This app includes generation and transportation of TDG in lower Columbia River, you can generate TDG under any case of spill and see how it transports.

default-2023

input_0

input_9

input_10

input_11

input_12

input_13

input_14

input_15

input_16

input_17

input_18

input_1

input_19

input_20

input_21

input_22

input_23

input_24

input_25

input_26

input_27

input_28

input_2

input_29

input_30

input_31

input_32

input_33

input_34

input_35

input_36

input_37

input_38

input_3

input_39

input_40

input_41

input_42

input_43

input_44

input_45

input_46

input_47

input_48

input_4

input_49

input_50

input_51

<ul><li class="ql-align-justify">This app includes the generation and transportation of TDG in the Columbia River, you can generate TDG under any case of spill and see how it transports.</li><li class="ql-align-justify">There are three dams included in the app: Hugh Keenleyside Dam (HLK), Brilliant Dam (BRD), and Waneta Dam (WAN). In each dam, the following inputs are needed: Forebay and tailrace tailwater elevation (Forebay EL, Tailrace EL); Temperature; Forebay TDG level (%); Discharge in each operated spill gates (SPOGs &amp; LLOGs), and generating stations at HLK (ALGS), BRD (BRD Gen &amp; BRX Gen), and WAN (WAN Gen &amp; WAX Gen). Q_spill and Q_total are spill discharge and total discharge (spillways &amp; generating units), respectively.</li><li class="ql-align-justify">After all the needed data is entered into the app, the TDG distribution can be obtained by clicking “SUBMIT”.&nbsp;</li></ul>

The order of preference for gate openings:LLOG: 4 – 3 – 2 – 5 – 6 – 7 – 1 – 8 SPOG: 4&amp;3 – 2 – 1

The order of preference for gate openings:2 – 3 – 4 – 8 – 7 – 5 – 6 – 1

The order of preference for gate openings:2&amp;3&amp;4 – 5&amp;6 – 7&amp;8&amp;9 – 1

Generation and transportation of TDG in lower Columbia River

Similar apps: