+ 1-888-787-5890  
   + 1-302-351-4405  

Essay/Term paper: The chlorine debate: how white do you want it?

Essay, term paper, research paper:  Chemistry

Free essays available online are good but they will not follow the guidelines of your particular writing assignment. If you need a custom term paper on Chemistry: The Chlorine Debate: How White Do You Want It?, you can hire a professional writer here to write you a high quality authentic essay. While free essays can be traced by Turnitin (plagiarism detection program), our custom written essays will pass any plagiarism test. Our writing service will save you time and grade.

The Chlorine Debate: How White Do You Want It?

Chlorine is one of the world's most widely used chemicals, the building
element vital to almost every United States industry. We use chlorine and
chlorine-based products whenever we drink a glass of water, buy food wrapped in
plastic, purchase produce in the supermarket, pour bleach into a washing machine,
have a prescription filled, print out a computer document like this one, or even
drive a car. (Abelson 94)
Chlorine, a member of the halogen (salt-forming) group of metallic
elements, was first made by Swedish chemist Carl Wilhelm Scheele in 1774, who
treated hydrochloric acid with manganese dioxide. In 1810, the English chemist
Sir Humphrey Davy determined that chlorine was a chemical element and named it
from the Greek word meaning greenish-yellow. One hundred and eighty-five years
later, chlorine compounds are ubiquitous components in the manufacturing of
paper, plastics, insecticides, cleaning fluids, antifreeze, paints, medicines,
and petroleum products. The unfortunate and unavoidable by-product of these
manufacturing processes is dioxin, one of the most toxic substances on the
planet earth. Dioxins are also produced whenever chlorine containing substances,
such as PVC, are burned.
Life as we know it will change, if a Greenpeace campaign is successful.
The powerful environmental group has mounted a well-organized campaign that has
as its objective nothing less than a total, worldwide ban on chlorine. With the
public health and billions of dollars at stake, the debate over chlorine has
become one of the world's most contentious and controversial issues. "Is a
chlorine-free future possible?" asked Bonnie Rice, a spokesperson for
Greenpeace's Chlorine Free Campaign. "Yes, it can be done without massive
disruption of the economy and of society, if it is done in the right matter."
(Gossen 94)
The chlorine industry and its allies say a total ban on chlorine would
be neither wise, possible, nor economically feasible. "We find the chlorine
campaign outrageous in its scope and purpose," explained Leo Anziano, the
Chairman of the Washington-based Chlorine Chemistry Council, and organization
that lobbies on behalf of the chlorine industry. "We believe it's based on pure
emotion and not on science. Without any real study, it's been determined that
all organochlorines (compounds containing chlorine) are harmful". The chlorine
industry has presented many statistics on what it says will be the cast to
society of substituting other substances for chlorine, and these figures are
staggering. The net cost to consumers would exceed $90 billion a year, about
$1,440 a year for a family of four, according to studies conducted by the
Chlorine Institute. About 1.3 million jobs depend on the chlorine industry, an
amount equal to the number of jobs in the state of Oregon. Wages and salaries
paid to those employees totaled more than $31 billion in 1990, approximately the
same as the total payroll that year for all state and local government employees
in Oregon. (WHO 94-95)
With its call for a total ban, Greenpeace has gone beyond common sense
and is jeopardizing the health and economic well-being of this country," Anziano
charged. Greenpeace is also well-armed with statistics. Their spokesmen argue
that, if implemented with careful planning, the transition to a chlorine-free
economy could save money, create new jobs, and be "economically and socially
just." Greenpeace puts the savings from phasing-out chlorine at $80 to $160
billion annually.
The phase out of chlorine would take place over a 30-year period and
would involve substituting what Greenpeace describes as "traditional materials
and non-chlorinated plastics." In the pulp and paper industry, for example, a
totally chlorine-free bleaching process would be implemented, while, in dry
cleaning, water based systems would replace chlorine-based solvents. Nothing is
more contentious in the chlorine debate than Greenpeace's firm position that all
chlorine and organochlorines threaten people and so should be banned. "Industry
produces more than 11,000 chlorine chemicals, each of which could take years of
study, " explains Jack Weinburg, a spokesperson for Greenpeace's Chlorine
Campaign. "Traditionally, we have looked at chemicals as being innocent until
proven guilty. We need to change that approach." (Greenpeace 94)
