Linked from

The 15 pages that link to Chlorine dioxide, each with the reason it gives.

• ChlorineCompared with: It is a distinct disinfectant often compared with elemental chlorine in water treatment.

• ChlorideCompared with: It is a distinct chlorine-based molecule, not a chloride ion.

• ChlorinationCompared with: It is a distinct disinfectant chemical, with different reactions and byproducts from chlorine.

• Sodium hypochloriteCompared with: It is a distinct chlorine-based treatment with different chemistry and handling requirements.

• Hypochlorous acidCompared with: It disinfects through different chemistry and is not the same species as HClO.

• Water chlorinationCompared with: It can control some organisms and taste-and-odor problems differently from free chlorine.

• ChloramineCompared with: It is an alternative disinfectant with different reaction products and residual behavior.

• ChlorateRelated: Acidic reduction of chlorate can produce chlorine dioxide.

• Sodium chlorateRelated: Sodium chlorate is a major industrial precursor for chlorine dioxide.

• Chloric acidRelated: It can form during chloric acid decomposition and related chlorate redox reactions.

• Chlorous acidRelated: Acidification of chlorite can generate chlorine dioxide, a major practical connection to HClO₂ chemistry.

• Peracetic acidCompared with: It offers a different oxidation-based disinfection chemistry and can leave chlorite and chlorate residues.

• MonochloramineCompared with: It is an alternative disinfectant that does not form chloramines by reacting with ammonia.

• Calcium hypochloriteCompared with: It disinfects without forming the same chlorine chemistry as hypochlorite.

• Sodium chloriteRelated: Acidification or oxidation of sodium chlorite can generate this useful oxidant.