Never use this kind of water in your steam generator again!
In industrial and commercial production, the stable operation of steam generators directly affects production efficiency and equipment lifespan, and water quality is a key factor determining its performance. Ignoring water quality requirements and using substandard water will lead to frequent equipment failures and increased maintenance costs. Today, we'll clarify: these types of water should never be used in steam generators!
First, there's the untreated natural water. This water contains high levels of calcium and magnesium ions, which form scale during heating, adhering to the heating elements and inner walls of the generator. This scale has extremely poor thermal conductivity, leading to a significant decrease in heating efficiency. More seriously, scale buildup can cause localized overheating, causing the heating elements to rupture due to excessive temperature, resulting in water leaks, electrical leaks, and other safety hazards. This not only increases fuel consumption but also shortens the equipment's lifespan by at least 50%.
Secondly, there is the issue of water containing impurities, such as industrial wastewater. This type of water contains impurities such as silt, rust, and organic matter. When it enters the steam generator, it can clog pipes and valves, leading to poor steam output. Furthermore, these impurities can react chemically with the internal metal components of the equipment, causing corrosion and resulting in problems such as holes and cracks. This not only affects steam quality but may also lead to steam leaks, threatening operator safety and disrupting factory production.
Finally, there's tap water. Even if tap water appears clean, it still contains residual chlorine, microorganisms, and other substances. Residual chlorine accelerates metal corrosion, while microorganisms multiply rapidly in suitable temperature environments, forming biofilm, which also affects heat exchange efficiency and can even contaminate the generated steam, adversely impacting industries with high steam requirements.
To ensure the safe and efficient operation of the steam generator, qualified soft water that has been treated by RO reverse osmosis equipment for softening, filtration, and deoxygenation should be used, and the inside of the equipment should be cleaned and maintained regularly to avoid losses caused by water quality problems from the source.
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After the typhoon passes, the shelves will be refilled, but those quietly operating steam generators have already sealed peace of mind and convenience into every bowl of instant noodles.