Differences Between Sodium Sulfite and Sodium Thiosulfate for DeChlorinating Pool Water

Save
Sodium sulfite and sodium thiosulfate are two of the most common chemicals used in pool dechlorination.
Sodium sulfite and sodium thiosulfate are two of the most common chemicals used in pool dechlorination. (Image: Jupiterimages/Comstock/Getty Images)

Sodium sulfite and sodium thiosulfate are two of the most common chemicals used to dechlorinate pool water. Although they are somewhat similar, and sodium sulfite is used in the production of sodium thiosulfate, they do have differences. Many municipalities require dechlorination before disposing of pool water, so you will need to be familiar with these differences to make the right choice for your own at-home pool maintenance.

Handling and Storage of Chemicals

Manufacturers sell sodium sulfite in tablet form, while sodium thiosulfate comes in a powder. Many people who routinely perform pool maintenance find the tablets easier to store, to handle and to use.

Hazards to the Environment

Environmental protection advocates consider sodium thiosulfate to be less hazardous to the environment and marine life than sodium sulfite, because it is less of an oxygen scavenger. This is important, because when you dispose of your pool water, it eventually makes its way back into rivers and oceans.

Cost

Sodium sulfite is less costly than sodium thiosulfate. It costs less initially. In addition, it dechlorinates more effectively than sodium thiosulfate, meaning that you need to use less of it to treat your pool water.

Stability

Sodium sulfite is relatively unstable. If it is not stored properly, it will break down and no longer be effective. Sodium thiosulfate is more stable, meaning that it is preferable if you need to store your pool chemicals over time rather than using them immediately upon purchase.

Related Searches

References

Promoted By Zergnet

Comments

You May Also Like

Related Searches

Check It Out

22 DIY Ways to Update Your Home on a Small Budget

M
Is DIY in your DNA? Become part of our maker community.
Submit Your Work!