CISEC Exam 2025 Update |Actual Exam Set Questions And Verified Answ
(Correct solutions) | Get It 100% Accurate!!
Minimize the discharge of pollutants in
Stormwater control design goal
stormwater.
Expected amount and frequency of pre-
cipitation, soil type and range, flow from
impervious surfaces, slopes, and BMPs
to control flow rates.
SW control design factors
Provide and maintain natural buffers
and/or equivalent erosion and sediment
Erosion and sediment control require-
controls for discharges to any receiving
ments
waters located within 50 feet of the site's
earth disturbances.
Towards vegetated areas, maximize in-
filtration and filtering to minimize pollu-
Directing stormwater tant discharges unless unadvisable due
to geological factors (GW contamination,
karst geography, etc.)
Must be installed upgradient of any nat-
Installing perimeter controls ural buffers, extend on the contour of a
slope with ends curved upwards.
Remove sediment before it has accumu-
lated to 1/2 the height of the control, and
Maintaining perimeter controls
if it is ineffective following a precipitation
event: extend or repair controls.
Restricting vehicle use to designated
points and installing tracking controls
Minimizing sediment track-out
like wheel washing, rumble plates, and
3-inch gravel.
1/8
, CISEC Exam 2025 Update |Actual Exam Set Questions And Verified Answ
(Correct solutions) | Get It 100% Accurate!!
Away from inlets or concentrated flow
areas, install a sediment barrier along
Managing stockpiles
downgradient areas, and if unused for
14+ days provide cover.
On areas of exposed soil, apply water or
Minimizing dust
other suppression techniques.
Minimize steep slope disturbances, pre-
Soil health factors serve native topsoil unless infeasible,
and minimize soil compaction.
Install protection measures that remove
sediment from discharges prior to entry
Inlet protection (not required for sites with a sediment
trap system); and clean or replace pro-
tections as sediment accumulates.
Must be appropriately suited for soil type
and treated discharges. Must be stored
Chemical use and storage in leak-proof containers under storm-re-
sistant covers and surrounded by sec-
ondary containment.
Must be stabilized and resistant to ero-
sion.
Timeline:
5 acres or less--begin stabilizing where
activity stops permanently or for more
Exposed soil than 14 days immediately, no more than
14 days.
More than 5 acres--begin stabilizing
where activity stops permanently or for
more than 14 days immediately, no more
than 7 days.
Must collect a sample from dewatering
Turbidity monitoring--dewatering discharge each day a discharge occurs,
and after it has been treated.
Turbidity benchmark 50 NTUs
Inspection frequency
2/8
(Correct solutions) | Get It 100% Accurate!!
Minimize the discharge of pollutants in
Stormwater control design goal
stormwater.
Expected amount and frequency of pre-
cipitation, soil type and range, flow from
impervious surfaces, slopes, and BMPs
to control flow rates.
SW control design factors
Provide and maintain natural buffers
and/or equivalent erosion and sediment
Erosion and sediment control require-
controls for discharges to any receiving
ments
waters located within 50 feet of the site's
earth disturbances.
Towards vegetated areas, maximize in-
filtration and filtering to minimize pollu-
Directing stormwater tant discharges unless unadvisable due
to geological factors (GW contamination,
karst geography, etc.)
Must be installed upgradient of any nat-
Installing perimeter controls ural buffers, extend on the contour of a
slope with ends curved upwards.
Remove sediment before it has accumu-
lated to 1/2 the height of the control, and
Maintaining perimeter controls
if it is ineffective following a precipitation
event: extend or repair controls.
Restricting vehicle use to designated
points and installing tracking controls
Minimizing sediment track-out
like wheel washing, rumble plates, and
3-inch gravel.
1/8
, CISEC Exam 2025 Update |Actual Exam Set Questions And Verified Answ
(Correct solutions) | Get It 100% Accurate!!
Away from inlets or concentrated flow
areas, install a sediment barrier along
Managing stockpiles
downgradient areas, and if unused for
14+ days provide cover.
On areas of exposed soil, apply water or
Minimizing dust
other suppression techniques.
Minimize steep slope disturbances, pre-
Soil health factors serve native topsoil unless infeasible,
and minimize soil compaction.
Install protection measures that remove
sediment from discharges prior to entry
Inlet protection (not required for sites with a sediment
trap system); and clean or replace pro-
tections as sediment accumulates.
Must be appropriately suited for soil type
and treated discharges. Must be stored
Chemical use and storage in leak-proof containers under storm-re-
sistant covers and surrounded by sec-
ondary containment.
Must be stabilized and resistant to ero-
sion.
Timeline:
5 acres or less--begin stabilizing where
activity stops permanently or for more
Exposed soil than 14 days immediately, no more than
14 days.
More than 5 acres--begin stabilizing
where activity stops permanently or for
more than 14 days immediately, no more
than 7 days.
Must collect a sample from dewatering
Turbidity monitoring--dewatering discharge each day a discharge occurs,
and after it has been treated.
Turbidity benchmark 50 NTUs
Inspection frequency
2/8
