ae During the operation of the boiler, dissolved oxygen in the water can corrode the metal tube walls of the boiler, causing thinning and damage to the tube walls, shortening the service life of the boiler, and even posing safety hazards.

ae The industrial circulating water system is an indispensable supporting facility for factory production, refrigeration, and heat exchange. During long-term cyclic use, water bodies are prone to problems such as scale formation, corrosion, bacterial growth, and turbidity, which affect heat exchange efficiency and equipment service life.

ae Boiler is a key thermal equipment in industrial production and heating systems, and water quality control is an important link to ensure the stable operation of boilers and extend the service life of equipment.

ae In low-temperature environments, the low temperature of boiler feedwater and the increased stability of dissolved oxygen will directly affect the reaction rate and effectiveness of the deaerator.

ae During the operation of industrial boilers, deoxygenation of feedwater is a crucial step in ensuring equipment safety and extending service life. Oxygen is the main corrosive substance in the boiler feedwater system. If it cannot be effectively removed, it will corrode the boiler tube wall and heating surface, form iron scale with poor heat transfer, and even cause pipeline explosion accidents in severe cases

ae During the normal operation and long-term maintenance of boilers, deoxidizers are key agents to ensure the safety, stability, and long-term operation of boilers. They are widely used in various boiler systems such as industrial boilers, power plant boilers, hot water boilers, and steam boilers.

ae As the core thermal equipment in industrial production, heating, power generation and other fields, boilers are closely related to water quality in terms of operational efficiency and service life.

ae In industrial production, boilers, as core thermal equipment, have a direct impact on production stability and energy consumption control in terms of operational safety and efficiency. The water quality of boiler water is a key factor affecting the long-term stable operation of boilers. If problems such as scaling, corrosion, and microbial growth are not handled properly, they can easily cause equipment failures, increase energy consumption, and even threaten production safety.

ae The dissolved oxygen in boiler feedwater and boiler water is the main cause of corrosion in metal equipment such as boiler bodies, pipelines, economizers, and heat exchangers. The core function of boiler oxygen scavengers is to eliminate dissolved oxygen, passivate metal surfaces, and fundamentally inhibit corrosion and extend equipment life.

ae There are many types of water treatment agents with significant differences in properties, including coagulants, scale inhibitors, corrosion inhibitors, fungicides, disinfectants, acid-base regulators, decolorizers, ion exchange resins, etc. Most of them have corrosive, oxidizing, acid-base or hygroscopic properties.

ae The main purpose of using boiler deaerator is to prevent oxygen corrosion in the boiler system and ensure safe and stable operation of the equipment. Specifically, it can be summarized as follows:

ae Boiler oxygen scavengers are mostly chemical products such as sulfites, amines, oximes, and carbazide. Most of them have oxidizing, reducing, hygroscopic, easily decomposable, and weakly corrosive properties. Improper storage can lead to failure, deterioration, and even safety hazards. The following requirements should be strictly followed for storage: