NSW local government waste and resource recovery data

NSW local government waste and resource recovery data report

as reported by councils

2008–2009

NSW Local Government Waste and Resource Recovery Data Report 2008–2009

Disclaimer

The Office of Environment and Heritage, Department of Premier and Cabinet has made all reasonable

efforts to ensure that the contents of this document are factual and free of error. However the State of

NSW and the Office of Environment and Heritage shall not be liable for any damage or loss which may

occur in relation to any person taking action or not on the basis of this document.

Published by:

Office of Environment and Heritage

Department of Premier and Cabinet

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Fax: (02) 9995 5999

TTY: (02) 9211 4723

Email: [email protected]

Website: www.environment.nsw.gov.au

OEH 2012/0063

ISBN 978 1 74293 326 9

Published February 2012

© Copyright State of NSW and the Office of Environment and Heritage,

Department of Premier and Cabinet 2012

The Office of Environment and Heritage, Department of Premier and Cabinet and the State of NSW

are pleased to allow this material to be reproduced in whole or in part, provided the meaning is

unchanged and its source, publisher and authorship are acknowledged.

3NSW Local Government Waste and Resource Recovery Data Report 2008–2009

Contents

Background 6

1. Kerbside collection of recyclables 7

1.1 Dry recyclables collection 7

1.2 Kerbside organics collection 12

2. Kerbside residual waste collection for landfill or AWT 17

3. Kerbside Clean up/Hard waste collection 23

4. Drop off facilities provided by councils 24

5. Domestic Waste Resource Recovery rates 25

6. Domestic waste management charges 30

Glossary 30

List of figures

Figure 1: NSW councils providing kerbside recycling collection services 8

Figure 2: Average reported kerbside dry recyclables collected per household per week across

local government areas 9

Figure 3: Average reported weekly quantity collected of household recyclables, by collection system 10

Figure 4: Kerbside dry recycling reported as collected in NSW from 2000–01 to 2008–09 10

Figure 5: Average household recyclables reported as collected per week in NSW 2000–01 to

2008–09 11

Figure 6: Annual quantity and weekly per capita reported as collection of dry recyclables in NSW

2000–01 to 2008– 09 11

Figure 7: NSW councils providing kerbside garden organics collection services 13

Figure 8: Average quantity of household garden organics reported as collected across local

government areas 14

Figure 9: Average weekly quantity collected of household garden organics, by collection system 15

Figure 10: Kerbside garden organics reported as collected in NSW from 2000–01 to 2008–09 15

Figure 11: Average weekly quantity reported as collected of household garden organics per

household in NSW, 2000–01 to 2008–09 16

Figure 12: Annual quantity and average weekly collection of garden organics per capita in NSW,

2000–01 to 2008–09 16

Figure 13: NSW councils providing kerbside residual waste collection services 17

Figure 14: Average quantity reported as collected of household residual waste, across local

government areas 18

Figure 15: Average weekly quantity reported as collected of household residual waste,

by collection system 19

Figure 16: Kerbside residual waste reported as collected in NSW from 2005–2006 to 2008–2009 20

4 NSW Local Government Waste and Resource Recovery Data Report 2008–2009NSW Local Government Waste and Resource Recovery Data Report 2008–2009

Figure 17: Average weekly quantity reported as collected household residual waste in NSW

2005–06 to 2008–09 20

Figure 18: Annual total quantity and average weekly per capita quantity reported as collected

of residual waste 21

Figure 19: Domestic waste recovered by AWT by region 22

Figure 20: NSW councils with a kerbside clean up service 23

Figure 21: NSW councils providing a recycling drop off facility 24

Figure 22: Reported recovery materials by category 25

Figure 23: SMA Recovery Rate 2008–09 26

Figure 24: ERA Recovery Rate 2008–09 27

Figure 25: Rest of the state recovery rate 2008–09 28

List of tables

Table 1: Total Domestic Resource Recovery Rates 2005–06 to 2008–09 5

Table 2: Annual NSW reported tonnages of recyclables collected at kerbside Tonnes (000’s) 7

Table 3: Percentage coverage of household and population with a dry recycling service in NSW 7

Table 4: Average reported annual dry recyclables collected by household and population 8

Table 5: Average reported annual quantity collected of household dry recyclables, by collection

system 9

Table 6: Percentage coverage of household and population with garden organics service in NSW 12

Table 7: Average annual quantity of garden organics reported as collected by household and

population 13

Table 8: Average annual quantity collected of household garden organics, by collection system 14

Table 9: Percentage coverage of household and population with a residual waste service in NSW 17

Table 10: Average annual quantity of residual waste collected by reporting councils by household

and population 18

Table 11: Average annual quantity reported as collected of household residual waste,

by collection system 19

Table 12: Total Domestic Resource Recovery Rate Trend 25

Appendices

Appendix 1: Waste and resource recovery services 2008–09 33

Appendix 2: Resource recovery rates (Total domestic and kerbside) 2008–09 39

Appendix 3: Kerbside generation by household and population 2008-09 46

Appendix 4: Predominant BIN size and collection frequency 2008–09 52

Appendix 5: Domestic waste management charges 2008–09 58


Executive summary 2008–2009

This is the fourth annual report outlining the performance of local government councils’

kerbside and drop-off waste, recycling and resource recovery services in NSW based on

information provided by Councils. The report amalgamated and relied entirely on the

data reported by individual councils.

Reported kerbside collection of dry recyclables and household organics:

� There has been a progressive increase in the overall recycling performance from

kerbside dry recyclables and garden organics from 644,000 tonnes in 2000–01 to

1.033 million tonnes in 2007–08 and 1.043 million tonnes in 2008–09

� An average 5.34 kg per week of dry recyclables were collected at the kerbside per

household in 2008–09, for the 123 councils that reported dry recycling kerbside

collections

� Total dry recyclables collected at the kerbside increased by 238,000 tonnes or

53% relative to 2000–01, to reach 687,235 tonnes in 2008–09

� An average 4.73 kg per week of household organics were collected at the

kerbside per household in 2008–09, for the 57 councils that reported

� Total household organics collected at the kerbside increased by 160,662 tonnes

or 83%, relative to 2000–01, to reach 355,258 tonnes in 2008–09

Reported residual waste collections:

� An average 12.43 kg per week of residual waste was collected at the kerbside per

household in 2008–09, for the 145 councils that reported

� Total residual waste collected at the kerbside increased by 23,919 tonnes or 1.5%,

relative to 2005–06, to reach 1,664,486 tonnes in 2008–09

� The amount of residual waste collected that was reported as recovered through

an Alternative Waste Technology (AWT) treatment facility was 143,799 in 2008–09.

Reported kerbside clean up:

� Total kerbside cleanup collection of waste, for the 87 councils that reported, was

153,202 tonnes in 2008–09, of which 41,172 tonnes were recycled

Drop off facilities:

� Total reported domestic waste dropped of, at the 103 councils that reported, was

494,623 tonnes in 2008–09, of which 237,808 was recycled

Household waste resource recovery rate:

� NSW total domestic recovery rate (Includes kerbside, clean up and drop off ) has

increased from 37.8% in 2005–06 to 43.7% in 2008–09

Table 1: Total Domestic Resource Recovery Rates 2005–06 to 2008–09

Recovery rate 2005–06 2006–07 2007–08 2008–2009

NSW 37.8% 40.8% 43.2% 43.7%

6 NSW Local Government Waste and Resource Recovery Data Report 2008–2009

OEH acknowledges the cooperation and contribution of all NSW councils in providing the data presented within this report. Please note that the information within this report is entirely dependent on the accuracy of data supplied by councils in the 2008-09 survey. While OEH has made an effort to verify the information supplied by councils wherever possible, OEH is not able to validate the raw data that forms the basis of this report.

Background

This report amalgamated information provided by individual councils in response to

Office of Environment and Heritage (OEH) survey of all NSW local government councils

to determine the characteristics of the waste and resource recovery services available to

residents of NSW for the year 2008–09. The survey incorporated the information required

under the National Environment Protection Measure (NEPM) for Used Packaging

Materials1 in addition to information relating to domestic resource recovery as well as

waste collection and disposal. Not all councils reported on all items in the survey.

This report should assist councils in making decisions and assessing progress against the

goals and targets in the NSW Waste Avoidance and Resource Recovery Strategy 2.

This report contains information as follows:

Population figures that were used for per capita calculations are derived from the

Australian Bureau of Statistics (ABS) population estimates3. The population figures used

are from, and refer to, population projections as at 30 June 2008. OEH used the figure

from the start of the financial year as the ABS does not release the next year’s figures

until December.

1 For further information: www.ephc.gov.au

2 For further information: www.environment.nsw.gov.au

3 ABS: Cat. No. 3218.0.55.001 Regional Population Growth, Australia – companion data


1. Kerbside collection of recyclables

Collection of kerbside dry recyclables and organics has progressively increased since the commencement

of reporting, from 644,021 tonnes in 2000–01 to 1.033 million tonnes in 2007–08 and 1.042 million tonnes

in 2008–09.

Table 2: Annual NSW reported tonnages of recyclables collected at kerbside Tonnes (000’s)

2000–01 2001–02 2002–03 2003–04 2004–05 2005–06 2006–07 2007–08 2008–09

Dry recyclables 449.43 487.45 539.07 581.40 592.23 609.33 661.47 689.73 687.23

Organics 194.60 207.06 198.40 205.08 226.19 270.40 288.85 343.65 355.26

Total kerbside 644.03 694.51 737.47 786.48 818.42 879.73 950.33 1,033.38 1,042.49

1.1 Dry recyclables collection

Most councils were able to obtain data from the facilities receiving and processing their dry recyclables.

However, some councils may have only been able to provide an estimate of tonnes of recycled material

and the quality of data may vary.

One hundred and twenty four (124) of all NSW councils provided a kerbside dry recyclables collection

service, reaching 98% of all households and 98% of the entire population in NSW (Figure 1). Service

availability varied across NSW.

Table 3: Percentage coverage of household and population with a dry recycling service in NSW

Region

No. of councils

providing service

Household Population

Total4 Percentage %5 Total6 Percentage %7

NSW 124 2,605,024 97.64% 6,820,550 97.67%

SMA8 38 1,448,007 100.00% 3,907,232 100.00%

ERA9 13 517,189 100.00% 1,328,052 100.00%

Rest of the state 73 639,828 91.04% 1,585,266 90.70%

4 Represents all households within those councils offering a kerbside recycling service

5 Coverage percentage against all households in NSW/Regions offering a service

6 Represents entire population within those councils offering a kerbside recycling service

7 Coverage percentage against entire population in NSW/Regions offering a service

8 Sydney Metropolitan Area

9 Extended Regulated Area


Figure 1: NSW councils providing kerbside recycling collection services

An average of 278kg of dry recyclables was collected per household with a recycling service in 2008–09.

This equates to an average of 5.34kg per household or 1.94kg per person, per week.

Table 4: Average reported annual dry recyclables collected by household and population

Region

No. of Councils

reporting

Household 10 Population 11

Annual

kg/hh/yr

Weekly

kg/hh/wk

Annual

kg/capita/yr

Weekly

kg/capita/wk

NSW 123* 277.88 5.34 100.82 1.94

SMA 38 285.54 5.49 102.48 1.97

ERA 13 267.07 5.14 103.87 2.00

Rest of the state 72 268.57 5.16 94.16 1.81

* Represents only those councils reporting the dry recycling collection figures

Annual average reported collection of dry recyclables in the SMA (285.54 kg/hh/yr) was slightly higher

than the state average for councils that report on the service. Of the 123 councils in NSW that provided a

kerbside dry recyclable collection, 23 had collected less than 4 kg per household per week, and 31 councils

exceeded 6 kg on average (Figure 2).

