Trichloramine

Stickstofftrichlorid ist eine explosive chemische Verbindung, die zur Gruppe der Stickstoffhalogenide und Chloramine gehört. This yellow, oily, pungent-smelling liquid is most commonly . Trichloramine in swimming pool water: analysis methods, factors influencing its fate and effects of UV treatment. A thesis submitted to attain the degree of. Chlorination of water in swimming pools leads to the formation of trichloramine, a potentially harmful compound.

The concentration of trichloramine in the pool atmosphere was measured over three consecutive 2-h periods during day. Seite — Umweltbundesamt warnt vor Asthma durch Babyschwimmen; Seite — Derzeit wird untersucht, wann Trichloramine gefährlich .

The average concentration of trichloramine for personal sampling was µg m− ranging from to 2µg m−and for stationary samples . Trichloramine is a volatile, irritant compound of penetrating odor, which is found as a disinfection by-product in the air of chlorinated indoor swimming pools. Trichloramine is a volatile, irritant compound of penetrating odor, which is found as a disinfection by-product in the air of chlorinated indoor swimming pools from . Abstract Trichloramine formation and decay in water samples containing. Methods: Measurements were done in indoor swimming pools located . Trichloramine (NCl3), also known as nitrogen chloride or trichloride, is a toxic, explosive, nasty-smelling oily liquid with a boiling point of ºC. Objectives: The presence of trichloramine in the air in different indoor swimming pools has been studied in several countries. As stated above, the odor of trichloramine reminds most people of geraniums or rotting grapefruit.

Trichloramine has a strong unpleasant odour at concentrations in water as low as 0. Trichloramine is a disinfection by-product formed when chlorine reacts with nitrogen-containing contaminants in the pool water. Occupational exposure to trichloramine and trihalomethanes. Airborne trichloramine (NCl3) levels and self-reported health symptoms in indoor swimming pool workers: dose-response relationships.