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Privatization
May Be Only Solution to Water System Crisis, Expert Says
Auburn,
June 19, 2002 --- Is
privatization the only way to save the nation’s crumbling water
and sewage treatment system?
A growing number of experts think so. They point to a recent EPA
report predicting that more than $650 billion will be needed by 2019
repair the nation’s increasingly outmoded water utilities.
Americans have
traditionally relied on publicly owned municipal utilities for
treated water. About 85 percent of what is now spent on upgrading
and maintaining these facilities come from fees charged to local
subscribers. The rest comes from federal loans and grants.
In recent years, however, federal appropriations have not kept pace
with population growth and the new array of stringent federal and
state drinking water standards with which local utilities are
required to comply.
Many experts are
increasingly concerned Congress will not be able to scrape together
the more than half-trillion dollars needed to upgrade the nation’s
utilities. But if Congress can’t foot the bill, who will?
"It could cost as much as $30 million just to upgrade a
small-town utility – a cost that couldn’t possibly be passed
along to local subscribers," says Dr. Jim Hairston, an Alabama
Cooperative Extension System water quality scientist.
Without federal funding,
Hairston says, privatization is turning out to be the only viable
option for many of these communities.
"You’re going to have it no matter what. We’re at the point
where privatization seems to be the only way to save small-town
utilities that otherwise can’t pass along the costs to their
customers."
"They will have no
other choice but to cap their wells and hook up to a privatized
water utility in a larger city better equipped to pass along some of
these costs to their customers."
Even so, Hairston says, there are drawbacks to water utility
privatization. For starters, what’s to be done with all sectors of
the population unable to afford the higher water and sewage prices
that may follow privatization?
"Water has
historically been viewed as a public domain product that can’t be
hoarded and sold at an unfair profit," Hairston says. "So
no matter how far you go with privatization, you’re still going to
have to have government involvement – some sort of subsidized
program so that the very poor have access to water and can pay for
it," he says.
This, Hairston believes, is one reason why privatized water
utilities ultimately may be regulated like other utilities, such as
power companies, which must seek the approval of state regulatory
commissions before raising prices.
One example of how
emerging regulatory trends are driving the push toward privatization
involves debate over new arsenic standards.
The current drinking water standard for arsenic, set at 50 ppb
(parts per billion), is viewed by many experts as inadequate,
especially in light of recent scientific studies showing a link
between ingestion of trace amounts of arsenic and certain forms of
cancer, especially skin cancer.
Partly for these
reasons, they are pressuring EPA to lower the arsenic standard to as
low as 3 parts per billion.
While some communities will have a relatively easy time complying
with this new standard, others will find it well nigh impossible
without adequate funding.
To comply with these
types of standards, communities typically have used relatively
cleaner water to dilute water with higher levels of a specified
contaminant.
The problem arises when these relatively cleaner water supplies are
not available.
"The problem is
that you have some states whose entire groundwater supply may
contain arsenic levels that are well below the current 50 ppb
federal standard but exceed the levels of 3 ppb that ultimately may
be imposed."
"This is one example of how complying with new standards could
cost millions of dollars," Hairston says.
So what does a
small-town utility do? Does it pass along the costs of complying
with these new regulations to its 850 subscribers, or does it
explore new options such as hooking up with a well-funded private
utility?"
"The answer should be obvious."
(Source: Dr. James E. Hairston, Extension Water Quality Scientist,
334-844-3973.)
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