10 Based on total number of households within reporting councils

11 Based on total population within reporting councils


Figure 2: Average reported kerbside dry recyclables collected per household per week across

local government areas

0

5

10

15

20

25

30

35

40

45

1 2 3 4 5 6 7 8 9 10 More

Average 5.34 kg/hh/wk

Household dry recycling yield (kg/hh/wk)

No

. of

cou

nci

ls

NSW councils used 10 different dry recycling collection systems in 2008–09 (Table 5). OEH’s preferred

collection systems for dry recyclables (either 240L fully commingled MGB or dual 120L MGBs for paper and

containers) was used by 91 councils in total. Standardised collection systems facilitate education, improve

understanding and use of recycling systems by residents.

Table 5: Average reported annual quantity collected of household dry recyclables, by

collection system12

Collection system SMA ERA

Rest

of the

state

No. of

councils

Household collections

kg/hh/yr kg/hh/wk

240L MGB 29 10 50 89 282.31 5.43

240L MGB split (Paper/Commingled) – 3 1 4 220.66 4.24

240L MGB split (Recyclables/Waste) – – 2 2 224.12 4.31

140L MGB 1 – 2 3 243.37 4.68

120L MGB – – 2 2 178.71 3.44

2 x 120L MGB Dual Bins 2 – – 2 330.31 6.35

55L MGB – – 2 2 315.29 6.06

Bag – – 2 2 184.55 3.55

Crate 1 – 9 10 275.89 5.31

Other * 5 – 2 7 211.34 4.06

No kerbside recycling collection service – – 26 26 – –

* Combination of Tied and Bundled + Crate+ MGBs, or mix of MGBs, or crates + MGBs

12 The average annual figure is based on predominant bin size and larger proportion of dwelling types within councils. Also excludes non

reporting councils for the period.


Figure 3 compares average weekly household dry recyclables collected with collection system type. One

preferred collection systems using 240L MGB collected an average of 5.43 kg/hh/wk and was used by 72%

of the councils with kerbside recycling service. The other preferred system with 2x120L MGBs showed the

highest average collection level for 2008–09 only two councils within SMA used this system type.

Figure 3: Average reported weekly quantity collected of household recyclables, by collection

system

Ho

use

ho

ld c

oll

ec

tio

ns

(kg

/hh

/wk

)

Bin size

5.43

4.24 4.314.68

3.44

6.35 6.06

3.55

5.31

4.06

1.00

0

2.00

3.00

4.00

5.00

6.00

7.00

240L MGB

240L MGBSplit (P/C)

240L MGBSplit (W/R)

140L MGB

120L MGB

2x120L MGB

55L MGB

Bag Crate * Other

Kerbside collection of dry recyclables decreased slightly (0.3%) in 2008–09 relative to 2007–08. The SMA

and the rest of the State reported a 2.4% and 2.8% drop and the ERA reported a 2% increase. Total dry

recyclables collected at the kerbside in NSW in 2008–09 was 687,235 tonnes with: 400,425 tonnes from the

SMA; 137,949 tonnes from the ERA; and 148,861 tonnes from the rest of the State.

Despite the slight decrease in the quantity of dry recyclables in 2008–09, about 238,000 more tonnes or

52.91% more was collected in 2008–09 relative to 2000–01 collection figures.

Figure 4: Kerbside dry recycling reported as collected in NSW from 2000–01 to 2008–09

Ton

ne

s (0

00

’s)

Year

449.43

487.45

539.07

581.40 592.23609.33

661.47689.73 687.23

350

450

550

650

750

2000-01 2001-02 2002-03 2003-04 2004-05 2005-06 2006-07 2007-08 2008-09


Average household recyclables collected per week increased steadily from 4.70kg in 2001–02 to 5.34 kg in

2008–09 period.

Figure 5: Average household recyclables reported as collected per week in NSW 2000–01 to

2008–09

kg

/hh

/wk

Year

4.70

4.53

4.86

5.095.04

5.00

5.305.34 5.34

4.50

4.70

4.90

5.10

5.30

5.50

2000-01 2001-02 2002-03 2003-04 2004-05 2005-06 2006-07 2007-08 2008-09

Similarly, the average per capita collection of dry recyclables increased in line with an overall increase in

the quantity of dry recyclables collected in NSW (Figure 6). The increases may be due to both an increase

in councils offering a new or expanded recycling service and improved recycling behaviour by residents.

Figure 6: Annual quantity and weekly per capita reported as collection of dry recyclables in

NSW 2000–01 to 2008– 09

Ton

ne

s (0

00

’s)

kg

/ca

/wk

Year

100

0

200

300

400

500

600

700

2000-01 2001-02 2002-03 2003-04 2004-05 2005-06 2006-07 2007-08 2008-09

0.50

1.00

1.50

2.00

2.50

3.00

Kerbside dry recycling (tonnes) Kilograms per capita per week

0


Environmental benefits of recovering dry recyclablesRecycling results in the avoidance of environmental impacts associated with resource extraction, materials

production and manufacturing processes. The environmental benefits of the community recycling 687,235

tonnes of dry recyclables in NSW during 2008–09 are demonstrated using the Environmental Benefits of

Recycling Calculator 13. The indicators used in the calculator are greenhouse benefits, energy and water

savings, as well as landfill space saved. All benefits are net benefits, that is, they are the benefits after the

average impacts of collection, transporting and reprocessing have been accounted for.

The recycling of 687,235 tonnes of resources also saves 1,893,850 m3 of landfill space, 82,881 cars

permanently removed from the road, 52,992 household’s annual electricity requirements and 121,702

peoples annual water usage.

1.2 Kerbside organics collection

Sixty NSW councils provided kerbside garden organics collections in 2008–09, reaching 67% of households

in NSW (Table 6 and Figure 7). Some councils could only provide estimates of quantities recovered.

Table 6: Percentage coverage of household and population with garden organics service in NSW

Region

No. of councils pro-

viding service


Total 14 Percentage %15 Total 16 Percentage %17

NSW 60 1,780,034 66.72% 4,539,900 65.01%

SMA 32 1,106,736 76.43% 2,869,649 73.44%

ERA 8 349,911 67.66% 886,692 66.77%

Rest of the state 20 323,387 46.02% 783,559 44.83%

13 For further information: http://www.environment.nsw.gov.au/warr/BenefitRecycling.htm

14 Represents all households within those councils offering a kerbside garden organics service


16 Represents entire population within those councils offering a kerbside garden organics service



Figure 7: NSW councils providing kerbside garden organics collection services

An average of 246 kg of garden organic material was collected per household in 2008–09 in those councils that

provided and reported on that service. That equated to an average of 4.73 kg per household per week or 1.56

kg per person per week. 57 councils reported collection quantities.

Table 7: Average annual quantity of garden organics reported as collected by household and

population*

Region

No. of councils

reporting


Annual

kg/hh/yr

Weekly

kg/hh/wk

Annual

kg/ca/yr

Weekly

kg/ca/wk

NSW 57 * 246.04 4.73 81.14 1.56

SMA 31 235.25 4.52 77.57 1.49

ERA 7 252.42 4.85 90.68 1.74

Rest of the state 19 282.66 5.44 84.50 1.62

* Represents only those councils reporting garden organics collection figures.




Figure 8: Average quantity of household garden organics reported as collected across local

government areas

0

3

6

9

0 1 2 3 4 5 6 7 8 9 10 More

Average 4.73 kg/hh/wk

No

. of

cou

nci

ls

Household garden organics yield (kg/hh/wk)

In 2008–09, the most common garden organics collection system provided by councils was a 240L MGB.

Of those, 34 councils collected fortnightly and 8 councils collected weekly. The other common collection

system was a combination of various systems – tied and bundled, crates, MGB’s or mixture of these

systems; collected fortnightly, on call or monthly. Fourteen (14) councils used the combination (Others)

system, of which 5 councils collected fortnightly and 9 councils collected on call or monthly.

The OEH preferred resource recovery practices by Local Councils Guide recommends a 240L MGB

collected fortnightly for councils with high volumes of 175 kg or more per household per year.

Table 8: Average annual quantity collected of household garden organics, by collection system20


Rest of

the state

No. of

councils


kg/hh/yr kg/hh/wk

240L MGB (Fortnightly) 17 5 12 34 285.35 5.49

240L MGB (Weekly) 3 – 5 8 392.50 7.55

Others (Fortnightly)* 5 – – 5 173.41 3.33

Others (On call/Monthly)** 6 2 1 9 118.70 2.28

240L MGB (Monthly) – – 1 1 111.22 2.14

No service 6 4 77 89 – –

* Combination of Tied and Bundled + Crate+ MGBs, or mix of MGBs, or crates + MGBs. Collected fortnightly

** Combination of Tied and Bundled + Crate+ MGBs, or mix of MGBs, or crates + MGBs. Collected monthly or on call




Figure 9 below compares the average weekly quantity collected of household garden organics with collection

system type. The 34 councils who used the fortnightly 240L MGB collection system were geographically spread

across the SMA, ERA and the rest of the State and collectively serviced over 907,000 households.

Figure 9: Average weekly quantity collected of household garden organics, by collection system

Ho

use

ho

ld y

ield

(k

g/h

h/w

k)

Bin size

5.49

7.55

3.33

2.28

1.00

0

2.00

3.00

4.00

5.00

6.00

7.00

8.00

240L (f'nightly) 240L (weekly) Other (f'nightly) Other (call/month)

Garden organics collected at the kerbside around NSW increased by 160,662 tonnes, or 82.6%, compared

to 2000–01 data, to a total of 355,258 tonnes in 2008–09:

� 219,592 tonnes from the SMA

� 71,893 tonnes from the ERA

� 63,772 tonnes from the rest of the State.

Figure 10: Kerbside garden organics reported as collected in NSW from 2000–01 to 2008–09

Ton

ne

s (0

00

’s)

Year

194.60207.06

198.40 205.08

226.19

270.40288.85

343.65355.26

150

200

250

300

350

400

2000-01 2001-02 2002-03 2003-04 2004-05 2005-06 2006-07 2007-08 2008-09


The average weekly quantity collected of household garden organics per household has increased since

2004–05 to an average 4.73 kg per household per week in 2008–09 (Figure 11).

Figure 11: Average weekly quantity reported as collected of household garden organics per

household in NSW, 2000–01 to 2008–09

kg

/hh

/wk

Year

3.93 3.88

3.593.50

3.32

4.19 4.22

4.68 4.73

3.00

3.25

3.50

3.75

4.00

4.25

4.50

4.75

5.00

2000-01 2001-02 2002-03 2003-04 2004-05 2005-06 2006-07 2007-08 2008-09

The overall increase in garden organics collected in NSW may be explained by the continued increase in

the number of councils offering a kerbside garden organics collection service in recent years. The average

weekly collected quantity of garden organics per capita has increased steadily from 2004–05 to 1.85 kg in

2008–09 (Figure 12).

Figure 12: Annual quantity and average weekly collection of garden organics per capita in

NSW, 2000–01 to 2008–09

100

200

300

400

2000-01 2001-02 2002-03 2003-04 2004-05 2005-06 2006-07 2007-08 2008-09

0.50

00

1.00

1.50

2.00

2.50

3.00

Ton

ne

s (0

00

’s)

kg

/ca

/wk

Year

Kerbside garden organics (tonnes) Kilograms per capita per week


2. Kerbside residual waste collection for landfill or AWT

In 2008–09, 151 councils provided kerbside residual waste collection service, reaching over 99% of all

households and entire population in NSW. Access to collection varied across NSW; with 100% of

households receiving collection services in the SMA and ERA and over 99% in the Rest of the State.

