Difference between revisions of "Sediment control practices - Outlet energy dissipation"
(Created page with "{{alert|This page is under development. We anticipate populating it in autumn, 2016.|alert-under-construction}}") |
|||
| Line 1: | Line 1: | ||
{{alert|This page is under development. We anticipate populating it in autumn, 2016.|alert-under-construction}} | {{alert|This page is under development. We anticipate populating it in autumn, 2016.|alert-under-construction}} | ||
| + | |||
| + | ==Outlet Energy Dissipation (Scour Protection)== | ||
| + | |||
| + | ===Definition=== | ||
| + | |||
| + | Permanent or temporary energy dissipators prevent erosion, turbulence, and turbidity where stormwater pipes or ditches discharge to unprotected areas, such as channel banks, slopes, or upslope outfall locations. Their main purpose is to reduce the speed of concentrated flows to prevent scour at conveyance outlets. This practice is also called Scour Protection or Outlet Protection. Common types of outlet protection devices include concrete aprons, riprap-lined basins, and settling (stilling) basins. | ||
Revision as of 16:33, 18 October 2016
This site is currently undergoing revision. For more information, open this link.
This page is under development. We anticipate populating it in autumn, 2016.
This page is under development. We anticipate populating it in autumn, 2016.
Outlet Energy Dissipation (Scour Protection)
Definition
Permanent or temporary energy dissipators prevent erosion, turbulence, and turbidity where stormwater pipes or ditches discharge to unprotected areas, such as channel banks, slopes, or upslope outfall locations. Their main purpose is to reduce the speed of concentrated flows to prevent scour at conveyance outlets. This practice is also called Scour Protection or Outlet Protection. Common types of outlet protection devices include concrete aprons, riprap-lined basins, and settling (stilling) basins.