Drip Emitter Study Guide
Subsurface systems utilizing emitters may be used in conventional
lieu of______or other alternative absorption fields.
_______refers to the treatment of wastewater by Drip irrigation
pressurized, timed, irrigation below the land's surface.
Drip irrigation systems are designed and operated so land's surface
that there is no direct discharge of wastewater to the__.
The irrigated wastewater transpires to the Infiltration and percolation
atmosphere and enters the groundwater through
___________________________________________.
Organic constituents in the wastewater are consumed soil bacteria
or stabilized by___________.
, _______________are taken up by plants, nitrified by soil Organic and ammonia nitrogen
bacteria, lost to the atmosphere through denitrification,
leached into the groundwater or stored as soil nitrogen in
the site biota.
___________and many metal constituents are absorbed Phosphorus
into soil particles and taken up by plants.
Properly designed and operated wastewater irrigation percolate water
systems produce a________________of high quality and
thus protect ground and surface waters.
Drip irrigation technology is based on maintaining aerobic conditions
___________in the soil
_______________cycles must be established as part of the Dosing and resting
plan of operation and management.
In order for systems to maximize nitrogen removal root zone
and prevent nitrate nitrogen from contaminating
the groundwater, the installation of the subsurface
dripper lines should be within the____of the cover
vegetation.
The on-site waste water system will consist of aerobic pretreatment
_____________followed by a subsurface distribution
system utilizing emitters to distribute a controlled flow of
waste water to the soil.
Drip irrigation systems must be capable of providing application field(s)/zone(s)
an equal flow distribution of wastewater effluent
applied throughout the___at a predetermined
application rate.
It is imperative that all drip irrigation systems maintain effluent emission rates
uniform and accurate control of the___________.
Equipment must be provided that will identify and record wastewater flow
any fluctuations in the_____________through the system.
All equipment proposed for use must be certified and manufacturer
warranted by the____________that it has been tested
for
use with wastewater.
The manufacturer of the drip irrigation system emitters
should have a history of the usage of_with a
wastewater application.
A drip irrigation system may be sold as a complete package
______________________________.
Subsurface systems utilizing emitters may be used in conventional
lieu of______or other alternative absorption fields.
_______refers to the treatment of wastewater by Drip irrigation
pressurized, timed, irrigation below the land's surface.
Drip irrigation systems are designed and operated so land's surface
that there is no direct discharge of wastewater to the__.
The irrigated wastewater transpires to the Infiltration and percolation
atmosphere and enters the groundwater through
___________________________________________.
Organic constituents in the wastewater are consumed soil bacteria
or stabilized by___________.
, _______________are taken up by plants, nitrified by soil Organic and ammonia nitrogen
bacteria, lost to the atmosphere through denitrification,
leached into the groundwater or stored as soil nitrogen in
the site biota.
___________and many metal constituents are absorbed Phosphorus
into soil particles and taken up by plants.
Properly designed and operated wastewater irrigation percolate water
systems produce a________________of high quality and
thus protect ground and surface waters.
Drip irrigation technology is based on maintaining aerobic conditions
___________in the soil
_______________cycles must be established as part of the Dosing and resting
plan of operation and management.
In order for systems to maximize nitrogen removal root zone
and prevent nitrate nitrogen from contaminating
the groundwater, the installation of the subsurface
dripper lines should be within the____of the cover
vegetation.
The on-site waste water system will consist of aerobic pretreatment
_____________followed by a subsurface distribution
system utilizing emitters to distribute a controlled flow of
waste water to the soil.
Drip irrigation systems must be capable of providing application field(s)/zone(s)
an equal flow distribution of wastewater effluent
applied throughout the___at a predetermined
application rate.
It is imperative that all drip irrigation systems maintain effluent emission rates
uniform and accurate control of the___________.
Equipment must be provided that will identify and record wastewater flow
any fluctuations in the_____________through the system.
All equipment proposed for use must be certified and manufacturer
warranted by the____________that it has been tested
for
use with wastewater.
The manufacturer of the drip irrigation system emitters
should have a history of the usage of_with a
wastewater application.
A drip irrigation system may be sold as a complete package
______________________________.