Table 9: Percentage coverage of household and population with a residual waste service in NSW

Region

No. of councils

providing service


Total 21 Percentage % 22 Total 23 Percentage %24

NSW 151 2,667,252 99.97% 6,981,346 99.98%

SMA 38 1,448,007 100.00% 3,907,232 100.00%

ERA 13 517,189 100.00% 1,328,052 100.00%

Rest of the State 100 702,056 99.90% 1,776,062 99.90%

Figure 13: NSW councils providing kerbside residual waste collection services

21 Represents all households within those councils offering a kerbside residual waste service


23 Represents entire population within those councils offering a kerbside residual waste service



An average of 646 kg of residual waste was collected per household from the 145 councils in 2008–09 that

provided data, averaging 12.43 kg per household per week and 4.61 kg per person per week.

Table 10: Average annual quantity of residual waste collected by reporting councils by

household and population

Region

No. of councils

reporting


Annual

kg/hh/yr

Weekly

kg/hh/wk

Annual

kg/ca/yr

Weekly

kg/ca/wk

NSW 145 * 646.34 12.43 239.59 4.61

SMA 38 652.12 12.54 239.88 4.61

ERA 13 638.12 12.27 248.28 4.77

Rest of the state 94 639.83 12.30 232.18 4.47

* Represents reporting Councils only.

Quantity range of residual waste collected per household per week by the councils is categorised as:

Between 10 and 15 kg – 55 councils

Between 5 and 10 kg – 44 councils

More than 15 kg – 45 councils

Less than 5 kg – 1 council

Non reporting – 7 councils

Figure 14: Average quantity reported as collected of household residual waste, across local

government areas

0

10

20

30

40

50

60

5 10 15 20 25 30 35 40 More

Ave 12.43 kg/hh/wk

No

. of

cou

nci

ls

Household residual waste yield (kg/hh/wk)




Six different residual waste collection systems were used by NSW councils (Table 11). 80 councils used a

240L MGB system. 56 councils adopted OEH’s preferred resource recovery practices for residual waste

collection (80L MGB, 120L MGB, or 140L MGB).

Table 11: Average annual quantity reported as collected of household residual waste, by

collection system27


Rest of

the state

No. of

councils


kg/hh/yr kg/hh/wk

240L MGB 15 7 58 80 796.12 15.31

240L MGB split (W/R) – – 3 3 673.08 12.94

140L MGB 8 2 15 25 605.67 11.65

120L MGB 12 3 11 26 650.08 12.50

80L MGB 3 1 1 5 460.52 8.86

Other * – – 10 10 829.17 15.95

Not Available – – 2 2 – –

No kerbside residual collection service – – 1 1 – –

* Combination of Tied and Bundled + Crate+ MGBs, or mix of MGBs, or crates + MGBs

Figure 15: Average weekly quantity reported as collected of household residual waste, by

collection system

Ho

use

ho

ld y

ield

(k

g/h

h/w

k)

Bin size

15.31

12.9411.65

12.50

8.86

15.95

2.00

0

4.00

6.00

8.00

10.00

12.00

14.00

16.00

18.00

240L MGB 240L MGB

Split (W/R)

140L MGB 120L MGB 80L MGB * Other




In 2008–09, total quantity of residual waste collected at the kerbside in NSW was 1,664,586 tonnes:

� 937,266 tonnes from the SMA

� 329,729 tonnes from the ERA

� 397,591 tonnes from the rest of the State

Figure 16: Kerbside residual waste reported as collected in NSW from 2005–2006 to 2008–2009

Ton

ne

s

Year

1,640,666 1,645,550 1,698,486 1,664,586

0

500,000

1,000,000

1,500,000

2,000,000

2005-06 2006-07 2007-08 2008-09

The total amount of kerbside residual waste collected dropped by 33,900 tonnes (2.0%) in 2008–09

compared to 2007–08, however there has been an overall increment of 1.5% in the total amount of

kerbside residual waste collected since 2005–06.

Figure 17: Average weekly quantity reported as collected household residual waste in NSW

2005–06 to 2008–09

kg

/hh

/wk

Year

12.62

12.47

12.54

12.43

12.40

12.45

12.50

12.55

12.60

12.65

2005-06 2006-07 2007-08 2008-09


Though there has been an overall increment in the total amount of kerbside residual waste collection since

2005–06, the reported average weekly amount has decreased since then to 12.43 kg/hh/wk, with a slight

increase in 2007–08.

Figure 18: Annual total quantity and average weekly per capita quantity reported as collected

of residual waste

0

Ton

ne

s (0

00

’s)

kg

/ca

/wk

Year

Residual waste (tonnes) Kilograms per capita per week

400

800

1,200

1,600

2005-06 2006-07 2007-08 2008-09

4.30

4.40

4.50

4.60

4.70

4.80

Similar to the average household collection, the average per capita collection of kerbside residual waste

has decreased relative to 2005–06.


Alternative Waste Treatment (AWT)Not all domestic residual waste collected at kerbside goes to landfill; some goes to Alternative Waste

Treatment (AWT) facilities. AWT can use a range of different mechanical and biological treatment

technologies to treat or process residual waste. Depending on the technology and the operation of the

facility, these plants can: recover additional physical and organic resources from residual waste; recover

energy from the waste; stabilise waste material prior to landfill to reduce greenhouse gas emissions and

reduce the mass of waste that goes to landfill and thus save on disposal costs. Typically, the ultimate

residual wastes from the AWT process and any processed material that cannot be beneficially reused, is

disposed of to landfill.

Councils reported that 143,799 tonnes of residual waste was recovered using AWT technologies in 2008–09.

Of this 76% was in the SMA, 8% ERA and 16% in the rest of the State. Note that councils varied in how they

reported recovery by an AWT facility as shown in the footnote to Appendix 2.

Figure 19: Domestic waste recovered by AWT by region

Rest of the State

23,344

16%

ERA

11,234

8% SMA

109,221

76%

The trend of material reported as recovered through an AWT is increasing from 43% in 2005–06 to 52% in

2008–09. (Figure 19)


3. Kerbside Clean up/Hard waste collection

In NSW, 101 councils provided kerbside clean up collections, reaching 90% of all households in NSW (Figure

20). Access to kerbside clean up varied across NSW; with these services provided to 100% of households in

the SMA, 85% in the ERA, and 51% in the rest of the State.

Figure 20: NSW councils with a kerbside clean up service

In 2008–09, 153,20228 tonnes of material was reported as collected in council clean-ups. 112,030 tonnes

went to landfill and 41,172 tonnes were recycled.

The overall Resource Recovery Rate (RRR) for kerbside clean up in NSW was 27%.

� SMA – 22,228 tonnes recycled, 88,364 tonnes waste to landfill (20% RRR)

� ERA – 8,389 tonnes recycled and 13,976 tonnes waste to landfill (38% RRR)

� Rest of the State – 10,556 tonnes recycled and 9,690 tonnes waste to landfill (52% RRR)

28 Represents only 87 councils providing the collected tonnages


4. Drop off facilities provided by councils

One hundred and Seventeen (117) NSW councils provided a recycling drop off facility (dry recycling and/or

garden organics), which was accessible by 66% of all households and 65% of the entire population in NSW

(Figure 21). Access to recycling and/or garden organics drop off facilities varied across NSW with access to

these facilities at 37% (14 councils) in the SMA, 100% (13 councils) in the ERA, and 89% (90 councils) in the

rest of the State.

Figure 21: NSW councils providing a recycling drop off facility

494,62329 tonnes of material was reported as collected in NSW, of which 256,815 tonnes were sent to

landfill and 237,808 tonnes of recyclable material (65,041 tonnes dry recyclables and 172,767 tonnes garden

organics) were collected at drop off facilities. The overall Resource Recovery Rate (RRR) for domestic drop

off in NSW was 48%:

� 9,393 tonnes recycled, 1,905 tonnes disposed to landfill in the SMA (83% RRR)

� 80,733 tonnes recycled and 79,254 tonnes disposed to landfill in the ERA (50% RRR)

� 147,682 tonnes recycled and 175,656 tonnes to landfill in the Rest of the State (46% RRR)

29 Represents only 103 councils providing the collected tonnages


5. Domestic Waste Resource Recovery rates

The domestic waste recovery rate for individual councils is reported as the percentage of the total amount

of materials disposed of by households that is recovered for recycling or processing. Average waste

generation rates per household and per capita have also been developed to compare data at an individual

level. When comparing figures from different local government areas, consideration should be given to

regional variations in consumption patterns and available services.

This report is based on waste and recycling generated by households only, which is the major component

of Municipal Solid Waste (MSW) but is not the total of MSW. The separate biennial WARR Strategy report

provides updates on the progress that the NSW community is making towards the waste avoidance and

resource recovery targets of the Strategy.

Figure 22 presents total domestic recyclables recovered from different sources. The dry recyclables and

garden organics constitute most of the recovered materials with combined total of 89%.

Figure 22: Reported recovery materials by category

AWT recovery

143,799

10%

Metals and other

19,905

1%

Garden organics

543,451

37%

Dry recyclables

756,680

52%

The domestic waste resource recovery rate for NSW in 2008–09 was 43.7% when all collected household

waste and recycling is included in the calculation, i.e. residual waste, recycling, garden organics, clean-up

and drop-off. The recovery rates for the regions are:

� SMA 45.3%

� ERA 43.0%

� Rest of the state 40.0%

Table 12: Total Domestic Resource Recovery Rate Trend

Domestic recovery rate 2005–06 2006–07 2007–08 2008–09

NSW 37.8% 40.8% 43.2% 43.7%

SMA 39.2% 42.9% 47.1% 45.3%

ERA 40.9% 40.9% 40.0% 43.0%

Rest of the state 32.7% 37.2% 38.0% 40.0%


Figure 23: SMA Recovery Rate 2008–09

0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%

Ashfield

Auburn

Bankstown

Baulkham Hills

Blacktown

Botany Bay

Burwood

Camden

Campbelltown

Canada Bay

Canterbury

Fairfield

Holroyd

Hornsby

Hunters Hill

Hurstville

Kogarah

Ku-ring-gai

Lane Cove

Leichhardt

Liverpool

��

Marrickville

Mosman

North Sydney

Parramatta

Penrith

Pittwater

Randwick

Rockdale

��

Strathfield

Sutherland

Sydney

Warringah

Waverley

Willoughby

Woollahra

Average of SMA = 45.3%

MSW Target = 66%

Baseline = 26%


Figure 24: ERA Recovery Rate 2008–09

0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%

Cessnock

Gosford

Hawkesbury

Kiama

Lake Macquarie

Maitland

Newcastle

Port Stephens

Shellharbour

Shoalhaven

Wingecarribee

Wollongong

Wyong

MSW Target = 66%

Baseline = 26%

Average of ERA = 43%


Figure 25: Rest of the state recovery rate 2008–09

0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%

Albury

Armidale Dumaresq

Ballina

Balranald 4

Bathurst

Bega Valley

Bellingen

Berrigan

Bland 4

Blayney

Blue Mountains

Bogan 4

Bombala

Boorowa

Bourke 4

Brewarrina 4

Broken Hill 4

Byron

Cabonne

Carrathool 4

Central Darling 4

Clarence Valley

Cobar 4

Coffs Harbour

Conargo 3,4

Coolamon

Cooma-Monaro

Coonamble 2

Cootamundra

Corowa

Cowra

Deniliquin 4

Dubbo

Dungog

Eurobodalla

Forbes

Gilgandra

Glen Innes Severn

Gloucester

Goulburn Mulwarree

Greater Taree

Greater Hume

Great Lakes

Griffith City

Gundagai

Gunnedah

Guyra

Gwydir

Harden

Port Macquarie-Hastings *

MSW Target = 66%

Baseline = 26%

Average of rest of the state = 40.0%


0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%

Hay 4

Inverell

Jerilderie 4

Junee

Kempsey

Kyogle 4

Lachlan 4

Leeton

Lismore

Lithgow

Liverpool Plains

Lockhart 4

Mid-Western

Moree Plains

Murray 5

Murrumbidgee1,4

Muswellbrook

Nambucca

Narrabri

Narrandera 4

Narromine

Oberon 4

Orange

Palerang

Parkes

Queanbeyan

chmond Valley 4

Singleton

Snowy River

worth Regional

Temora

Tenterfield 4

Tumbarumba

Tumut

Tweed

Upper Hunter *

Upper Lachlan

Uralla

Urana Shire 4

Wagga Wagga

Wakool

Walcha

Walgett 4

Warren Shire 1,4

Warrumbungle

Weddin 4

Wellington 4

Wentworth 4

Wollondilly

Yass

Young 1

Baseline = 26%

MSW Target = 66%

Average of rest of the state = 40.0%

Note:

