosion. For example, the oil, gas and petrochemical industries, factories and heavy manufacturing industries (iron smelting, steelmaking, etc.), transportation, water and wastewater, are among the industries that are severely affected by this phenomenon. This section attempts to briefly examine corrosion in several important industries.

Metals are subject to corrosion in most chemical environments, for example, metals corrode in contact with water, moisture, acids, bases, salts, oils, gaseous substances and other chemicals. In general, minerals are more corrosive than organic substances. For example, corrosion in the oil, gas and petrochemical industries is often caused by the effects of minerals such as chlorine, sulfur, etc., rather than by organic substances such as oil, petroleum and diesel.

Corrosion inhibitors are substances that, when added in small amounts to a corrosive environment, slow down the rate of corrosion. In fact, an inhibitor can be considered a retarding catalyst. There are many inhibitors available with different compositions.

Corrosion inhibitors are additives that control corrosion by altering the metal surface, the environment, or both. Their mode of action is to alter the anodic, cathodic, or both reactions. There are many corrosion inhibitors available with different compositions. Most of these materials have been discovered and refined through experimental testing, and many of them are sold under trade names and their chemical composition is kept secret.

Mitreh's antifreeze and antifreeze has a great performance in terms of heat transfer due to its high heat capacity, and it is considered the most economical and available fluid for this purpose. Water alone has a relatively low boiling point, which means that it boils at a high temperature, and it also has a high freezing point, which means that it freezes quickly in the cold, most importantly due to the presence of solutes, ions, dissolved oxygen, etc. Rotting and rusting of facilities and ducts.

Corrosion is one of the most important problems in the cooling tower and causes cost loss and reduced efficiency of the tower. The presence of various factors in the tower makes it easy for corrosion to occur in the cooling tower. The presence of water as an electrolyte and also the presence of metals of different types in the tower as cathode and anode provides the basis for creating a chemical cell on a large scale.

Any process that delays corrosion is called corrosion inhibition (prevention of corrosion). In general, corrosion inhibition means reducing the rate of oxidation of a metal or adding a chemical compound that will be in contact with the solution in the system. The corrosion inhibitor may be added in liquid, vapor, or both. Specifically, a corrosion inhibitor is a chemical compound that is added to the liquid phase in such a way that it affects the metal surface.

Mitreh is a superior solution for dealing with scale in various industries. Mitreh scale removal solution, a revolutionary product from Abrizan Industrial Research Company, is an efficient alternative to traditional scale removal methods. This product offers a comprehensive solution to the scale problem in various industries by overcoming the limitations of existing physical and chemical methods.

Corrosion management is an action to organize corrosion activities and its control methods that has gained a special place in various industries in recent years. With the increasing development of corrosion prevention technologies, the selection of appropriate methods for corrosion control in a specific unit, the need to implement a comprehensive and well-written program called corrosion management, seems essential. Corrosion management is a set of methods and solutions that are applied in a system to prevent corrosion in order to optimize corrosion control methods economically.

Investing in corrosion control is a form of profitability. Ignoring corrosion problems in any industrial and manufacturing unit leads to hidden costs that are impossible to avoid. The first step in corrosion economics is to choose an appropriate method to minimize corrosion costs. These costs can include: production and equipment costs, loss of valuable products, undesirable product appearance, environmental costs, and so on.

The impact of various factors on corrosion damage are: 1_ Design, material selection and process 2_ Lack of necessary instructions 3_ Human error 4_ Poor inspection 5_ Poor layout, installation and coordination 6_ Failure to anticipate unwanted events 7_ Other cases

Magnetic anti-scale is a device that works in heating systems by preventing calcium-containing deposits from settling. In this way, in systems that work with water, calcium crystals are neutralized and removed from the system. Of course, as mentioned above, there are drawbacks that cause magnetic anti-scale to have advantages over chemical anti-scale prevention, but also disadvantages that cause it to be ranked lower than anti-scale products such as Mitreh.

Abrizan Industrial Research Knowledge Company, located in Fars Science and Technology Park, has been operating for more than twenty years, producing more than 180 specialized and mostly exclusive products in the field of chemical treatment of industrial waters and wastewater under the Mitreh brand. The company's solutions have different types with different applications.

This term is the name of advanced products with scale removal, anti-scale and anti-corrosion properties that are designed to help optimize energy consumption and solve scale and corrosion problems in industrial water systems. The name "Mitreh" is derived from the ancient word "Mitreh" which means pact, friendship and sun. This name reflects the commitment of the creators of Mitreh to create a friendly relationship between industry and water.