Where are electro-chlorinated seawater NACLO used?

Seawater is used as a "coolant" in many industries, including refineries and power plants, to regulate process temperatures. While seawater is a great and plentiful "coolant," it is regrettably full of marine life, which grows and thrives at warmer temperatures. The effective flow of cooling seawater can be swiftly restricted by this ocean expansion, endangering the heat exchanger's effectiveness and potentially leading to catastrophic outcomes.

"Prevention of marine life pollution" refers to the preventive actions that are necessary in cases when seawater is used for industrial cooling operations or other purposes. Global industry standard chlorination, in the form of on-site generated NACLO, has been shown to be the safest and most economical way to avoid marine biofouling.

Onsite generation of NACLO

A processing facility, also known as an on-site electrochlorination system, produces NACLO. Through the electrochemical process of in-situ electrochlorination, seawater (or artificial salt water solution) is transformed into NACLO by electrolyzing titanium electrodes (anode and cathode) with direct current.

The benefits of HYPO created on-site

is the most economical form of chlorine because it is produced from saltwater, which is naturally salted and costs nothing!
is produced both on-site and as needed.
is the safest source of chlorine since hazardously high concentrations of chemicals based on chlorine are not transported, handled, or stored there.
no breakdown (loss of chlorine) because produced HYPO is always used "freshly" just after it is made.
an endless supply of chlorine.
can be completely automated in its operation and control. Either locally or remotely, this control can be exercised.
Maintenance is inexpensive and reasonably simple.
All of the HYPO breaks down into the original saltwater prior to electrolysis during oxidation.