1 No kerbside waste data reported

2 No kerbside recycling data reported

3 No kerbside waste service

4 No kerbside recycling service

5 No data provided

* Large amount of C & I waste was excluded from the kerbside residual waste for 2008–09


6. Domestic waste management charges

For the range of Domestic Waste Management Charges in NSW please refer Appendix 5.

The rate that councils charge each year for the provision domestic waste management services for each

parcel of rateable land for which the service is available (s496 the Local Government Act 1993).

The rates are based on council charges provided. There may be various charges for bin sizes and

frequency. The figures listed in Appendix 5 are based on the predominant bin size and frequency.

Glossary

AWT technologyAlternative Waste Treatment technology

Domestic waste generationThe sum of the total of all materials collected or recovered through the domestic waste collection and

resource recovery services (i.e. waste + recycling + garden organics + clean up).

Domestic Waste Management ChargeThe rate that councils charge each year for the provision domestic waste management services for each

parcel of rateable land for which the service is available (s496 the Local Government Act 1993).

Drop off recyclingPlaces where materials or goods can be lawfully deposited for resource recovery or special management.

Dry recyclablesThe standard range of dry recyclables includes: recyclable paper and cardboard including newspapers,

magazines, phone books, cardboard packaging and liquid paperboard; glass bottles and jars; steel cans

and aerosols; aluminium rigid and semi-rigid packaging; all plastic containers.

HouseholdA household comprises the people that usually reside together within a single housing unit (house, unit,

farm etc).

Kerbside Clean up collectionA kerbside waste collection for waste items that is too large for collection via the normal household waste

service.

Kerbside recyclingA formalised kerbside collection system for recyclables from households, where the householder segregates

the wastes according to material type and places them in containers on the kerbside for separate collection.


LGALocal Government Area

MGBMobile Garbage Bin. Also in the general context refers to mobile bins used for the collection of recycling

and garden organics.

OEHOffice of Environment and Heritage

OrganicsCompostable organics is a generic term for all organic materials that are appropriate for collection and use

as feedstocks for composting or in related biological treatment systems (Ex: anaerobic digestion).

Compostable organics is defined by its material components: residual food organics, garden organics,

wood and timber, biosolids and agricultural organics.

Garden organics include:

� Putrescible garden organic material (grass clippings)

� Non-woody garden organic material

� Woody garden organic material

� Trees and limbs

� Stumps and rootballs (not usually accepted in kerbside collection systems).

Garden organics is one of the primary components of the compostable organics stream.

Predominant bin typeWhere a council offers residents a range of bin sizes for a particular waste stream, the size used by the

greatest number of households in a given LGA is considered the predominant bin type.

Predominant service typeWhere a council offers residents a range of waste service types, the waste service provided to the greatest

number of households is considered to be the predominant service type.

Recovery RateThe Recovery Rate is the proportion of domestic dry recyclables and organics recovered through kerbside

and drop off resource recovery services compared to total domestic waste generation.

Residual wasteResidual waste or garbage is materials that are not separated for recycling or recovery, but are generally

disposed of at solid and inert waste landfills.


Waste Avoidance and Resource Recovery (WARR) Act 2001An Act to promote waste avoidance and resource recovery. Its purpose is to develop a state-wide

framework to achieve integrated waste and resource management planning, programs and service

delivery, to provide for the continual reduction in waste generation, to minimise the consumption of

natural resources and final disposal of waste and to encourage the most efficient use of resources.

Waste Avoidance and Resource Recovery Strategy (WARR Strategy) 2003The development of the WARR Strategy is a requirement of the WARR Act. The initial Strategy was released

in 2003 and an updated in 2007. The WARR Strategy provides guidance and priorities for action to ensure

that efficient resource use and impacts on the environment are considered throughout the life cycle of

goods and materials, including the extraction of raw materials, manufacturing, distribution, consumption

and recovery for reprocessing or safe disposal.


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YY

44

50

Ko

ga

rah

S2

56

,59

12

1,1

35

YY

NY

YY

N

45

00

Ku

-rin

g-g

ai

S3

10

8,1

35

37

,40

1Y

YN

YY

YN

45

50

Kyo

gle

R1

09

,68

33

,77

8Y

YN

NN

NY

46

00

Lach

lan

N1

06

,83

83

,03

6Y

YN

NY

NY

46

50

Lake

Ma

cqu

ari

eE

51

95

,55

97

3,9

18

YY

NY

NY

Y

47

00

Lan

e C

ove

S2

31

,63

81

3,3

16

YY

YY

YY

N


App

endi

x 1:

Was

te a

nd re

sour

ce re

cove

ry s

ervi

ces

2008

–09

(con

tinued)

ABS

Coun

cil na

me

Regi

onDL

G Gr

oup

Popu

latio

n AB

S (3

0 Jun

e 08)

Num

ber o

f in

divid

ual

hous

ehol

dsDa

ta

supp

lied

Kerb

side

dom

estic

wa

ste

serv

ice

Kerb

side

dom

estic

wa

ste t

o AW

T

Kerb

side

dom

estic

re

cycli

ng

serv

ice

Kerb

side

dom

estic

ga

rden

or

gani

cs

serv

ice

Kerb

side

clean

up

serv

ice

Drop

off

recy

cling

fa

cility

47

50

Lee

ton

N1

11

1,7

27

4,2

66

YY

NY

NY

Y

48

00

Leic

hh

ard

tS

25

3,2

17

24

,48

7Y

YY

YY

YY

48

50

Lism

ore

R4

44

,99

31

8,6

60

YY

YY

YN

Y

48

80

Lith

go

wN

42

0,6

20

10

,48

7Y

YN

YN

YN

49

00

Live

rpo

ol

S7

17

6,9

03

56

,47

7Y

YY

YN

YN

49

20

Live

rpo

ol P

lain

sN

10

7,8

80

2,7

30

YY

NY

NY

Y

49

50

Lock

ha

rtN

93

,27

59

26

YY

NN

NY

Y

50

50

Ma

itla

nd

E4

67

,62

12

5,1

45

YY

NY

NN

Y

51

50

Ma

nly

S2

39

,66

71

7,9

18

YY

NY

YY

Y

52

00

Ma

rric

kvill

eS

37

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41

30

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52

70

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42

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53

00

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NY

NY

Y

53

50

Mo

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22

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56

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9Y

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55

00

Mu

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NA

NA

NA

NA

NA

55

50

Mu

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mb

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2,5

47

73

7Y

YN

NN

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56

50

Mu

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57

00

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11

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57

50

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58

00

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06

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YN

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NY

58

50

Na

rro

min

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10

6,7

85

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59

00

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59

50

No

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26

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68

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61

10

Ob

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10

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61

50

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ng

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43

7,9

91

16

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YN

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61

80

Pa

lera

ng

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11

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52

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6.16

20

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ark

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N

62

50

Pa

rra

ma

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16

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59

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63

50

Pe

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71

80

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N

63

70

Pit

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ter

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57

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42

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NY

YY

Y

64

00

Po

rt S

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ns

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65

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64

70

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43

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15

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65

50

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31

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66

10

Ric

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42

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Y

66

50

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10

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35

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0Y

YN

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67

00

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03

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N

69

00

Sh

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46

5,5

87

23

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6Y

YN

YY

YY

69

50

Sh

oa

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en

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93

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04

4,5

97

YY

NY

YY

Y

70

00

Sin

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23

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89

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YN

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70

50

Sn

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10

7,8

94

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YY

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Y

71

00

Str

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23

5,1

24

12

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YN

YY

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71

50

Su

the

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nd

S3

21

5,8

68

79

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6Y

YN

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72

10

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11

72

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59

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19

YY

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73

10

Tam

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Re

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lN

45

7,1

82

23

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7Y

YN

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73

50

Tem

ora

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06

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22

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6Y

YN

YN

YY

74

00

Ten

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06

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73

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6Y

YN

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YY

74

50

Tum

ba

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ba

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3,6

72

99

2Y

YN

YN

NY

75

10

Tum

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11

1,2

36

3,9

64

YY

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Y

75

50

Twe

ed

R5

86

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33

6,4

89

YY

NY

YY

Y

76

20

Up

pe

r H

un

ter

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11

3,7

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49

YY

NY

NY

Y

76

40

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pe

r La

chla

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10

7,3

92

5,0

24

YY

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76

50

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llaN

10

6,0

81

1,7

07

YY

NY

NY

Y

77

00

Ura

na

Sh

ire

N8

1,2

70

66

9Y

YN

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YN

77

50

Wa

gg

a W

ag

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61

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62

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19

YY

NY

YY

Y

78

00

Wa

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lN

94

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41

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5Y

YN

YN

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78

50

Wa

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93

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7Y

YN

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NY


ABS

Coun

cil na

me

Regi

onDL

G Gr

oup

Popu

latio

n AB

S (3

0 Jun

e 08)

Num

ber o

f in

divid

ual

hous

ehol

dsDa

ta

supp

lied

Kerb

side

dom

estic

wa

ste

serv

ice

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side

dom

estic

wa

ste t

o AW

T

Kerb

side

dom

estic

re

cycli

ng

serv

ice

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side

dom

estic

ga

rden

or

gani

cs

serv

ice

Kerb

side

clean

up

serv

ice

Drop

off

recy

cling

fa

cility

79

00

Wa

lge

ttN

10

7,0

93

4,4

21

YY

NN

NN

Y

79

50

Wa

rre

n S

hir

eN

92

,79

98

14

YY

NN

NN

Y

80

00

Wa

rrin

ga

hS

31

41

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65

3,3

16

YY

NY

YY

Y

80

20

Wa

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mb

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gle

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11

0,1

97

2,8

66

YY

NY

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Y

80

50

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erl

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S2

66

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23

0,8

83

YY

NY

YY

N

81

00

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dd

inN

93

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22

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0Y

YN

NN

NY

81

50

We

llin

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nN

10

8,7

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00

YY

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Y

82

00

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10

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N

82

50

Will

ou

gh

by

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68

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82

6,3

04

YY

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83

50

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44

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84

00

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64

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14

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84

50

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go

ng

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85

00

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olla

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53

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62

4,6

32

YY

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N

85

50

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ng

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14

6,5

89

58

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YN

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87

10

Yass

N1

11

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87

50

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YY

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NY

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Tota

l co

un

t1

51

15

12

01

24

60

10

11

17

App

endi

x 1:

