How Clorel Works?

How Clorel® Works

Illustration of seawater filter units with inlet and outlet piping

First, Clorel® filters seawater with a filtre unit.

Seawater is filtered through 500-micron filter units to remove large particles before being fed into the electrolysis cells.

Illustration of an electrolyzer unit with horizontal electrode piping

Next, Electrolyzer unit electrolyzes seawater, producing NaOCl & H2.

During electrolysis of seawater in DSA electrodes Sodium Hypochlorite (NaOCl) and Hydrogen (H2) are generated.

Illustration of a storage tank with hydrogen vent piping

NaOCl & H2 are transferred to the Storage Tank.

Sodium Hypochlorite & Hydrogen Gas are transferred to the product tank together; Sodium Hypochlorite is stored before dosing, while Hydrogen is transferred for disposal.

Illustration of an air fan unit diluting and discharging hydrogen gas

Air fans dilute H2 and safely discharge it into the atmosphere.

Hydrogen Gas, occurred as a natural byproduct of seawater electrolysis from the reaction of Na+ ions with H2O, is diluted 100 times and safely discharged into the atmosphere without being stored in our system.

Illustration of a centrifugal pump dosing unit

NaOCl is dosed to the required points via pumps & smart automations.

Electrochlorination systems not only produce chlorine but also deliver it in the desired amounts via pumps.