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Fluorochemicals - Worldwide Demand

There has been much in the news lately thatdiscovered the wonders of Freon, but lacked
concerns the global demand forthe capacity to produce it in the large
fluorochemicals. What exactly is aquantities that were in demand, turned it
fluorochemical and what is all the fussover to DuPont in a joint venture they called
about? Defining a fluorochemical is a bitKinetic Chemicals. DuPont took the Freon and
like going to a Chemistry 101 lecture inran with it, developing uses in aerosols,
college. The simple term is "a chemicalcleaning  agents and an aid for foam blowing.
compound containing fluorine, especially a
fluorocarbon". Okay. My next question isAnother great discovery that came from the
still, what is a fluorochemical? GooglingDuPont researchers and helped to further the
fluorochemical doesn't help much either. Myallure of fluorochemicals was Teflon. Teflon
next attempt led me to "an organic compoundis an extremely inert material that can stand
in which the majority of the hydrogen atomsup to most acids and corrosive chemicals. One
directly attached to carbon atoms have beenof the greatest advantages to using it is
replaced by fluorine". Well, I thought, nowthat it can stay solid at temperature
we're getting somewhere! Digging further, Imarkedly higher than any other plastic
was educated with this definition: "adeveloped before. Teflon first came to the
manmade, petroleum-based compound whereforefront during World War II when it was
fluorine atoms have been substituted in placeused to coat nose cones on artillery fuses.
of hydrogen atoms. In the paper industryIt also became famous for being a part of the
fluorochemicals are coated onto or added intoclandestine research that went on during the
paper fibers to provide oil and greaseManhattan Project because of its ability to
resistance". All this led me to the question,stand up to the corrosiveness of producing
"What is fluorine?" Now, it seems, I wasUranium. Leaving the world of defense, the
getting  somewhere.early 1960s brought Teflon's biggest market
ever with the development of using it as a
Fluorine is a pale yellow, gaseous,non-stick  coating  on  pots  and  pans.
non-metallic element with an atomic number of
9. It is pungent, poisonous, corrosive andIn the 1970s, DuPont continued its research
highly reactive and will unite directly withinto the world of fluorochemicals and
almost all the other elements. Items such asdeveloped high grade plastics that would go
metals, glass, ceramics, carbon and eveninto the production of aluminum siding for
water will burn in fluorine with a brighthome building, manufacturing of wire
flame. It occurs naturally as the mineralsinsulation, and as an important part of the
fluorite and cryolite. When combined withsealant market. Also in the 1970s, research
certain other elements, such as hydrogen tobegan to show that there was a connection
make hydrogen fluoride, it can be used inbetween a form of fluorochemicals known as
etching glass. Fluorine also combines withchlorofluorocarbons and the damage they were
other elements to make up Freon, which wasdoing to the ozone. DuPont stood up and took
widely used as a refrigerant. Fluorine anda stand against harming the environment and
its related compounds are now used inbegan the phasing out of the harmful
producing uranium and more than 100chemicals. Their research and development
commercial fluorochemicals, including manydepartment since has come up with a new,
high-temperature plastics. Fluorine in itssafer propellant for aerosols that is not
soluble state known as fluoride can beharmful to the environment. They have also
carefully added to drinking water to preventcontinued to run an environmentally
tooth decay. In its elemental state, fluorineresponsible company by helping to develop
is being studied for use as a rocketways to keep pollutants out of the
propellant because it has such a highatmosphere.
"specific impulse rate" or SIR. In laymen's
terms, this is a way to describe theSo, by painstakingly defining the word
efficiency of rocket and jet engines - thefluorochemicals, finding their link between
higher the SIR, the less propellant is neededthe element fluorine and then tracing it to a
to gain a given amount of momentum. All thisnumber of developments that have been created
could lead to making more propellantin the last 80 years, it has finally become
efficient rockets. Once I learned this aboutclear why there actually is a worldwide
fluorine, I truly was back in Chemistrydemand for these chemicals. Countries that
class, but with a little bit clearer view ofwere once considered Third World are now
what  fluorochemicals  actually  are.viewed as "developing" countries with a
growing economy and a burning desire to enter
By taking a look at DuPont, a worldwidethe 21st century as viable and competitive in
renowned chemical production company, it isthe world of business and finance. In order
clearer still why the global demand forto do this, the potential of fluorochemicals
fluorochemicals is on the rise. DuPont hasto help industrialize these developing
sponsored research into the field ofcountries is coming to light as rising income
manufacturing fluorochemicals since thelevels and more advanced manufacturing
1930s, when General Motors, who hadindicate a growing economy.



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