TributUyltinCl{3)Image - TBT for short, this chemical compound has the formula (C4H9)JjSnO. It is well-known for the carrier in various industries and this can be used as a catalyst during creation of polyurethane foam within manufacturing industry. It is a foam that duplicates commonly found in most everyday things such as furniture, bedding and insulation. Tributyltin chloride is also used as a biocide in marine antifouling paints to prevent the growth ofed treatment, including metals and insecticides.
However, despite its utility in such applications, tributyltin chloride has a high profile of environmental and eco-toxicological concerns. The release of this chemical in the environment can disrupt marine life such as whales, dolphins and otters by affecting their respective endocrine systems. Fish populations are also affected, since many female fish do not mature sexually and develop male gonads when exposed to tributyltin chloride.
The implication of tributyltin chloride is relevant to its high toxicity and persistence, possessing many hazardous characteristics causing it to last longer in the environment. This persistence is especially worrying for marine organisms as it can bioaccumulate in the food chain which, starting from small orgnisms such as plankton to larger ones like fish and any organism that feeds on them will be affected by this pollutant.
Aside from being environmentally destructive, tributyltin chloride can be hazardous to human health. Although exposure to this chemical is low for the general population, some individuals who work in industries that use it (such as shipbuilding and foam manufacturing) may be exposed more. These increased exposure levels can result in health effects such as liver damage, immunotoxicity and neurological effects.
Lately, there has been a brouhaha concerning the CAS number of tributyltin chloride = 1461-22-9. CAS numbers are used to identify chemical compounds and reference them in context of creating studies on various topics. While some researchers have suggested that the present CAS number may not reflect the unique physico-chemical properties, and patterns of toxicity of tributyltin chloride giving reason why it should be revised.
Regulatory actions have been taken on the use, production and release into environment of tributyltin chloride to mitigate its possible environmental harm as well health risk. Tributyltin chloride In the U.S., for example, it has been restricted by the EPA in antifouling paints and limited in other applications.
In addition, safety of tributyltin chloride handling and waste are critical. It is a very dangerous chemical with health hazard effects on the skin, eyes and inhaled at respiratory level. Hence, appropriate personal protective equipment should be worn during its handling and the compound must be disposed off properly in accordance with local rules.
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