Industry warns that it is a big mistake not to distinguish among
chlorinated compounds because the mere presence of chlorine does not render a
compound carcinogenic or harmful. "Regulations should target specific
substances whose environmental harm has already been demonstrated through
rigorous scientific studies," says Anziano. "The sloppy reasoning used by
Greenpeace and their allies is no substitute for careful risk analysis."
Science aside, much of the chlorine debate has been emotional, and
nothing has made tempers flare more than the issue of whether a link exists
between breast cancer and chlorinated pesticides and other chlorine-based
chemicals. Greenpeace has released a report, "Chlorine, Human Health and the
Environment: The Breast Cancer Warning," which reviews "new scientific evidence"
linking chlorine-based chemicals to breast cancer, and epidemic that kills
50,000 women annually in the United States alone. Not surprisingly, industry
has produced its own "scientific evidence." For example, a study released by
CanTox, a Canadian environmental consolation group, concluded that "it is
evident ... the proposed causal association (of breast cancer) to bio-
accumulative chlorinated organic compounds should be rejected." (CMR 4)
This just proves the all-too clear point that a group, (namely
Greenpeace), points a finger at a problem and then starts making generalizations
about the causes and the effects of the problem, this not only causes a public
outcry for an answer to the problem, but also a united defense put up by the big
companies in question. This could be taken as a sign that they have something
to hide, but that is not very likely.
In the titanic struggle over chlorine's future, industry is clearly on
the defensive. Recognizing that the court of public opinion will be the final
arbiter on the issue, it has begun to shift its own public relations machine
into gear. The Chemical Manufacturers Association has established the Chlorine
Chemistry Counsel, which has a multi-million dollar budget, while big chemical
companies such as Dow Chemical have created full-time positions with names like
"Director of Chlorine Issues," "We need to offer the public a different view of
chlorine chemistry than the one the anti-chlorine forces have been purveying for
years", says Brad Lienhart, Managing Director of the Chlorine Chemistry Council.
The anti-chlorine camp, however, has garnered the support of several
influential scientific, environmental, and international organizations,
including the International Joint Commission on the Great Lakes, the Paris
Commission on the North Atlantic (a multinational-level meeting of 15 European
governments and the European Community), the 21-nation Barcelona Convention on
the Mediterranean, and the American Public Health Association.
Strong anti-chlorine sentiment exists in the White House, the United
States Environmental Protection Agency and in both the United States Senate and
House of Representatives. President Clinton's proposal for the Clean Water Act
involves a strategy for reducing or prohibiting chlorine use. Meanwhile, the
chlorine industry is worried that the Environmental Protection Agency watchers
might curtail or even ban the production of chlorine and organochlorines. These
developments are making many chemical companies such as Vulcan and Dow Chemical
look quietly for alternatives to chlorine and organochlorines. Dow, for example,
has created a new business called Advanced Cleaning Systems, or ACS for short,
which provides water-based cleaning technology for green industrial niches. "In
the future, we have to be more critical of irresponsible chlorine and
organochlorine use to protect the essential uses of both of these substances,"
Tom Parrott, Vulcan's Director of Environmental Health and Safety, explained to
Chemical week. (Lucas 94)
Though tempers seem to flare at this seemingly undecidable debate, the
basis of the debate seems to be the solution. Banning or getting rid of
chlorine, organochlorines, or most any other chemical can only cause more
problems than they will solve unless a proven and effective alternative is
developed to take the place of that chemical. Most everyday things would have
to drastically be altered to make suit for a complete chlorine ban, and that
would take a great deal of time, effort, and money to do.
If a ban on chlorine was implemented, who would be responsible for the
cost and maintenance of switching the equipment: the consumer, the producer,
Greenpeace and other environmental watch organizations, or the government? The
brunt of the cost would most likely fall into the hands of the consumers, which
would kill most middle and lower-class families.
Chlorine is a building block of most of our everyday conveniences and a
major player in most chemical compounds. Until a sturdy and cost-effective
alternative is made, most of the everyday consumers will still have to go on
using the same chlorine and organochlorine-based products that they have used
for years before.