Was

te a

nd re

sour

ce re

cove

ry s

ervi

ces

2008

–09

(con

tinued)

No

te:

NA

– N

ot

ava

ilab

le/n

ot

rep

ort

ed


Ap

pe

nd

ix 2

: Re

sou

rce

re

cov

ery

ra

tes

(To

tal

do

me

stic

an

d k

erb

sid

e)

20

08

–0

9

Tota

l d

om

est

ic w

ast

e s

tre

am

s

(ke

rbsi

de

, cle

an

up

, dro

p o

ff)

Do

me

stic

wa

ste

str

ea

ms

(ke

rbsi

de

se

rvic

e o

nly

)

ABS

Coun

cil na

me

Regi

onDL

G Gr

oup

Dry r

ecyc

labl

es,

gard

en or

gani

cs

and A

WT r

ecov

ery

Resid

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was

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tal

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ratio

n

Tota

l do

mes

tic

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urce

re

cove

ry

rate

Dry r

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labl

es,

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en or

gani

cs

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WT r

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ery

Resid

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was

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tal

gene

ratio

n

Dom

estic

ke

rbsid

e re

sour

ce

reco

very

ra

te

60

Alb

ury

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11

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41

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98

24

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1,0

03

18

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04

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11

0A

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ma

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6,9

34

6,1

34

13

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3.1

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84

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79

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45

3.7

%

15

0A

shfi

eld

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5,8

47

11

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71

6,8

84

34

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5,6

77

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31

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80

35

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20

0A

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96

19

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32

7,2

39

27

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7,5

51

17

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4,9

58

30

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25

0B

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na

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91

13

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42

3,5

25

41

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17

11

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51

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02

22

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30

0B

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35

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36

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48

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44

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24

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%

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0B

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73

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43

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14

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55

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45

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37

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21

3,3

34

40

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3,9

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7,8

00

50

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60

0B

elli

ng

en

R1

15

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51

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96

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48

4.2

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09

94

6,6

04

84

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65

0B

err

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10

1,0

88

1,6

02

2,6

90

40

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71

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02

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73

9.8

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75

0B

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37

3,0

16

49

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22

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0B

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49

25

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mb

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74

48

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50

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00

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50

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92

40

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81

1,9

21

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55

85

5N

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17

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ABS

Coun

cil na

me

Regi

onDL

G Gr

oup

Dry r

ecyc

labl

es,

gard

en or

gani

cs

and A

WT r

ecov

ery

Resid

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l do

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tic

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Resid

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was

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tal

gene

ratio

n

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ke

rbsid

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sour

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13

00

Bu

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5,5

77

7,6

58

13

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54

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51

2,5

62

41

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13

50

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7,6

41

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54

5,8

42

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3.3

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14

00

Ca

bo

nn

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11

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14

4,4

51

6,5

65

32

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51

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12

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6.4

%

14

50

Ca

md

en

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14

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99

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4,8

13

60

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22

3,9

68

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15

00

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mp

be

llto

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37

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82

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05

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%3

6,9

99

23

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0,9

35

60

.7%

15

20

Ca

na

da

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13

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21

6,7

23

30

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4.7

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68

47

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50

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32

3,9

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35

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05

9,6

60

40

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23

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2,7

37

56

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2.2

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16

00

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44

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50

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27

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72

,61

12

9,8

98

91

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18

60

Co

na

rgo

N8

–9

77

97

7N

A–

––

NA

20

00

Co

ola

mo

nN

93

09

72

51

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42

9.9

%3

09

72

51

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42

9.9

%

20

60

Co

om

a-M

on

aro

N1

01

,45

92

,47

63

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53

7.1

%6

30

1,6

45

2,2

75

27

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21

50

Co

on

am

ble

N9

–4

,00

04

,00

0N

A–

2,0

00

2,0

00

NA

22

00

Co

ota

mu

nd

raN

10

1,5

18

6,8

36

8,3

54

18

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53

73

,55

64

,09

31

3.1

%

23

10

Co

row

aN

11

6,0

45

5,2

26

11

,27

15

3.6

%1

,04

52

,22

63

,27

13

1.9

%

23

50

Co

wra

N1

11

,33

94

,19

95

,53

92

4.2

%7

96

3,3

00

4,0

95

19

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25

00

De

nili

qu

inN

41

05

6,9

28

7,0

33

1.5

%–

4,7

41

4,7

41

NA

26

00

Du

bb

oN

42

,14

91

4,6

31

16

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01

2.8

%2

51

2,8

94

12

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90

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27

00

Du

ng

og

R1

01

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31

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02

,96

33

9.3

%7

70

1,5

00

2,2

70

33

.9%

App

endi

x 2:

Res

ourc

e re

cove

ry ra

tes

(con

tinued)


27

50

Eu

rob

od

alla

N4

10

,15

31

0,8

75

21

,02

84

8.3

%7

,28

25

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41

2,8

16

56

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28

50

Fair

fie

ldS

34

7,3

26

37

,59

18

4,9

18

55

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47

,12

62

9,7

49

76

,87

56

1.3

%

29

00

Forb

es

N1

01

,31

08

,61

49

,92

41

3.2

%6

47

3,5

36

4,1

83

15

.5%

29

50

Gilg

an

dra

N9

1,3

37

99

52

,33

25

7.3

%4

81

84

51

,32

63

6.3

%

30

20

Gle

n In

ne

s S

eve

rnN

61

,91

12

,50

04

,41

14

3.3

%1

,16

11

,87

53

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63

8.2

%

30

50

Glo

uce

ste

rR

91

,17

62

,00

03

,17

63

7.0

%3

33

2,0

00

2,3

33

14

.3%

31

00

Go

sfo

rdE

74

8,2

91

45

,07

99

3,3

70

51

.7%

39

,37

13

5,0

92

74

,46

35

2.9

%

33

10

Go

ulb

urn

Mu

lwa

rre

eN

44

,60

75

,19

29

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94

7.0

%4

,38

45

,19

29

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64

5.8

%

33

50

Gre

ate

r Ta

ree

R4

8,0

45

16

,39

72

4,4

42

32

.9%

4,9

88

9,1

86

14

,17

43

5.2

%

33

70

Gre

ate

r H

um

eN

11

1,0

36

1,9

95

3,0

31

34

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72

69

95

1,7

21

42

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34

00

Gre

at

Lake

sR

41

2,4

12

12

,96

92

5,3

81

48

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4,1

27

10

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81

4,5

65

28

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34

50

Gri

ffith

Cit

yN

42

,38

06

,57

68

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62

6.6

%1

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66

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37

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91

5.1

%

35

00

Gu

nd

ag

ai

N9

38

05

95

97

53

9.0

%3

20

52

58

45

37

.9%

35

50

Gu

nn

ed

ah

N1

13

,33

35

,64

18

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43

7.1

%2

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32

,48

64

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94

7.3

%

36

50

Gu

yra

N9

23

31

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31

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61

8.4

%2

33

81

91

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12

2.1

%

36

60

Gw

ydir

N1

01

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81

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03

,03

85

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%1

,04

01

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02

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04

4.4

%

37

00

Ha

rde

nN

92

08

87

01

,07

81

9.3

%1

44

62

47

68

18

.7%

37

50

Po

rt M

acq

ua

rie

– H

ast

ing

sR

42

9,8

76

12

,65

84

2,5

34

70

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23

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69

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43

3,1

90

71

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38

00

Haw

kesb

ury

E6

10

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22

3,8

89

34

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13

0.9

%6

,47

61

9,6

37

26

,11

32

4.8

%

38

50

Hay

N9

85

02

,50

03

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02

5.4

%–

––

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39

50

Ho

lro

ydS

38

,61

93

0,2

55

38

,87

42

2.2

%8

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52

7,4

73

35

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82

3.6

%

40

00

Ho

rnsb

yS

73

8,2

40

33

,18

07

1,4

20

53

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35

,89

83

0,0

35

65

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35

4.4

%

41

00

Hu

nte

rs H

illS

23

,41

31

,44

54

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87

0.3

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31

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04

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37

2.9

%

41

50

Hu

rstv

ille

S3

15

,24

52

1,7

95

37

,04

04

1.2

%1

5,2

45

19

,75

83

5,0

03

43

.6%

42

00

Inve

rell

N1

12

,16

02

,18

84

,34

74

9.7

%2

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02

,18

84

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74

9.7

%

42

50

Jeri

lde

rie

N8

–8

32

83

2N

A–

83

28

32

NA

43

00

Jun

ee

N1

04

75

1,1

92

1,6

67

28

.5%

45

08

42

1,2

92

34

.8%

43

50

Ke

mp

sey

R4

3,6

25

14

,30

01

7,9

25

20

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2,5

05

10

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01

2,8

05

19

.6%

44

00

Kia

ma

E4

5,6

14

3,7

02

9,3

15

60

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4,4

81

3,4

96

7,9

77

56

.2%

44

50

Ko

ga

rah

S2

12

,31

61

4,7

52

27

,06

84

5.5

%1

2,0

88

13

,32

52

5,4

13

47

.6%


App

endi

x 2:

Res

ourc

e re

cove

ry ra

tes

(con

tinued)

Tota

l d

om

est

ic w

ast

e s

tre

am

s

(ke

rbsi

de

, cle

an

up

, dro

p o

ff)

Do

me

stic

wa

ste

str

ea

ms

(ke

rbsi

de

se

rvic

e o

nly

)

