Boiler

Which boiler cleaning method is best for you? A complete comparison of chemical, mechanical, and hydrojet methods in terms of cost, safety, time, and efficiency.

Types of deposits and corrosion in boilers — calcium carbonate, sulfate, silica, iron oxide, oxygen corrosion, sub-deposition, alkaline. Accurate detection methods with XRD, SEM, ICP. Specialized services of Abrizan (Mitreh brand).

Warning signs that a boiler needs chemical cleaning .a complete guide to detecting scale, the difference between anti-scale and scale remover, a step-by-step cleaning method, and a comparison of repair versus prevention costs. Abrizan Specialized Services (Mitreh Brand).

Boilers experience reduced efficiency and serious safety risks over time. In this comprehensive article, we examine the scientific and industrial causes of this phenomenon — including scale, corrosion, increased fuel consumption and the risk of pipe bursting — with real statistics. Abrizan’s specialized solutions to prevent these risks

Comprehensive review of water tube boilers, their types, scale formation, reduced efficiency, and maintenance solutions with specialized Mitreh solutions to increase life and reduce fuel consumption

A complete review of fire tube boilers, their types, advantages and disadvantages, useful life, scale formation, and preventive maintenance solutions using specialized chemicals is available.

Introduction to boiler types including Fire Tube, Water Tube, HRSG and Package. Applications, advantages and disadvantages of each type and a guide to optimal selection for the oil, gas and refinery industries.

Localized corrosion caused by the concentration of caustic or alkaline salts, which usually occurs under conditions of high evaporation or heat transfer. Caustic salt or caustic soda is one of the most widely used ionic compounds and is used in various industries including water treatment, cardboard and paper production, oil and refinery industries, aluminum production industries, food industries, alcohol production and glass.

Any system where temperature and water are the main elements for its operation inevitably requires the invention of Abrizan Company, called Industrial Mitreh, because wherever there is temperature and water, the formation of sediment is inevitable, unless a substance is used that suspends these sediments. This is the main function of an excellent anti-sediment solution.

Feedwaters to a refinery are usually treated before being used in various processes. The type of treatment depends on the quality of the source water and its end use in the refinery. Turbidity, sediment, and hardness are examples of source water characteristics that may require treatment.

Cold Mitreh, a water-soluble solution with a high dissolution rate, is introduced as a powerful scale remover and an innovative product of Abrizan Company. Cold Mitreh was developed in response to the industry's need for an alternative solution to descalers. Descalers are scale removers based on hydrochloric acid and are highly dangerous, toxic, and corrosive.

Steam boilers are mainly made of carbon steels, and the internal surface of these metals that are in contact with water must be free of deposits. Deposits have a lower thermal conductivity than metals, which causes the temperature of the metal to rise on the combustion wall side. Therefore, more fuel is needed to produce steam. Therefore, there is a need to control and wash these deposits inside the steam boiler.

Because few people can think clearly and rationally during a crisis, it is important to be prepared to respond to such situations. Emergencies can be natural or man-made, such as floods, storms, fires, releases of toxic gases, or chemical spills.

Corrosion in steam boilers is caused by chemical and electrochemical reactions of metal with its surrounding environment. The most important corrosion factors in steam boilers are oxygen corrosion, carbon dioxide corrosion, corrosion due to pH drop, alkalinity corrosion, corrosion of hydrolyzable salts and corrosion of organic materials.

In industries such as oil, gas and petrochemical, there is always an attempt to prevent the formation of deposits using different methods in equipment such as heat exchangers and boilers. In this field, a lot of money is spent on chemical materials and additives. But most industrial heat exchangers are exposed to sedimentation due to various reasons such as the low quality of water in different areas. These deposits are mostly formed in the pipes of the converters. In order to reduce the losses caused by sedimentation, the converter must be continuously monitored and cleaned.

Boiler feed water should be free of hardness. Sometimes, due to the short or improper operation of the hardness device or the failure to regenerate the resins in time, some hardness enters the boiler feed water. Increasing the water temperature in the boiler reduces the solubility of water solutes. The water near the hot surfaces becomes saturated and the conditions for deposition of less soluble substances are provided and eventually sediment is formed.