Other sample model essays:

Chemistry / Chlorine
Chlorine Chlorine is (at room temperature) a greenish-yellow gas that can be readily liquefied at 5170 Tarr or 6.8 atmospheres, at 20 C (68 F), and has a very disagreeable odor. It"s El...
Science Research Papers / Cloning
Cloning Richard Pech 6-5-96 per. 7 Cloning, is it the thing of the future? Or is it a start of a new generation? To some, cloning could give back a life. A life of fun, happiness, ...
Chemistry / Cobalt
Cobalt My report is about the element Cobalt. Cobalt is the 27th element on the periodical table and has an atomic number of twenty-seven. It has a symbol of Co. CobaltĀ¹s atomic we...
Science Research Papers / CODEINE (C18 H2, NO3 H3PO4 1/2 H2O)
CODEINE (C18 H2, NO3 H3PO4 1/2 H2O) Our team researched the drug Codeine. We used several different sources to gather our information. We go information from Jay Moser and Sue Peterson, o...
The Study of Akali Metal Contamination in Road Side Soil IL 3; Experiment 1 October 31, 1996 Abstract Six soil samples were taken from a roadside that was expected to exhibit characte...
Biography Term Papers / Alexander Graham Bell
Alexander Graham Bell Alexander Graham Bell was born in 1847. As a child He took after his grandfather who was an actor who entertained people with his voice. Alexanders mother, who was d...
Science Research Papers / Radioactive Wastes
Radioactive Wastes Radioactive wastes, must for the protection of mankind be stored or disposed in such a manner that isolation from the biosphere is assured until they have decayed...
Chemistry / Copper
Copper Blake Adams Period 3 Grade 8 2/5/97 Copper is a mineral. it is not a plant or a animal. Copper is a metallic metal. It can never be broken down into differnet substances b...
Chemistry / Decomposition
Decomposition 12/09/96 Purpose: In this lab we will observe the products of decomposition of potassium perchlorate (KClO4). We will then predict from our results the correct chemical rea...
Determination of An Unknown Amino Acid From Titration Abstract Experiment 11 used a titration curve to determine the identity of an unknown amino acid. The initial pH of the solut...
Experience with Dream Essay - Reliable and great customer service. Quality of work - High quality of work.
Browns Mills, New Jersey, United States
Dream Essay - Very reliable and great customer service. Encourage other to try their service. Writer 91463 - Provided a well written Annotated Bibliography with great deal of detail per the rubric.
Browns Mills, New Jersey, United States
it is always perfect
Frederick, Maryland, United States
The experience with Dream Essay is stress free. Service is excellent and forms various forms of communication all help with customer service. Dream Essay is customer oriented. Writer 17663 is absolutely excellent. This writer provides the highest quality of work possible.
Browns Mills, New Jersey, United States
Only competent & proven writers
Original writing — no plagiarism
Our papers are never resold or reused, period
Satisfaction guarantee — free unlimited revisions
Client-friendly money back guarantee
Total confidentiality & privacy
Guaranteed deadlines
Live Chat & 24/7 customer support
All academic and professional subjects
All difficulty levels
12pt Times New Roman font, double spaced, 1 inch margins
The fastest turnaround in the industry
Fully documented research — free bibliography guaranteed
Fax (additional info): 866-332-0244
Fax (additional info): 866-308-7123
Live Chat Support
Need order related assistance?—Click here to submit a inquiry
© Dreamessays.com. All Rights Reserved.
Dreamessays.com is the property of MEDIATECH LTD