Well water testing
I have
Coliform Bacteria in my
water. What do I do?
Coliform
bacteria is a common
contaminant in many
water supplies. Public
water supplies treat
for this condition
daily with chlorine. If
found in private well
water, it can also be
treated by chlorine
disinfection. In fact,
the most common
contaminant found in
untreated well water is
coliform bacteria. Most
are not harmful if they
are present at low
levels. However,
certain types such as
E.Coli or fecal
coliform, should not be
present even at low
levels. Annual
chlorination is
recommended for private
wells. There are other
treatment methods
available, such as
continuous chlorine
injection or UV
treatment. See Water
Treatment for more
information.
Well water problems
My
first draw lead sample
did not conform to
standards. What does
this mean?
Until
recently pipe solder
contained lead. As water sits in plumbing
pipes the lead
dissolves (especially
if the water is
acidic). The cheapest
and easiest way to
avoid exposure to lead,
in this instance, is to
only drink or cook with
water that has not been
in your plumbing pipes
for long. Prior to use,
run cold water until
the temperature
changes, from about
room temperature to
about 40F degrees. The
"cold" water
will be fresh from the
well!
I have
a water softener and my
water tested high for
sodium. What does this
mean?
The
water sample may have
been drawn when the
water softener shifted
into a backwash cycle
or repair or adjustment
of the water softener
may be necessary.
Contact the vendor or
manufacturer of the
water softener to
determine the best way
to proceed. Many home
owners have changed to
potassium chloride
instead of the more
commonly used sodium
chloride to avoid
problems, check with
the vendor or
manufacturer to
determine if this is
allowable.
The pH
of my well water does
not conform to
standards. What does
this mean?
The pH
is a measurement of the
acidity of water. The
lower the pH, the more
acidic the water. The
pH of most well water
is generally less than
7.0, for areas in sandy
soil, and higher if the
soil conditions are
rocky or contain
ñÚV– certain clays. In most
cases non-conformity is
due to a low pH
(<6.5). The pH of
water is not a primary
parameter, but it is
important. If the pH is
low, there is a greater
chance of certain
harmful metals, such as
lead, dissolving into
the water. Also, a low
pH can lead to
corrosion of plumbing
lines and fixtures.
Many types of bacteria,
such as iron related
bacteria, thrive in
waters at certain
levels of pH.
Non-conformity for high
pH is not as common,
but could indicate
leaching of caustic
substances into a water
supply. The pH of your
water should be in the
range of 6.5-8.5.
Will
you or your firm tell
anyone what is in my
water?
The
results of the 100
Parameter water test
will be released only
to you. The Private
Well Testing Act
results are reported to
the State Department of
Environmental
Protection and
sometimes to Local
Health Departments.
Do I
"have to"
address non
conformance?
If the
recently analyzed water
sample did not conform
to one of the standards
required by the PWTA it
is unlikely the
condition will clear up
on its own. If you
address non conformance
now you can enjoy the
benefits while you
continue to live in the
home.
How do
the 100 Parameter water
test parameters exceed
the testing parameters
required by the Private
Well Testing Act?
The
(Morris County) PWTA
tests for Total
Coliform, Nitrate,
Iron, Manganese, pH
VOCs, Lead and Arsenic.
In addition to PWTA
requirements the 100
Parameter tests forcomp Mercury, Sodium,
Hardness(CaCo3), PCB's
and Pesticides.
Below
is a list of common
well water contaminates
and their treatment
methods:
Well
Water Treatment Method
Index
1
-
Chlorination 2 -
Filtration 3 -
Distillation
4 -
Reverse Osmosis 5
- Ultra Violet Light
Systems
6 -
Special Ion Exchange
Systems 7 - Acid
Neutralizer 8 -
Water Softener 9
- A problem with your
water softener
Well water, well water problems and how to fix problems with well water when they are found by PWTA or other well water testing!
Parameter
Problem Treatment
Bacteria
Source of Disease 1,
2, 3, 4, 5
Heavy
Metals Threat To Health
3, 4
Copper/Lead
Potential Toxin 3,
4, 7
Sodium
Salty/Alkaline Taste
Potential Health Risk 2,
3, 4, 9
Iron
Aesthetic Problems
Discoloration/Bitter
Taste 8
Manganese
Aesthetic Problems
Discoloration/Bitter
Taste 8
Nitrate
Threat to Infant Health
3, 4, 6
Chloride
Salty/Alkaline Taste
Corrosive to Pipes 3,
4
Hardness
(Calcium) Aesthetic
Problems Cause of Scale
on Pipes 8
Hydrogen
Sulfide Aesthetic
Problems "Rotten
Egg" Smell 1, 2
Acidic
Water (low pH) Cause of
Corrosion Cause of Lead
Leaching 7