What does chloroform smell like

We had trouble talking to the server. Please try again. Your answer will be saved while you login or join. Live Preview. Older ». Have a question? Ask Fluther! What do you know more about? Out of the , violations, the states took just over 2, enforcement actions, while the EPA took about Municipalities struggle with outdated technology.

Over 70, different chemical compounds are now in use by industry, agriculture, and private citizens, with 5, new and unproven chemical compounds being added into the environment each year.

That amounts to 18 billion pounds of new pollutants every year. So what is chloroform? Chloroform is also known as trichloromethane, methane chloride, or methyl trichloride.

It is a colorless liquid with a pleasant, non-irritating odor and slightly sweet taste. Most of the chloroform found in the environment comes from the industry. It will only burn when it reaches very high temperatures.

Chloroform was one of the first inhaled anesthetics to be used during surgery, but it is not used for anesthesia today. Nearly all the chloroform made in the United States today is used to make other chemicals, but some is sold or traded to other countries. Most of the chloroform that ends up in lakes, streams, or soil evaporates into the air. However, chloroform that seeps through soil into ground-water can remain unchanged for many years.

People who work with chloroform are at a greater risk. In general, people may also be exposed by inhaling the chemical as they do laundry or bathe with contaminated water. People can get low level exposure when they use contaminated water for drinking or for preparing food. Chloroform can pass through the skin when people handle pure chloroform or products that contain it.

For example, touching contaminated soil, or using contaminated water for activities such as bathing, swimming or doing laundry. No standards exist for regulating the amount of chloroform allowed in the air of homes. We use a formula to convert workplace limits to home limits.

These changes were characterized by atrophy of Bowman's glands, increased numbers of vimentin-positive cells in the periosteum, new bone formation, and increased numbers of periosteal cells in S phase as determined by bromodeoxyuridine incorporation. Additional changes were site-specific loss of mucosubstances and loss of immunocytochemical staining of acini and ducts of Bowman's glands for PE1 and pancytokeratin, and loss of PE1 immunostaining of the olfactory epithelium.

The only change noted in the mice was increased cell proliferation without the osseous hyperplasia.