Electro-Oxidation Market worth $2.1 billion by 2030 - Exclusive Report by MarketsandMarkets™

DELRAY BEACH, Fla., July 24, 2025 /PRNewswire/ -- The report "Electro-Oxidation Market by Type (Direct Electro-Oxidation, Indirect Electro-Oxidation), Electrode Material (Boron-Doped Diamond (BBD), Lead Dioxide (pbo2), Stannic Oxide (sno2), Titanium Suboxides (tino2n−1), Graphite, and Platinum), Application (Organic & Micropollutant Treatment, Inorganic Treatment, Disinfection & Specialized Treatment), End-Use Industry (Municipal Water & Wastewater, Industrial Manufacturing, Textile, Food & Beverage, Mining, Other End-Use Industries) & Region – Forecast to 2030", Electro Oxidation Market size is projected to grow from USD 1.6 billion in 2025 to USD 2.1 billion by 2030, registering a CAGR of 6.0% during the forecast period.

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140 – Tables
60 – Figures
240 – Pages

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The electro-oxidation industry has emerged in response to increasing demand for sustainable water treatment technologies aimed at addressing global issues like water scarcity and pollution. Stricter government regulations for environmental protection are encouraging industries to adopt more advanced technologies to ensure compliance with discharge standards. Electro-oxidation is a promising method like other advanced oxidation techniques that can break down non-degradable or hard-to-degrade pollutants without the need for chemical additives. Rising public health concerns such as emerging contaminants, pathogens, and risks associated with poly- and perfluorinated compounds, pharmaceuticals, plastics, and heavy metals are driving the growth of electro-oxidation across various sectors, including industrial manufacturing and municipal water treatment, where access to clean drinking water remains a top priority. Additionally, electro-oxidation offers flexibility by treating water and wastewater from diverse sources, even drinking water. This makes it an attractive option for many industries looking to replace outdated methods with more efficient and sustainable waste management solutions.

Indirect electro-oxidation is anticipated to be the largest segment in the electro-oxidation market, by type, during the forecast period.

The indirect electro-oxidation sub-segment occupies the largest share in the electro-oxidation market due to its flexibility, relatively low cost, and applicability to a wide variety of wastewater treatment needs. As a method, this involves the generation of reactive species, such as hydroxyl radicals, active chlorine, or other oxidants, in the bulk solution that oxidize pollutants from remote locations from the electrode surface. This indirect mode can treat complicated and variable quality wastewater feeds, such as with high chemical oxygen demand or organics from textile, chemical, and food processes. Further, another fundamental reason for the success of indirect electro-oxidation is simply due to its lower operational and capital cost. Indirect electro-oxidation systems usually employ less expensive electrodes, such as titanium with ruthenium dioxide or tin dioxide coatings, versus boron-doped diamond or platinum electrodes, which can be extremely expensive in direct electro-oxidation systems.

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Boron-doped diamond is anticipated to be the largest segment in the electro-oxidation market, by electrode material, during the forecast period.

Boron-doped diamond electrodes account for the largest share of the electrode material in the electro-oxidation market because they offer superior performance. Therefore, these electrodes are an excellent choice for intensive water and wastewater treatment. Boron-doped diamond electrodes produce strong hydroxyl radicals that are highly effective at degrading stubborn pollutants, such as per- and polyfluoroalkyl substances, pharmaceutical residues, and complex organic molecules that were resistant or altered by conventional treatment methods. The high current density and oxidative efficiency of boron-doped diamond electrodes are critical for industries like pharmaceuticals and electronics, which face strict regulatory requirements to eliminate these pollutants entirely. For example, government-funded pilot projects in the USA have used boron-doped diamond electrodes to remediate per- and polyfluoroalkyl substances, helping these entities meet government environmental standards. In Europe, using boron-doped diamond electrodes for pharmaceutical wastewater treatment has supported compliance with strict water quality directives. Boron-doped diamond electrodes have significant potential in the market, particularly due to their excellent chemical stability and resistance to degradation under corrosive electrochemical conditions.

Organic and micropollutant treatment is anticipated to be the largest segment in the electro-oxidation market, by application, during the forecast period.

The organic and micropollutants treatment subsegment has the largest share of the electro-oxidation market because electro-oxidation is effective at degrading complex and persistent contaminants that conventional treatments cannot remove. Additionally, wastewater streams now contain organic pollutants such as pharmaceutical residues, pesticides, industrial solvents, and surfactants. This increase is driven by urbanization, greater industrial discharge, and the widespread use of synthetic chemicals, especially in healthcare. Micropollutants include many low concentration yet highly toxic compounds, such as endocrine disruptors and residues from personal care products, which pose significant risks to aquatic ecosystems and human health even in trace amounts. Electro-oxidation benefits these pollutants due to its exceptionally high oxidation potential and the fact that it does not require external chemicals as reagents. It fully mineralizes a wide range of stable organic compounds into harmless end products like carbon dioxide and water. This method is especially attractive in scenarios with strict discharge regulations or when biological or other chemical treatments fail to adequately remediate the pollutants.

The municipal water & wastewater segment is anticipated to be the largest segment in the electro-oxidation market, by end-use industry, during the forecast period.

The electro-oxidation market is primarily dominated by the municipal water and wastewater sub-segment due to the increasing demand for alternative treatment technologies capable of addressing diverse and evolving water quality challenges impacting public utilities. Traditional municipal wastewater treatment systems are unable to effectively remove emerging contaminants such as pharmaceutical residues, endocrine-disruption compounds, and personal care products that are commonly found in domestic sewage. The growth of urban populations and the influx of industrial discharges into municipal streams are creating more complex wastewater streams, making it more difficult to apply conventional biological or chemical treatments. Municipal wastewater can benefit from electro-oxidation because it offers greater flexibility and efficiency. It can be used as a tertiary or polishing stage treatment to break down organic pollutants and residual micropollutants that bypass primary and secondary treatments. Unlike traditional methods, electro-oxidation does not rely on the external addition of chemicals or biological processes, enabling continuous operation despite variable loads and environmental conditions. This consistent operability is crucial for municipalities to ensure safe, continuous, and regulatory-compliant discharge or reuse of treated water.

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Key Players

To enable an in-depth understanding of the competitive landscape, the report includes the profiles of some of the top players in the electro-oxidation market. Aqua Pulsar (USA),  Hydroleap (Singapore), Yasa ET  (Shanghai) Co., Ltd. (China), OVIVO USA LLC (USA), E-FLOC (USA), Siemens (Germany),  Valence Water Inc.  (Colombia), PPU Umwelttechnik (Germany), Ground Effects Environmental Services Inc. (Canada),  Jiangsu Jingyuan Environmental Protection Co., Ltd (China).

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