Jellyfish Compliance with SEQ MUSIC Modelling Guidelines · MCU15/0122

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[OCR of page images]
Appendix C: MUSIC Transform Functions

 

 

 

 

 

  
  

 

 

 

 

 

 

  

 

 

Properbes of Huses Jellyfish JF-420024 E20) ([properies of tumes Jewynsn Iraz0024
Location Humes Jelfish JF-1200-2-1 Location Humes delish JF-1200-2-1
~ Inlet Properties — ——_ y-hlet Properties
Low ow By-pass (cubicmetres persec) 0.000 Low ow By-pass (cubic metres persec) 0.000
High Flow Bypass (cubiometres persec) 0.013 High Flow By-pass (cubicmetres perses) 0.013
Transfer Functions | Transfer Functions
Flow (cubic metres per séc) © Total Ntrogen (ng) © Flow (cubic metres per sec) (© Total Ntrogen img/L)
(@ Total Suspended Solids ng/L) © Gross Polutarts (cg/ML) (© Total Suspended Sotds (mg/L) Gross Polktants (kg/ML)
© Total Phosporus (mg/L) Total Phosporus (mg/L)
p Taal Solids (ng/t) Teta Phosporus (ng/L)
Transfer Functions ————__—_—_—_——
[Rares aierere (© Flow Based Capture Eiciency | ! (© Flow Based Capture Eficiency
Percentage Capture Concentration Eficeney Tender Function Percentage Capture
| Inflow (m*3/s)_|% Capture: | nftow (3/5) | Capture |
} ; aL Boe | ‘Total Phosponus (ng/L) 0.0000 00,0000
1.0000 100.0000 1.0000 100.0000
° o4 02 03 os
input |
Drag points onthe graph to mody the transfer function rag points on the graph to madiy the transfer function

 

 

 

 

    

 

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I | iows.. || netes.. |
(Miwa ee _|lvinen ieen)| +e |ovael

 

 

 

 

 

 

Properties of Humes Jellyfish JF-1200-2-4

 

 

 

 

     

 

 

 

 

 

J) [Properties of Humes Jelyfish JF-4200-24 (ee)
Location Humes Jeliish JF-1200241 Location Humes Jelyfish JF-1200241
(Wet Properties (let Proper
Low Faw By-pass (cubiemeres persec) 0.000 Low Flow Bypass (cubiemees persec) 0.000
‘High Flow By-pass (cubic metres per sec) 0.013 High Flow By-pass (cubic metres per sec) 0.013
[Transfer Functions Tensor inetions -
(© Flow (cubic metres per sec) (© (Total Htrogen (ng) Fw (cubie metres per sec) (O Total Nirogen (ng/t)
© Total Suspended Solds g/L) © Gross Potants (9/1) Total Suspended Soids (mg/l) Gross Polutans (g/t)
© Total Phosporue (mg/l) Total Phosponus mg/L)
et "Gross Poltarts k/ML)
Transfer Functions Transfer Functions
(© Concentration Based Capture Eicienoy (© Flow Based Captue Eficienay (© Concentration Based Capture Eiciency (© Flow Based Capture Eficiency
© Bath © Both
Concentration Efciency Transfer Function Percentage Capture Concentration Efciency Transfer Function Percentage Capture
Inflow (m*3/s)_|% Capture Inflow (m*3/s)_|% Capture
| Total Nirogen (mg/1) ara sine Gross Potutats f/ML) 0.0000 100.0000
1.0000 00,0000 1.0000 190.0000

Dutput

  

 

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10 20 30 40 50 60 70 80 90 100
Input

 

 

 

Drag points on the graph to modify the transfer function

 

 

 

 

 

 

 

‘Drag points on the graph to modify the transfer function

 

 

 

 

 

 

 

 

[Pies || Notes. | Fluxes, Notes.
Hicorce | <a || A Bosh | HK concet |] <P Beck || wo Bish

 

 

 

 

 

 

 

 

 

 

 

 

 

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