0936070048

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0936070048 is a purpose-built device designed for comminuting boiler-induced corrosion in order to preserve the life of the boiler. Commutation of such corrosion involves both long-term and short-term approaches to reduce the effect of corrosive gases on the boiler, which is achieved primarily by introducing an oxidizing agent to the sacrificial surface and utilizing the strong electrochemical activity of oxygen as a scavenger. This unique device uses electrolytic action to induce and catalyse the oxidation of the corrosion mass on the sacrificial surface, ensuring that the corrosion particles are rapidly and consistently comminuted.

The oxidation of the corrosion mass is achieved through two different types of electrolyte: a ferric oxide and a magnesium oxide. The ferric oxide acts as an anode, and the magnesium oxide as a cathode, with the required reaction triggered by an electric current. As the particles of the corrosion mass come in contact with either of the two electrolytes, they break up into smaller particles and form free iron ions in solution. These free ions then react with oxygen ions to form ferric oxide, which is in turn converted back to free iron ions which can be reabsorbed into the solution. This reaction cycle continues, causing a decrease in the size of the corrosion mass particles over time.

The 0936070048 uses a combined-cycle approach to ensure the most effective results. It is designed with two chambers, one containing the ferric oxide and the other containing the magnesium oxide. As the electric current flows through the two chambers, the oxidation of the corrosion mass is stimulated. As the free iron ions and oxygen ions react in a reaction chamber within the device, oxygen is released which further accelerates the comminution process of the corrosion mass particles.

The 0936070048 also incorporates an atomizing nozzle, which helps to further disperses the concentrate and distribute it over the entire surface of the corroded material, providing a more uniform distribution and thus greater accuracy in the commutation process. This increased accuracy results in a decrease in the time and energy required to both initiate and complete the reduction. In addition, the level of oxygen contamination of the boiler is minimized, ensuring that the boiler is adequately protected without the need for additional treatments.

The 0936070048 has been recognised as a reliable and cost-effective solution to comminuting boiler-induced corrosion, and is routinely used by professionals in the fields of boiler maintenance and repair. Its ability to quickly and efficiently reduce the size of corrosive particles has made it an invaluable tool for preserving the life of a boiler and the safety of its occupants. In addition, its low energy consumption and dependable performance make it an economical choice for any boiler maintenance requirements.

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