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Why should I maintain my wastewater treatment system?
When wastewater treatment systems are properly designed, constructed, and maintained,
they effectively reduce or eliminate most human health or environmental threats
posed by pollutants in household wastewater. However, they require regular maintenance
or they can fail. Systems need to be monitored to ensure that they work properly
throughout their service lives.
Save money. . .
A key reason to maintain your wastewater treatment system is to save money! Failing
systems are expensive to repair or replace, and poor maintenance is often the
culprit. Having your system inspected regularly (at least every 3 years) is a
bargain when you consider the cost of replacing the entire system. Your system
will need pumping (generally every 18 to 36 months) depending on how many people
live in the house and the size of the system. An unusable wastewater treatment
system or one in disrepair will lower your property value and could pose a legal
liability.
Treatment Field Maintenance
To protect your treatment field soil treatment system, regularly pump the sludge
and scum from the septic tank. Never leave more than three years between cleanings.
An uncleaned tank has a reduced working capacity that results in overloads that
send solids to the field, clogging the field and ruining its ability to dispose
of wastewater.
Compaction
Do not pave your treatment field or drive or park on it as these activities compact
the soil and damage the fields performance. Nothing heavier than a riding mower
should be allowed on the field. Also avoid putting pathways or planting anything
other than grass on top of the field.
Vegetation Cover
A field performs best if covered with grass and mowed regularly. The grass cover
and landscaping that channels rainwater away from the field improves its performance.
Surface Water Diversion
Direct water flowing from drains, downspouts, driveways, sump pumps away from
your treatment field as it must remain unsaturated for the bacterial action to
take place.
Consult an installer before major landscaping is undertaken. Changing the slopes
and elevations near your system can affect its performance.
Mounds, Sand Filters, Textile Filters and Package Treatment Plants
If one of these advanced treatment systems has been installed as part of your
system it requires regular maintenance by a trained professional. Your installer
will provide you with additional information on the operation and maintenance
of the unit. Common Maintenance includes: cleaning filters, resetting controls,
assessing sludge levels and inspecting and cleaning orifices and screens.
Things to Keep in Mind
Do have your system inspected (every one to three years) and pump your tank (as
necessary, generally every 18 - 36 months).
Do use water efficiently.
Don't dispose of household hazardous wastes in sinks and toilets.
Do plant only grass over and near your septic system. Roots from nearby trees
or shrubs might clog and damage the treatment field.
Don't drive or park vehicle on any part of your septic system. Doing so can compact
the soil in your treatment field or damage the pipes, tank, or other septic system
components.
Tank Cleaning
New home installation - Pumping the tank should occur within 6 to 12 months of
start-up. Often wastewater from a new home contains residues from painting, varnishing,
staining and cleaning which reduce bacterial activity and increase the risk of
solids damaging your soil treatment system.
Established home - Pumping will be needed every 18 to 36 months under normal
use. When the tank is pumped, be present to observe the level of sludge and scum
so you can adjust your cleaning schedule. Sludge should not rise higher than
one-third the depth of your tank. If you must pump your tank more often than
every 12 months you should increase your system capacity or decrease the wastewater
sent to the system.
Seasonal Use - If the septic system receives little or no use during the cold
months, do not pump the tank dry. It is best to leave about one foot of liquid
in the tank to maintain the bacterial action that produces heat that reduces
the risk of damage from freezing.
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