When did health care workers first use chlorine solution to decontaminate hands?
multipleQAs
When did health care workers first use chlorinated lime to decontaminate hands? When did health care workers first use chlorine-water to decontaminate hands?
1828
1847
Chlorine
chlorine solution
Chlorine Sodium hypochlorite Water chlorination Miracle Mineral Supplement Percent active chlorine Bleach Hypochlorous acid Chloride Chlorine production Chlorine dioxide
Yellow <b>chlorine</b> dioxide (ClO2) gas above a yellow <b>chlorine</b> dioxide <b>solution</b>. 
<b>Solutions</b> of pure <b>chlorine</b> dioxide are dark green: this <b>solution</b> is yellow due to&nbsp;... Rinsing with a 5 mg/L <b>solution</b>, followed by washing with soap and water, will 
remove <b>chlorine</b> odor from the hands. Production[edit]. <b>Chlorination</b> of soda[edit]. <b>Chlorination</b> was achieved by controlled additions of dilute <b>solutions</b> of chloride 
of lime (calcium hypochlorite) at doses of 0.2 to 0.35 ppm. The treatment process
&nbsp;... Miracle Mineral Supplement, often referred to as Miracle Mineral <b>Solution</b>, Master 
Mineral <b>Solution</b>, MMS or the CD protocol, is <b>chlorine</b> dioxide, an industrial&nbsp;... Liquid bleaches for domestic use fall in 3 categories: for pool-treatment (10% 
hypochlorite <b>solutions</b>, without surfactants and detergents) for laundry and 
general&nbsp;... The most common <b>chlorine</b>-based bleaches are: Sodium hypochlorite (NaClO), 
usually as a 3–6% <b>solution</b> in water, usually called &quot;liquid bleach&quot; or just&nbsp;... HClO and ClO<sup>−</sup> are oxidizers, and the primary disinfection agents of <b>chlorine</b> 
<b>solutions</b>. HClO cannot be isolated from these solutions due to rapid equilibration
&nbsp;... A chloride ion is much smaller than a <b>chlorine</b> atom, 167 and 99 pm, respectively. 
The ion is colorless and diamagnetic. In aqueous <b>solution</b>, it is highly soluble&nbsp;... <b>Chlorine</b> can also be produced by the electrolysis of a <b>solution</b> of potassium 
chloride, in which case the co-products are hydrogen and caustic potash (
potassium&nbsp;... <b>Chlorine</b> dioxide does not hydrolyze when it enters water; it remains a dissolved 
gas in <b>solution</b>. <b>Chlorine</b> dioxide is approximately 10 times more soluble in&nbsp;...
1847
Ignaz Semmelweis