Unraveling the Mystery of Iron Contamination in Water


Water is the essence of life, but when it carries impurities like iron, its quality diminishes, impacting both health and infrastructure. Iron contamination in water is a prevalent issue, especially in well water or regions with high iron content in the soil. While it might not pose an immediate health risk, prolonged exposure to elevated iron levels can lead to adverse effects on health and the overall quality of water systems.

Understanding Iron Contamination:

Iron contamination in water manifests in two forms: ferrous iron (dissolved iron) and ferric iron (oxidized iron). Ferrous iron dissolves in water, often leaving a clear, colorless appearance. However, upon exposure to air, it oxidizes, forming ferric iron. This oxidation process leads to the classic reddish-brown discoloration and sedimentation in water.

Effects of Iron Contamination

Health Concerns:

While iron is an essential mineral for the body, excessive intake through water can cause health issues. High iron levels in drinking water might result in a metallic taste, staining of teeth, and potentially contribute to conditions like hemochromatosis (iron overload disorder).


Damaging Effects on Infrastructure:

Iron deposits can accumulate within plumbing systems, causing clogs and corrosion. This leads to reduced water flow, damage to appliances, and an overall decrease in the lifespan of plumbing fixtures.


Addressing Iron Contamination with Ozone

Ozone, a powerful oxidizing agent, emerges as a sustainable and effective solution for treating iron-contaminated water.


Oxidation of Iron:

Ozone readily reacts with both ferrous and ferric iron. It oxidizes ferrous iron, converting it into ferric iron, which can then be filtered out more easily due to its larger particle size. Additionally, the reaction with ferric iron helps in its precipitation, aiding in its removal from water.



Beyond iron removal, ozone serves as a potent disinfectant. It efficiently reduces bacteria, viruses, and other pathogens, enhancing water quality significantly.


Minimal Residue:

Ozone decomposes into oxygen after its application, leaving behind no harmful by-products or residues in the water, making it an environmentally friendly treatment method.



Ozone’s versatility extends to its ability to treat a wide spectrum of contaminants beyond iron, making it an attractive choice for comprehensive water purification.


Implementing Ozone for Water Treatment

The integration of ozone in water treatment processes involves specialized equipment that introduces ozone gas into the water, facilitating the oxidation and removal of contaminants. This method often integrates other filtration steps to ensure comprehensive purification.


The Ozotech Enhanced Oxygen Generator (EOG) is specifically designed is designed to work exclusively with Clack Corporation automatic water filter control valves. By adding our EOG component to an iron filtration system, your team will quickly see the positive impact of ozone including cleaner tanks and valves, more effective filtration, increased customer satisfaction, and longer service cycles. An ozone clean iron filtration system is a robust iron filtration system!

Enhanced Oxygen Generator available in 220 mg/hr. and 440 mg/hr.

Iron contamination in water poses multifaceted challenges, affecting both human health and infrastructure integrity. Ozone treatment stands as a promising solution, effectively oxidizing and eliminating iron while enhancing water quality without leaving harmful residues. Embracing ozone technology in water treatment systems not only addresses iron contamination but also promotes a sustainable and healthier water supply for communities worldwide.


By leveraging the power of ozone, we can pave the way for a future where clean, iron-free water is not just a necessity but a readily accessible reality for all. For more information on Ozotech and our products, browse our website orĀ contact us for assistance.


Unraveling the Mystery of Iron Contamination in Water
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