Shumaila Javed
As MTBE is another safer possible substitute of diethyl ether, MTBE is extensively used in industry as the Tert-Butyl group avoids MTBE
from forming potentially explosive peroxides. In the methodology of contact dissolution therapy, MTBE is injected directly into the gallbladder
to dissolve gallstones. Certain bacterial strains have been degenerated MTBE under strongly toxic conditions, particularly at the aerobic
fringes of petroleum hydrocarbon plumes which can describe that large MTBE groundwater plumes are generally not experienced. Acute
exposure of humans to high concentrations of MTBE can result in nausea, vomiting, dizziness, and sleepiness. Animal studies have shown
that MTBE is rapidly absorbed following oral or inhalation exposures. Animal studies indicate that MTBE is rapidly distributed in the blood to
all parts of the body including the brain. Animal studies have shown that MTBE is rapidly excreted following oral or inhalation exposures.
Animal morbidity knowledge indicate that MTBE is low in acute toxicity. Information on the developmental or reproductive toxicity of MTBE in
humans was not found in the available secondary sources. In animal studies, high concentrations of MTBE produced developmental and
reproductive toxicity in mice and rats. Treatment of alkyl group Tert-Butyl Ether from contaminated surface and groundwater provides presents
specific challenges thanks to the chemical science properties of MTBE that rely powerfully on its hydrophilic nature. Separation Methyl-tert-butyl
ether is one of the most challenging processes in the chemical industry.
Share this article
Journal of Pollution received 64 citations as per Google Scholar report
