OXYLOCK® Oxygen Removal System | Chemical-Free Dissolved Oxygen Elimination for Boilers & Water Systems

THE WORLD’S FIRST TRUE OXYGEN ELIMINATION TECHNOLOGY

OXYLOCK^® IS NOT AN IMPROVEMENT

IT IS A REVOLUTION

OXYLOCK^® is the world’s first advanced adsorption-based oxygen elimination system engineered to remove dissolved oxygen from water to near-zero levels – without chemicals, dosing systems, or hazardous scavengers. Developed by Watch Water^® Germany, OXYLOCK^® introduces a fundamental shift in water treatment by physically eliminating oxygen rather than attempting to neutralize it through chemistry.

Dissolved oxygen is the hidden cause of corrosion in pipelines and heat exchangers, boiler failures, metal oxidation, microbiological growth, reduced equipment life, and energy inefficiencies. OXYLOCK^® replaces toxic oxygen scavengers with a clean, reliable adsorption technology that delivers consistent oxygen control across steam boilers, power plants, industrial process water, oil & gas injection, heating and cooling systems, and semiconductor applications.

APPLICATIONS

OXYLOCK^®

Steam Boilers

Power Plants

Industrial Process Water

Oil & Gas Injection Systems

Heating & Cooling Systems

Semiconductor Industry

SCIENCE &

TECHNOLOGY

OXYLOCK^® is built on an advanced framework matrix that removes oxygen at a molecular level, going beyond conventional filtration. Its unique material composition generates an internal electrochemical environment for continuous and efficient oxygen elimination. This self-powered technology ensures stable, long-term performance without the need for external energy.

THE CORE TECHNOLOGY: ADVANCED FRAMEWORK MATRIX

OXYLOCK^® media consists of a proprietary combination of:
⇛ MOF (Metal Organic Frameworks)
⇛ COF (Covalent Organic Frameworks)
⇛ AOF (Anode Organic Frameworks)
⇛ Cathodic Functional Structures

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FREQUENTLY ASKED

QUESTIONS

What is OXYLOCK® and how does it remove dissolved oxygen from water?

OXYLOCK® is an advanced adsorption-based oxygen elimination technology developed by Watch Water® GmbH that removes dissolved oxygen to near-zero levels without using any chemicals, protecting water systems from corrosion and oxidation.

Why is dissolved oxygen harmful in boilers, pipelines, and industrial water systems?

Dissolved oxygen is the primary cause of corrosion, metal oxidation, microbiological growth, and energy inefficiency in boilers, pipelines, and heat exchangers.

How is OXYLOCK® different from traditional chemical oxygen scavengers?

Unlike hydrazine, sulfite, or DEHA dosing, OXYLOCK® eliminates oxygen through a self-powered redox adsorption process, completely removing the need for toxic chemical dosing.

Does OXYLOCK® require electricity, chemicals, or external energy to operate?

No. OXYLOCK® is a self-powered system that generates its own internal electrochemical current for continuous oxygen elimination.

What is Anoxic Passivation and how does OXYLOCK® create it?

Anoxic Passivation is a protective electrochemical layer formed on metal surfaces when oxygen is removed to near-zero levels, preventing corrosion at its source.

Can OXYLOCK® be used in steam boilers and power plants?

Yes. OXYLOCK® is highly effective in steam boilers, power plants, and heating systems where oxygen corrosion is a critical problem.

What industries benefit most from OXYLOCK® oxygen elimination technology?

Industries such as power generation, oil & gas injection systems, semiconductor manufacturing, industrial process water, and HVAC systems benefit significantly.

How does OXYLOCK® permanently lock oxygen and prevent re-dissolution?

OXYLOCK® uses a vacuum-assisted adsorption and advanced framework matrix that traps oxygen molecules and prevents them from re-entering the water.

What is the core technology behind OXYLOCK® media?

OXYLOCK® media is built from advanced MOF, COF, and AOF framework materials that create micro-anode and cathode zones, generating a powerful redox field for oxygen elimination.

Is OXYLOCK® environmentally friendly and sustainable?

Yes. OXYLOCK® replaces hazardous oxygen scavenger chemicals, reducing environmental risk and supporting sustainable water treatment.

What are the operating parameters for an OXYLOCK® system?

OXYLOCK® operates in up-flow or down-flow packed beds with standard pressure vessels, minimal maintenance, and long media life.

Can OXYLOCK® reduce maintenance and extend equipment lifespan?

By eliminating oxygen corrosion, OXYLOCK® significantly extends the lifespan of pipelines, boilers, and heat exchangers while reducing maintenance costs.

Why is OXYLOCK® called the world’s first true oxygen elimination technology?

Because it does not “control” oxygen like chemicals do — it eliminates and locks oxygen at a molecular level through adsorption and electrochemical action.

OXYLOCK

OXYLOCK® IS NOT AN IMPROVEMENT