The Model T70G4000 chlorine dioxide generator is designed to produce and consistently maintain a product yield greater than 95%, which makes it ideal for drinking water treatment. It is a two-chemical system, utilizing commercially available concentrations of hydrochloric acid and sodium chlorite in the production of chlorine dioxide.
No chlorine gas is required. A proven
design, durable construction and the use of the best available corrosion
resistant materials assure efficient gas production, precise solution
feeding, low maintenance and dependable operation for the life of the
equipment.
The Model T70G4000 chlorine dioxide generator is an all-liquid system. Research has shown a market trend towards chlorine dioxide generators that do not require chlorine gas for the production of chlorine dioxide. This system is designed for use with 32% hydrochloric acid and 25% sodium chlorite. These are commercially available concentrations, eliminating the need for cumbersome diluting (eliminating the need for softened water).
The Model T70G4000 chlorine dioxide generator is an all vacuum system, preventing the escape of chlorine dioxide gas to the atmosphere. The reagents are drawn into the generator by vacuum produced by an integral ejector.
The chlorine dioxide gas produced by the generator is mixed with the ejector motive water and applied as a solution.
The Model T70G4000 chlorine dioxide generator is available with either manual or automatic control. Chlorine dioxide gas production can be manually controlled by manual rate valves or automatically controlled by a ChloromaticTM valve, which accepts a 4-20 mAdc input signal. The automatic system offers as many as two 4-20 mAdc input signals, one output signal, plus four SPDT contacts for auto/manual mode and alarms.
Design Features
♦ High Yield: Generator has been designed to produce and consistently maintain a product yield greater than 95%.
♦ All Liquid System: 32% Hydrochloric acid and 25% sodium chlorite are the reagents used to generate chlorine dioxide. No chlorine gas is required.
♦ All Vacuum System: The reagents are drawn into the generator by a vacuum, produced by an integral ejector. The chlorine dioxide gas produced by the generator is mixed with the ejector motive water and applied as a solution.
♦ Manual or Automatic Control Options
♦ Safe Operation: An all-vacuum system prevents escape of gas to atmosphere; System shut-down and alarm options.
♦ Minimum maintenance: Corrosion-resistant materials; All periodic maintenance items are easily replaceable.
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