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IMPA / ISSA CERTIFIED MARINE PRODUCT

SODIUM HYPO CHLORIDE FOOD GRADE

RO Chemicals SODIUM HYPO CHLORIDE FOOD GRADE
Express Mormugao Port 2-4 Hr Berth Delivery
RO Chemicals
IMPA / SKU Code: RXSOL-33-3318-025

Sodium hypochlorite to be an effective disinfectant having broad applications.

Ready Port Stock 25L, 210L Drums & 1000L IBC
IMPA / ISSA Standard MARPOL Compliant Formulations
ISO 9001:2015 QA TDS, MSDS & COA Available

Dosage & Directions for Use

The hypochlorite dose will depend on the characteristics of the local water. Usually an amount in the range of 5 to 10 milliliters added to 20 liters of water is sufficient to inactivate the disease-causing organisms, but not leave an unpleasant taste. Once the size of the cap for your project has been determined, some simple experiments can be used to determine the appropriate dose. To conduct the experiments, you will need Sodium Hypochlorite , source water in your area, and a kit that measures the amount of free and combined chlorine. 

First, it is important that the concentration of the SH solution produced is correct (usually 0.5 to 1.0%). A concentration that is too low requires too high a volume to adequately treat enough water to be practical. A concentration that is too high is difficult to accurately dose, raising the risk of too high a dose (which is unpalatable), or too low a dose (which might not effectively disinfect the water). Second, it is important that the pH level of the solution be at least 11. This increases the shelf life of the solution.

Product Description & Chemical Profile

Investigations have shown sodium hypochlorite to be an effective disinfectant having broad applications. Although a number of other disinfectants (calcium hypochlorite, ozone, UV, solar disinfection) and treatment processes (filters, slow sand filtration) have been investigated, sodium hypochlorite appears to offer the best mix of low cost, ease of use, safety, and effectiveness in areas where there is enough water to drink and water is not excessively turbid. These characteristics are the reasons why most water treatment systems in the US and Europe have been using chlorine for disinfecting drinking water for nearly 100 years. The other disinfection methods noted above also effectively disinfect water and are useful in a number of settings.

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