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3. Effluent Disposal Report · MCU19/0117
Advanced Enviro-septic Design Calculator V8.6 ©
"Always the BEST Option" until site and soil conditions rule it out.
Site
90 Beach Rd Noosa North Shore State Qld Post Code 4655
Address
Client
Date of Site Visit
Name
Designer Lic
Designers Designers Ph
Number
Name Number
Lic (eg.QBCC)
Plumber Ph Plumb / Drainer
Plumber
Number Lic Number
Name
Council Designers AES
Date 21/08/2019
Area Cert Number
This Calculator is a guide only, receiving soil classification, surface water, water tables and all other site constraints addressed by the qualified designer.
System Designers site and soil calculation data entry IMPORTANT NOTES
Enter the AES litre/meter loading rate, "30" for Advanced Secondary or "38" Secondary 30 >> This design is for an ADVANCED SECONDARY system
Is this a new installation Y or N y >> Minimun single vent size is 80mm or 2 x 50mm house vents
Number of person 8 a septic tank outlet filter is NOT RECOMMENDED
Daily Design Flow Allowance Litre/Person/Day 145
Number of rows required to suit site constrants 3 >> Longer AES runs are better than multiplule short runs.
Infiltration surface Soil Category as established by site and soil evaluation. CATEGORY 1
Design Loading Rate based on site & soil evaluation DLR (mm/day) 30
Bore log depth below system Basel area 2 >> Min depth below basel area is 600 mm to establish water table or restrictive layer
Enter System footprint Slope in % for standard AES systems to calculate extension
1 >> Some Councils have minimum falls to Land application areas ?
Is this design a gravity system with no outlet filter? Y or N y >> A House Vent & LOW VENT required on this system
PLEASE CHECK YOU HAVE FALL FROM TANK TO AES SYSTEM PIPES
COMMENTS :- " The outcome must be important to everyone. "
- Designers need to be familar with special requirements of Local Authorities. IE - Minimun falls from Septic tank outlets to Land application areas. etc
- Plumbers are reminded to practice good construction techniques as per AS 1547 and as provided on AES installation instructions supplied with components.
AES System Calculator Outcomes AES dimensions
Total System load - litres / day (Q). 1160 l/d AES System System Extension
Min Length of AES pipe rows to treat loading 12.9 lm Lth m : (L) 15.6 15.6
Number of FULL AES Pipe lengths per row 5 lths Width m:(W) 1.80 0.68
Sand Depth
Total Capacity of AES System pipe in Litres 3180 ltr. 0.75 0.15
:
AES Additional infiltration extension required 10.6 m2 Area m2 28.1 10.6
DO YOU WISH TO USE CUT LENGTHS OF PIPE IN THIS DESIGN? (ENTER Y)
IF YOU WISH TO USE A TRENCH EXTENSION DESIGN OPTION ENTER "Y" Enter Custom Width in metre
AES INFILTRATION FOOT PRINT AREA - L = Q / ( DLR x W) Length Width Minimum AES foot print required .
for this Basic Serial design is 15.6 x 2.48 = 38.7 m2 total
Code AES System Bill of Materials. Chankar Environmental Use Only
AES-PIPE AES 3 mtr Lths required 15 lths
AESC AESC Couplings required 12 ea
AESO AESO Offset adaptors 6 ea
AESODV AES Oxgen demand vent 1 ea
AES-IPB AES 100mm Inspection point base 2 ea
AES Equ AES Speed Flow Equaliser ea
AES DESO Double Offset Adaptors ea
TOTAL SYSTEM SAND REQUIRED (Guide Only) 27 m3
PLEASE email your AES CALC and Drawings to
[email protected] [email protected]
> The AES Calculator is a design aid to allow checking of the AES components and configuration and is a guide only. Site and soil
conditions referencing the AS 1547 standard are calculated and designed by a Quailified Designer.
> Chankar Environmental has no responsibility for the soil evaluation, loading calculations or DLR entered by the designer for this calculator.
> AES pipes can be cut to lenght on site. They are supplied in 3 meter lths only.
AES-Design-V8.6-Calculator © Copy Right - Chankar Environmental pty ltd 14/3/2016
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