ABS

Coun

cil na

me

Regi

onDL

G Gr

oup

Dry r

ecyc

labl

es,

gard

en or

gani

cs

and A

WT r

ecov

ery

Resid

ual

was

teTo

tal

gene

ratio

n

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l do

mes

tic

reso

urce

re

cove

ry

rate

Dry r

ecyc

labl

es,

gard

en or

gani

cs

and A

WT r

ecov

ery

Resid

ual

was

teTo

tal

gene

ratio

n

Dom

estic

ke

rbsid

e re

sour

ce

reco

very

ra

te

45

00

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-rin

g-g

ai

S3

33

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12

3,6

74

57

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55

8.5

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3,2

46

21

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05

4,7

46

60

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45

50

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gle

R1

09

43

4,1

58

5,1

01

18

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–2

,56

92

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9N

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46

00

Lach

lan

N1

04

75

2,0

30

2,5

05

19

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47

52

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02

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%

46

50

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Ma

cqu

ari

eE

52

7,6

20

71

,43

69

9,0

56

27

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17

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85

8,9

33

76

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12

3.3

%

47

00

Lan

e C

ove

S2

6,7

88

6,0

36

12

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45

2.9

%6

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25

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61

2,0

68

55

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47

50

Lee

ton

N1

12

09

5,2

91

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00

3.8

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02

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52

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48

00

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hh

ard

tS

29

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91

2,4

62

21

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58

19

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94

6.5

%

48

50

Lism

ore

R4

22

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01

0,6

56

33

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76

8.3

%1

9,1

72

5,6

98

24

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07

7.1

%

48

80

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go

wN

48

22

15

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11

6,4

63

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22

14

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41

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56

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%

49

00

Live

rpo

ol

S7

14

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06

0,9

81

75

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11

9.6

%1

2,2

15

58

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67

0,5

81

17

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49

20

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rpo

ol P

lain

sN

10

98

42

,33

43

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82

9.7

%3

01

2,3

25

2,6

26

11

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49

50

Lock

ha

rtN

92

1,3

76

1,3

78

0.1

%–

61

46

14

NA

50

50

Ma

itla

nd

E4

7,2

46

30

,60

33

7,8

49

19

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5,8

36

18

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32

4,4

79

23

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51

50

Ma

nly

S2

8,6

24

8,4

16

17

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05

0.6

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57

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81

4,9

03

50

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52

00

Ma

rric

kvill

eS

31

2,8

40

17

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73

0,7

67

41

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12

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01

6,4

99

28

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94

3.0

%

52

70

Mid

-We

ste

rnN

44

,46

39

,38

31

3,8

46

32

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2,0

63

4,2

41

6,3

04

32

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53

00

Mo

ree

Pla

ins

N1

13

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83

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16

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95

0.0

%9

80

2,9

90

3,9

70

24

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53

50

Mo

sma

nS

24

,91

16

,36

21

1,2

73

43

.6%

4,8

88

5,9

68

10

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64

5.0

%

55

00

Mu

rray

N1

0–

––

NA

––

–N

A

55

50

Mu

rru

mb

idg

ee

N9

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00

60

0N

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––

NA

56

50

Mu

swe

llbro

ok

R1

14

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84

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68

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45

1.0

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42

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35

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74

8.1

%

57

00

Na

mb

ucc

aR

11

9,5

52

10

,83

12

0,3

83

46

.9%

8,6

37

1,7

76

10

,41

38

2.9

%

57

50

Na

rra

bri

N1

11

,98

51

2,0

00

13

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51

4.2

%1

,88

58

,00

09

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51

9.1

%


58

00

Na

rra

nd

era

N1

02

03

5,0

00

5,2

03

3.9

%–

1,7

00

1,7

00

NA

58

50

Na

rro

min

eN

10

53

55

,07

75

,61

29

.5%

53

51

,18

81

,72

33

1.1

%

59

00

Ne

wca

stle

E5

21

,21

14

8,0

70

69

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13

0.6

%1

6,9

95

46

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06

3,7

25

26

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59

50

No

rth

Syd

ne

yS

21

6,2

11

7,0

72

23

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36

9.6

%1

6,1

79

5,5

82

21

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17

4.3

%

61

10

Ob

ero

nN

10

10

01

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91

,90

95

.2%

––

–N

A

61

50

Ora

ng

eN

49

,58

71

3,3

70

22

,95

74

1.8

%3

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01

1,9

61

15

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12

3.7

%

61

80

Pa

lera

ng

N1

11

,51

31

1,0

85

12

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81

2.0

%5

20

83

51

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53

8.4

%

62

00

Pa

rke

sN

11

94

43

,00

03

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42

3.9

%9

39

3,0

00

3,9

39

23

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62

50

Pa

rra

ma

tta

S3

27

,02

63

5,7

47

62

,77

34

3.1

%2

7,0

26

31

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55

8,0

81

46

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63

50

Pe

nri

thS

72

2,3

54

55

,73

57

8,0

89

28

.6%

22

,18

65

3,1

93

75

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92

9.4

%

63

70

Pit

twa

ter

S2

18

,67

41

2,3

85

31

,05

96

0.1

%1

1,7

27

10

,69

82

2,4

25

52

.3%

64

00

Po

rt S

tep

he

ns

E4

19

,24

11

4,1

92

33

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35

7.6

%1

7,7

17

11

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92

9,0

86

60

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64

70

Qu

ea

nb

eya

nN

47

,98

28

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21

6,6

94

47

.8%

5,4

65

8,1

52

13

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64

0.1

%

65

50

Ra

nd

wic

kS

32

0,2

94

30

,82

65

1,1

20

39

.7%

19

,42

52

6,2

86

45

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24

2.5

%

66

10

Ric

hm

on

d V

alle

yR

43

,86

49

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81

3,6

11

28

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–5

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75

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7N

A

66

50

Ro

ckd

ale

S3

13

,51

52

8,5

23

42

,03

83

2.1

%9

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72

8,5

23

37

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02

4.9

%

67

00

Ryd

eS

32

1,8

38

23

,40

74

5,2

45

48

.3%

20

,52

92

0,7

93

41

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14

9.7

%

69

00

Sh

ellh

arb

ou

rE

41

9,9

30

18

,64

23

8,5

72

51

.7%

13

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21

1,6

65

24

,74

75

2.9

%

69

50

Sh

oa

lhav

en

E5

27

,54

32

9,1

46

56

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94

8.6

%1

1,7

19

21

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83

3,5

27

35

.0%

70

00

Sin

gle

ton

R4

4,3

93

9,1

66

13

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93

2.4

%1

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75

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57

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32

5.2

%

70

50

Sn

ow

y R

ive

rN

10

76

61

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92

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52

7.8

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15

1,3

24

1,6

39

19

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71

00

Str

ath

fie

ldS

25

,03

07

,47

41

2,5

04

40

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4,7

67

7,4

74

12

,24

13

8.9

%

71

50

Su

the

rla

nd

S3

55

,35

14

7,8

68

10

3,2

19

53

.6%

52

,80

84

2,0

48

94

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55

5.7

%

72

10

Syd

ne

yS

11

7,0

91

44

,47

36

1,5

64

27

.8%

15

,94

24

1,7

32

57

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42

7.6

%

73

10

Tam

wo

rth

Re

gio

na

lN

41

9,0

61

21

,02

94

0,0

90

47

.5%

6,3

36

15

,00

12

1,3

37

29

.7%

73

50

Tem

ora

N1

07

28

3,2

60

3,9

88

18

.3%

70

1,7

00

1,7

70

4.0

%

74

00

Ten

terfi

eld

N1

09

52

4,0

74

5,0

26

18

.9%

–1

,41

81

,41

8N

A

74

50

Tum

ba

rum

ba

N9

48

91

,28

91

,77

82

7.5

%4

16

93

31

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93

0.8

%

75

10

Tum

ut

N1

12

,01

13

,70

05

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13

5.2

%1

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13

,20

04

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12

5.8

%

75

50

Twe

ed

R5

16

,38

62

2,5

47

38

,93

44

2.1

%1

0,8

81

20

,36

63

1,2

47

34

.8%


Tota

l d

om

est

ic w

ast

e s

tre

am

s

(ke

rbsi

de

, cle

an

up

, dro

p o

ff)

Do

me

stic

wa

ste

str

ea

ms

(ke

rbsi

de

se

rvic

e o

nly

)

ABS

Coun

cil na

me

Regi

onDL

G Gr

oup

Dry r

ecyc

labl

es,

gard

en or

gani

cs

and A

WT r

ecov

ery

Resid

ual

was

teTo

tal

gene

ratio

n

Tota

l do

mes

tic

reso

urce

re

cove

ry

rate

Dry r

ecyc

labl

es,

gard

en or

gani

cs

and A

WT r

ecov

ery

Resid

ual

was

teTo

tal

gene

ratio

n

Dom

estic

ke

rbsid

e re

sour

ce

reco

very

ra

te

76

20

Up

pe

r H

un

ter

*R

11

2,9

94

2,9

22

5,9

16

50

.6%

84

92

,92

23

,77

12

2.5

%

76

40

Up

pe

r La

chla

nN

10

91

81

,61

62

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43

6.2

%4

55

95

61

,41

13

2.3

%

76

50

Ura

llaN

10

1,1

99

2,2

52

3,4

50

34

.7%

88

51

,37

92

,26

43

9.1

%

77

00

Ura

na

Sh

ire

N8

–3

32

33

20

.0%

–2

70

27

0N

A

77

50

Wa

gg

a W

ag

ga

N4

9,8

01

13

,56

92

3,3

70

41

.9%

6,9

58

9,9

13

16

,87

24

1.2

%

78

00

Wa

koo

lN

94

15

59

71

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24

1.0

%3

40

50

18

41

40

.4%

78

50

Wa

lch

aN

95

52

98

01

,53

23

6.0

%1

66

60

07

66

21

.7%

79

00

Wa

lge

ttN

10

2,1

29

1,5

60

3,6

89

57

.7%

–1

,50

01

,50

0N

A

79

50

Wa

rre

n S

hir

eN

9–

––

NA

––

–N

A

80

00

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rrin

ga

hS

32

7,8

51

37

,22

26

5,0

73

42

.8%

27

,83

53

1,9

84

59

,81

94

6.5

%

80

20

Wa

rru

mb

un

gle

N1

11

,70

13

,00

04

,70

13

6.2

%1

,30

12

,30

03

,60

13

6.1

%

80

50

Wav

erl

ey

S2

10

,45

31

4,7

47

25

,20

04

1.5

%1

0,4

17

13

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52

3,9

91

43

.4%

81

00

We

dd

inN

92

08

59

07

98

26

.1%

–4

00

40

0N

A

81

50

We

llin

gto

nN

10

30

2,2

50

2,2

80

1.3

%–

1,5

00

1,5

00

NA

82

00

We

ntw

ort

hN

10

–2

,50

02

,50

00

.0%

–5

00

50

0N

A

82

50

Will

ou

gh

by

S2

18

,44

41

1,8

65

30

,30

96

0.9

%1

8,3

41

11

,03

32

9,3

74

62

.4%

83

50

Win

ge

carr

ibe

eE

41

4,6

22

9,3

88

24

,01

06

0.9

%5

,01

37

,69

51

2,7

08

39

.4%

84

00

Wo

llon

dill

yR

61

1,2

42

10

,51

82

1,7

60

51

.7%

9,3

33

8,8

30

18

,16

35

1.4

%

84

50

Wo

llon

go

ng

E5

50

,47

25

0,6

10

10

1,0

82

49

.9%

38

,73

73

7,8

02

76

,53

95

0.6

%

85

00

Wo

olla

hra

S2

11

,74

01

2,4

88

24

,22

84

8.5

%1

0,6

40

11

,51

22

2,1

52

48

.0%

App

endi

x 2:

Res

ourc

e re

cove

ry ra

tes

(con

tinued)


