On-chemical water treatment should be a priority for any sustainability program. Hard water not only leads to increased energy and water consumption but also relies on chemicals and causes premature equipment failure.
Implementing non-chemical water treatment has several sustainability benefits. It extends the lifespan of capital equipment, descales existing systems, and achieves significant energy savings. Moreover, it eliminates the need for costly and hazardous chemicals, making it safe for drinking water. Non-chemical treatment methods do not compromise the quality of water and effectively reduce bacteria levels by removing their habitat and food source. Additionally, efficient water heating can help eradicate bacteria.
By reducing maintenance and downtime, non-chemical water treatment proves to be cost-effective and convenient. Traditional descaling methods require draining systems and taking essential equipment out of service temporarily. In contrast, non-chemical treatments improve the condition and efficiency of existing systems while they remain in use.
Investing in non-chemical water treatment protects the significant investment made in water systems, water-fed equipment, and pipework. It extends the life of equipment, often indefinitely, eliminating the need for premature replacements and maximizing the return on capital investment.
Various physical water treatment methods have been explored over the years. For instance, the use of alternate magnetic poles in parallel to flowing water induces a voltage, which can lead to precipitation and the formation of crystals that remain suspended in the water.
In summary, incorporating non-chemical water treatment into sustainability programs offers numerous advantages, including prolonged equipment life, energy savings, reduced maintenance, and the elimination of chemicals. It is a safe and effective approach to water treatment that aligns with sustainable practices.
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