Water Conveyance: Difference between revisions
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Water conveyance is an important and essential design component of a dam for a variety of reasons including: the consumption of water resources, the controlled release of attenuated flood surges during large [[precipitation]] events, regular [[environmental]] releases for maintaining riverine ecosystem health, hydropower generation, or emergency drawdown of the reservoir to prevent a catastrophic failure of the dam | Water conveyance is an important and essential design component of a dam for a variety of reasons including: the consumption of water resources, the controlled release of attenuated flood surges during large [[precipitation]] events, regular [[environmental]] releases for maintaining riverine ecosystem health, hydropower generation, or emergency drawdown of the reservoir to prevent a catastrophic failure of the dam. | ||
==Types of Water Conveyance== | ==Types of Water Conveyance== | ||
Depending on the type of release, different means of water conveyance can be used as follows: | |||
*[[Outlet Works]] | *[[Outlet Works]] |
Revision as of 23:30, 28 November 2022
Flow over a labyrinth weir at Lake Scranton Dam. |
Water conveyance is an important and essential design component of a dam for a variety of reasons including: the consumption of water resources, the controlled release of attenuated flood surges during large precipitation events, regular environmental releases for maintaining riverine ecosystem health, hydropower generation, or emergency drawdown of the reservoir to prevent a catastrophic failure of the dam.
Types of Water Conveyance
Depending on the type of release, different means of water conveyance can be used as follows:
- Outlet Works
- Gates/Bulkheads
- Spillways
- Overtopping Protection
- Siphons
- Penstocks
- Flumes
- Canals
- Tunnels
- Energy Dissipation
Trainings
On-Demand Webinar: Hydraulics 101: Intro to Hydraulics for Dam Safety
On-Demand Webinar: Hydraulics 201 for Dam Safety
Revision ID: 4627
Revision Date: 11/28/2022