85

50

Wyo

ng

E7

50

,88

64

3,2

61

94

,14

75

4.0

%3

9,8

88

30

,25

27

0,1

40

56

.9%

87

10

Yass

N1

12

,50

28

,11

61

0,6

18

23

.6%

89

33

,32

14

,21

32

1.2

%

87

50

You

ng

N1

13

,71

61

67

3,8

83

95

.7%

73

7–

73

7N

A

Tota

l

NS

W1

,46

3,8

35

1,8

89

,63

13

,35

3,4

66

43

.7%

1,1

86

,29

11

,52

0,7

87

2,7

07

,07

84

3.8

%

SM

A7

59

,45

99

18

,31

41

,67

7,7

73

45

.3%

72

9,2

38

82

8,0

45

1,5

57

,28

34

6.8

%

ER

A3

10

,16

44

11

,72

57

21

,89

04

3.0

%2

21

,07

63

18

,49

55

39

,57

14

1.0

%

Re

st o

f th

e s

tate

39

4,2

11

55

9,5

92

95

3,8

03

40

.0%

23

5,9

77

37

4,2

46

61

0,2

24

38

.7%

ABS

Coun

cil na

me

Regi

onDL

G Gr

oup

AW

T C

OU

NC

ILS

AM

EN

DE

D

60

0B

elli

ng

en

Sh

ire

Co

un

cil

R1

1C

ou

nci

l ass

um

ed

75

.0%

of

wa

ste

se

nt

to A

WT

wa

s re

cove

red

14

50

Ca

md

en

Co

un

cil

S6

Co

un

cil a

ssu

me

d3

7.3

%o

f w

ast

e s

en

t to

AW

T w

as

reco

vere

d

18

00

Co

ffs

Ha

rbo

ur

Cit

y C

ou

nci

lR

4C

ou

nci

l ass

um

ed

75

.0%

of

wa

ste

se

nt

to A

WT

wa

s re

cove

red

28

50

Fair

fie

ld C

ity

Co

un

cil

S3

Co

un

cil a

ssu

me

d5

4.4

%o

f w

ast

e s

en

t to

AW

T w

as

reco

vere

d

39

50

Ho

lro

yd C

ity

Co

un

cil

S3

Co

un

cil a

ssu

me

d5

2.0

%o

f w

ast

e s

en

t to

AW

T w

as

reco

vere

d

41

00

Hu

nte

rs H

illS

2C

ou

nci

l ass

um

ed

55

.8%

of

wa

ste

se

nt

to A

WT

wa

s re

cove

red

47

00

Lan

e C

ove

Mu

nic

ipa

l Co

un

cil

S2

Co

un

cil a

ssu

me

d5

7.0

%o

f w

ast

e s

en

t to

AW

T w

as

reco

vere

d

49

00

Live

rpo

ol C

ity

Co

un

cil

S7

Co

un

cil a

ssu

me

d6

8.0

%o

f w

ast

e s

en

t to

AW

T w

as

reco

vere

d

57

00

Na

mb

ucc

a S

hir

e C

ou

nci

lR

11

Co

un

cil a

ssu

me

d6

8.6

%o

f w

ast

e s

en

t to

AW

T w

as

reco

vere

d

59

50

No

rth

Syd

ne

y C

ou

nci

lS

2C

ou

nci

l ass

um

ed

54

.4%

of

wa

ste

se

nt

to A

WT

wa

s re

cove

red

63

50

Pe

nri

th C

ity

Co

un

cil

S7

Co

un

cil a

ssu

me

d5

4.4

%o

f w

ast

e s

en

t to

AW

T w

as

reco

vere

d

72

10

Co

un

cil o

f th

e C

ity

of

Syd

ne

yS

1C

ou

nci

l ass

um

ed

70

.0%

of

wa

ste

se

nt

to A

WT

wa

s re

cove

red

82

50

Will

ou

gh

by

Cit

y C

ou

nci

lS

2C

ou

nci

l ass

um

ed

53

.5%

of

wa

ste

se

nt

to A

WT

wa

s re

cove

red

84

00

Wo

llon

dill

yR

6C

ou

nci

l ass

um

ed

37

.3%

of

wa

ste

se

nt

to A

WT

wa

s re

cove

red

No

te:

NA

– N

ot

ap

plic

ab

le

* S

ub

sta

nti

al y

ea

r to

ye

ar

va

ria

tio

ns

in s

elf

-re

po

rte

d

resi

du

al d

isp

osa

l an

d r

eso

urc

e r

eco

very

da

ta a

re u

ne

x-

pla

ine

d a

nd

hav

e n

ot

be

en

ve

rifi

ed

For

all

cou

nci

ls u

sin

g A

WT

as

reco

very

ra

tes

for

ma

teri

al

sen

t to

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T a

re s

ho

wn

.

Th

ese

ra

tes

are

as

no

min

ally

re

po

rte

d b

y co

un

cils

an

d n

om

ina

lly r

ed

uce

d b

y O

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in d

iscu

ssio

n w

ith

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e

cou

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ls.

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are

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t ve

rifi

ed


Dry

re

cy

clin

g

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rde

n o

rga

nic

s

Re

sid

ua

l w

ast

e

ABS

Coun

cil na

me

Regi

onDL

G Gr

oup

To

nnes

co

llect

ed

Per

hous

ehol

d kg

/hh/

wk

Per c

apita

kg

/ca/w

k

Tonn

es

colle

cted

Per

hous

ehol

d kg

/hh/

wk

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apita

kg

/ca/w

k

Tonn

es

colle

cted

Per

hous

ehol

d kg

/hh/

wk

Per c

apita

kg

/ca/w

k

60

Alb

ury

N4

5,6

99

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5.1

22

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2,2

18

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6.0

00

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11

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2.8

49

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5

11

0A

rmid

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ma

resq

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3,4

37

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7.7

32

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1,6

29

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3.6

61

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4,3

76

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9.8

43

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15

0A

shfi

eld

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4,0

75

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4.4

42

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01

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40

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01

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34

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urn

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88

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84

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17

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rvic

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3

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alr

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78

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ksto

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06

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50

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7N

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4N

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03

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00

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7

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01

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01

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05

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an

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rvic

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00

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mb

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39

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49

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4.9

6N

o S

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ice

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56

5.2

71

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64

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10

50

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oro

wa

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11

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0.3

50

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Se

rvic

e–

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32

.00

26

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6.6

9

11

00

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tan

y B

ayS

22

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3.9

64

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1.4

4N

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21

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94

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11

50

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urk

eN

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––

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rvic

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55

.00

15

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5.3

2

12

00

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wa

rrin

aN

9N

o S

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ice

––

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rvic

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00

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15

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2.9

1

12

50

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ken

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N4

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rvic

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7.5

32

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16

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00

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5.4

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41

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4

Ap

pe

nd

ix 3

: Ke

rbsi

de

ge

ne

rati

on

by

ho

use

ho

ld a

nd

po

pu

lati

on

20

08

-09


13

50

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on

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54

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02

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31

0.0

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00

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bo

nn

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50

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md

en

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82

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00

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mp

be

llto

wn

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15

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83

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20

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na

da

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8,5

14

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92

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70

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2.9

61

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14

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4.0

09

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3.9

6

15

50

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nte

rbu

ryS

31

3,6

18

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5.2

01

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10

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0.6

43

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23

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37

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12

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0

16

00

Ca

rra

tho

ol

N9

No

Se

rvic

e–

–N

o S

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ice

––

26

3.7

06

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1.7

4

17

00

Ce

ntr

al D

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ing

N9

No

Se

rvic

e–

–N

o S

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ice

––

72

6.2

12

4.0

87

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17

20

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ssn

ock

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3,9

01

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4.0

61

.50

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Se

rvic

e–

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5,3

73

.50

16

.00

5.9

3

17

30

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ren

ce V

alle

yR

44

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9.8

23

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1.7

25

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06

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82

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10

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3

17

50

Co

ba

rN

10

No

Se

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e–

–N

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ice

––

1,4

22

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14

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5.3

4

18

00

Co

ffs

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rbo

ur

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65

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5.9

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67

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92

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60

Co

na

rgo

N8

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rvic

e–

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ice

––

No

Se

rvic

e–

–

20

00

Co

ola

mo

nN

93

09

.00

3.9

82

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No

Se

rvic

e–

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25

.00

9.3

33

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20

60

Co

om

a-M

on

aro

N1

06

29

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3.7

51

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rvic

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5.0

09

.78

3.1

0

21

50

Co

on

am

ble

N9

No

Se

rvic

e–

–N

o S

erv

ice

––

2,0

00

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App

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2008

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(con

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o S

erv

ice

––

93

2.8

81

8.0

84

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75

10

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ut

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1.0

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1.9

0N

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ice

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3,2

00

.00

15

.52

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8

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50

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ed

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00

.00

4.8

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.05

3,1

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7.3

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6.2

91

2.8

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Up

pe

r H

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ter

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48

.50

3.4

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r La

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45

5.4

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3.1

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––

95

5.9

39

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2.4

9

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50

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llaN

10

88

4.5

01

0.9

43

.07

No

Se

rvic

e–

–1

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9.0

01

5.5

44

.36

77

00

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na

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ire

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No

Se

rvic

e–

–N

o S

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ice

––

27

0.4

07

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4.0

9

App

endi

x 3:

Ker

bsid

e ge

nera

tion

by h

ouse

hold

and

pop

ulat

ion

2008

-09

(con

tinued)


77

50

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a W

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00

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koo

lN

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39

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5.2

22

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01

.00

7.6

92

.18

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50

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lch

aN

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66

.00

4.1

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No

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00

.00

15

.04

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00

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lge

ttN

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No

Se

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o S

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ice

––

1,5

00

.00

20

.47

4.0

7

79

50

Wa

rre

n S

hir

eN

9N

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––

No

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–

80

00

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hS

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00

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15

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50

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54

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5.3

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1,7

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0

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dd

inN

9N

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7.2

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50

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No

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00

.00

9.7

83

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00

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ntw

ort

hN

10

No

Se

rvic

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o S

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––

50

0.0

03

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4

82

50

Will

ou

gh

by

S2

8,4

84

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6.9

82

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6,2

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9.3

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50

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ge

carr

ibe

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7.9

15

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6

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00

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llon

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11

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50

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ng

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5.3

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09

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5.6

92

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3,3

50

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2.6

21

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11

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08

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85

50

Wyo

ng

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18

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26

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2.4

12

1,5

41

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32

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1.8

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3.9

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5.2

21

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0.9

51

9.4

44

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50

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4.2

81

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No

Se

rvic

e–

––

NA

–

Tota

l6

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4.5

93

55

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7.8

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4,5

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00

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5.0

95

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1.9

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2.1

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1.4

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37

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5.9

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44

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37

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8.8

55

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07

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4.8

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9,7

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st o

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2.2

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1.6

23

97

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0.7

61

2.3

04

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No

te: N

A –

No

t av

aila

ble

/no

t re

po

rte

d


Ap

pe

nd

ix 4

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do

min

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t b

in s

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00

8–

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Dry

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en

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Re

sid

ua

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Coun

cil N

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Regi

onDL

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Pred

omin

ant b

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zeFr

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ncy

Pred

omin

ant b

in si

zeFr

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ncy

Pred

omin

ant b

in si

zeFr

eque

ncy

60

Alb

ury

N4

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

14

0L

MG

BW

ee

kly

11

0A

rmid

ale

Du

ma

resq

N4

55

L M

GB

We

ekl

y2

40

L M

GB

Fort

nig

htl

y1

40

L M

GB

We

ekl

y

15

0A

shfi

eld

S2

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

12

0L

We

ekl

y

20

0A

ub

urn

S2

24

0L

MG

B S

plit

Fort

nig

htl

y2

40

L M

GB

Fort

nig

htl

y1

20

LW

ee

kly

25

0B

alli

na

R4

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

L M

GB

We

ekl

y

30

0B

alr

an

ald

N9

NA

NA

NA

NA

NA

NA

35

0B

an

ksto

wn

S3

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

12

0L

We

ekl

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47

0B

ath

urs

tN

42

40

L M

GB

Fort

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htl

yN

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erv

ice

24

0L

MG

BW

ee

kly

50

0B

au

lkh

am

Hill

sS

72

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

Fort

nig

htl

y1

40

LW

ee

kly

55

0B

eg

a V

alle

yN

42

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

14

0L

MG

BW

ee

kly

60

0B

elli

ng

en

R1

12

40

L M

GB

Fort

nig

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40

L M

GB

We

ekl

y2

40

L M

GB

Fort

nig

htl

y

65

0B

err

iga

nN

10

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e1

20

L M

GB

We

ekl

y

75

0B

lack

tow

nS

32

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

We

ekl

y

80

0B

lan

dN

10

No

Se

rvic

eN

o S

erv

ice

24

0L

We

ekl

y

85

0B

layn

ey

N1

02

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

MG

BW

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kly

90

0B

lue

Mo

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tain

sR

71

40

L M

GB

We

ekl

yN

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24

0L

MG

BW

ee

kly

95

0B

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an

N9

No

Se

rvic

eN

o S

erv

ice

24

0L

MG

BW

ee

kly

10

00

Bo

mb

ala

N9

Cra

teW

ee

kly

No

Se

rvic

eO

the

rs(M

ixe

d)

We

ekl

y

10

50

Bo

oro

wa

N9

14

0L

MG

BW

ee

kly

No

Se

rvic

e2

40

L M

GB

We

ekl

y

11

00

Bo

tan

y B

ayS

2

Oth

er

(Cra

te/1

40

L/

“24

0L

MG

B)

We

ekl

yO

the

r (M

ixe

d)

We

ekl

y2

40

LW

ee

kly

11

50

Bo

urk

eN

9N

o S

erv

ice

No

Se

rvic

e2

40

L M

GB

We

ekl

y

12

00

Bre

wa

rrin

aN

9N

o S

erv

ice

No

Se

rvic

e2

40

L M

GB

We

ekl

y

12

50

Bro

ken

Hill

N4

No

Se

rvic

e2

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

We

ekl

y

13

00

Bu

rwo

od

S2

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

12

0L

We

ekl

y

13

50

Byr

on

R4

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

eO

the

rs(M

ixe

d)

We

ekl

y


14

00

Ca

bo

nn

eN

11

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

L M

GB

We

ekl

y

14

50

Ca

md

en

S6

24

0L

MG

BW

ee

kly

24

0L

MG

BW

ee

kly

12

0L

We

ekl

y

15

00

Ca

mp

be

llto

wn

S7

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

14

0L

We

ekl

y

15

20

Ca

na

da

Bay

S2

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

12

0L

We

ekl

y

15

50

Ca

nte

rbu

ryS

32

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

Fort

nig

htl

y1

40

LW

ee

kly

16

00

Ca

rra

tho

ol

N9

No

Se

rvic

eN

o S

erv

ice

24

0L

MG

BW

ee

kly

17

00

Ce

ntr

al D

arl

ing

N9

No

Se

rvic

eN

o S

erv

ice

24

0L

MG

BW

ee

kly

17

20

Ce

ssn

ock

E4

24

0L

MG

B S

plit

(P

/C)

Fort

nig

htl

yN

o S

erv

ice

24

0L

We

ekl

y

17

30

Cla

ren

ce V

alle

yR

42

40

L M

GB

Sp

lit (

P/C

)Fo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BW

ee

kly

17

50

Co

ba

rN

10

No

Se

rvic

eN

o S

erv

ice

24

0L

MG

BW

ee

kly

18

00

Co

ffs

Ha

rbo

ur

R4

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BW

ee

kly

24

0L

MG

BFo

rtn

igh

tly

18

60

Co

na

rgo

N8

No

Se

rvic

eN

o S

erv

ice

No

Se

rvic

e

20

00

Co

ola

mo

nN

92

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

14

0L

MG

BW

ee

kly

20

60

Co

om

a-M

on

aro

N1

0C

rate

/14

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

L M

GB

We

ekl

y

21

50

Co

on

am

ble

N9

12

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

L M

GB

We

ekl

y

22

00

Co

ota

mu

nd

raN

10

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

L M

GB

We

ekl

y

23

10

Co

row

aN

11

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

L M

GB

We

ekl

y

23

50

Co

wra

N1

15

5l/

80

L M

GB

We

ekl

yN

o S

erv

ice

Oth

ers

(Mix

ed

)W

ee

kly

25

00

De

nili

qu

inN

4N

o S

erv

ice

No

Se

rvic

e2

40

L M

GB

We

ekl

y

26

00

Du

bb

oN

4B

ag

Fort

nig

htl

yN

o S

erv

ice

24

0L

MG

BW

ee

kly

27

00

Du

ng

og

R1

02

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

MG

BW

ee

kly

27

50

Eu

rob

od

alla

N4

24

0L

MG

BFo

rtn

igh

tly

Oth

er(

Va

rio

us)

On

Ca

ll8

0L

MG

BW

ee

kly

28

50

Fair

fie

ldS

32

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

We

ekl

y

29

00

Forb

es

N1

02

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

MG

BW

ee

kly

29

50

Gilg

an

dra

N9

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

L M

GB

We

ekl

y

30

20

Gle

n In

ne

s S

eve

rnN

62

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

14

0L

MG

BW

ee

kly

30

50

Glo

uce

ste

rR

92

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

MG

BW

ee

kly

31

00

Go

sfo

rdE

72

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

Fort

nig

htl

y1

20

LW

ee

kly

33

10

Go

ulb

urn

Mu

lwa

rre

eN

42

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

Mo

nth

ly1

40

L M

GB

We

ekl

y

33

50

Gre

ate

r Ta

ree

R4

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

L M

GB

Sp

lit (

W/R

)W

ee

kly

33

70

Gre

ate

r H

um

eN

11

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

L M

GB

We

ekl

y


Dry

re

cy

clin

gG

ard

en

org

an

ics

Re

sid

ua

l w

ast

e

ABS

Coun

cil N

ame

Regi

onDL

G Gr

oup

Pred

omin

ant b

in si

zeFr

eque

ncy

Pred

omin

ant b

in si

zeFr

eque

ncy

Pred

omin

ant b

in si

zeFr

eque

ncy

34

00

Gre

at

Lake

sR

42

40

L M

GB

Sp

lit (

W/R

)W

ee

kly

No

Se

rvic

e1

20

L M

GB

We

ekl

y

34

50

Gri

ffith

Cit

yN

42

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

MG

BW

ee

kly

35

00

Gu

nd

ag

ai

N9

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e1

20

L M

GB

We

ekl

y

35

50

Gu

nn

ed

ah

N1

11

20

L M

GB

We

ekl

y2

40

L M

GB

Fort

nig

htl

y1

40

L M

GB

We

ekl

y

36

50

Gu

yra

N9

55

L M

GB

We

ekl

yN

o S

erv

ice

Oth

ers

(Mix

ed

)W

ee

kly

36

60

Gw

ydir

N1

02

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

MG

B S

plit

(W

/R)

We

ekl

y

37

00

Ha

rde

nN

92

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

12

0L

MG

BW

ee

kly

37

50

Po

rt M

acq

ua

rie

- H

ast

ing

sR

42

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

We

ekl

y1

20

L M

GB

We

ekl

y

38

00

Haw

kesb

ury

E6

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

LW

ee

kly

38

50

Hay

N9

No

Se

rvic

eN

o S

erv

ice

24

0L

MG

BW

ee

kly

39

50

Ho

lro

ydS

32

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

We

ekl

y

40

00

Ho

rnsb

yS

72

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

Fort

nig

htl

y1

40

LW

ee

kly

41

00

Hu

nte

rs H

illS

2O

the

r (1

20

L/2

40

L M

GB

)Fo

rtn

igh

tly

Oth

er(

Va

rio

us)

On

Ca

ll2

40

LW

ee

kly

41

50

Hu

rstv

ille

S3

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

12

0L

We

ekl

y

42

00

Inve

rell

N1

12

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

MG

BW

ee

kly

42

50

Jeri

lde

rie

N8

No

Se

rvic

eN

o S

erv

ice

24

0L

MG

BW

ee

kly

43

00

Jun

ee

N1

02

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

12

0L

MG

BW

ee

kly

43

50

Ke

mp

sey

R4

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

eO

the

rs(M

ixe

d)

Mix

ed

44

00

Kia

ma

E4

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

14

0L

We

ekl

y

44

50

Ko

ga

rah

S2

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

12

0L

We

ekl

y

45

00

Ku

-rin

g-g

ai

S3

24

0L

MG

BFo

rtn

igh

tly

Oth

er(

Va

rio

us)

Fort

nig

htl

y1

20

LW

ee

kly

45

50

Kyo

gle

R1

0N

o S

erv

ice

No

Se

rvic

e2

40

L M

GB

We

ekl

y

46

00

Lach

lan

N1

0N

o S

erv

ice

24

0L

MG

BFo

rtn

igh

tly

Oth

ers

(Mix

ed

)M

ixe

d

46

50

Lake

Ma

cqu

ari

eE

52

40

L M

GB

Sp

lit (

P/C

)Fo

rtn

igh

tly

No

Se

rvic

e2

40

LW

ee

kly

47

00

Lan

e C

ove

S2

12

0L

Fort

nig

htl

yO

the

r(V

ari

ou

s)M

on

thly

80

LW

ee

kly

App

endi

x 4:

Pre

dom

inan

t bin

siz

e an

d co

llect

ion

freq

uenc

y 20

08-0

9 (con

tinued)


47

50

Lee

ton

N1

12

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

MG

BW

ee

kly

48

00

Leic

hh

ard

tS

2O

the

r (1

20

L/C

rate

)W

ee

kly

Oth

er(

Va

rio

us)

Fort

nig

htl

y1

20

LW

ee

kly

48

50

Lism

ore

R4

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BW

ee

kly

14

0L

MG

BFo

rtn

igh

tly

48

80

Lith

go

wN

4C

rate

We

ekl

yN

o S

erv

ice

24

0L

MG

BW

ee

kly

49

00

Live

rpo

ol

S7

Cra

teFo

rtn

igh

tly

No

Se

rvic

e2

40

LW

ee

kly

49

20

Live

rpo

ol P

lain

sN

10

Cra

teW

ee

kly

No

Se

rvic

eO

the

rs(M

ixe

d)

We

ekl

y

49

50

Lock

ha

rtN

9N

o S

erv

ice

No

Se

rvic

e2

40

L M

GB

We

ekl

y

50

50

Ma

itla

nd

E4

24

0L

MG

B S

plit

(P

/C)

Fort

nig

htl

yN

o S

erv

ice

24

0L

We

ekl

y

51

50

Ma

nly

S2

2X

12

0L

MG

BFo

rtn

igh

tly

Oth

er(

Va

rio

us)

Mo

nth

ly8

0L

We

ekl

y

52

00

Ma

rric

kvill

eS

32

40

L M

GB

Fort

nig

htl

yO

the

r(V

ari

ou

s)Fo

rtn

igh

tly

14

0L

We

ekl

y

52

70

Mid

-We

ste

rnN

4C

rate

Mix

ed

No

Se

rvic

e2

40

L M

GB

We

ekl

y

53

00

Mo

ree

Pla

ins

N1

12

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

14

0L

MG

BW

ee

kly

53

50

Mo

sma

nS

22

X1

20

LFo

rtn

igh

tly

Oth

er(

Tie

d &

Bu

nd

led

/24

0L

MG

B)

Mo

nth

ly1

20

LW

ee

kly

55

00

Mu

rray

N1

0N

AN

AN

AN

AN

AN

A

55

50

Mu

rru

mb

idg

ee

N9

No

Se

rvic

eN

o S

erv

ice

24

0L

MG

BW

ee

kly

56

50

Mu

swe

llbro

ok

R1

12

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

Fort

nig

htl

y1

40

L M

GB

We

ekl

y

57

00

Na

mb

ucc

aR

11

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BW

ee

kly

24

0L

MG

BFo

rtn

igh

tly

57

50

Na

rra

bri

N1

12

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

12

0L

MG

BW

ee

kly

58

00

Na

rra

nd

era

N1

0N

o S

erv

ice

No

Se

rvic

e2

40

L M

GB

We

ekl

y

58

50

Na

rro

min

eN

10

Ba

gW

ee

kly

No

Se

rvic

e2

40

L M

GB

We

ekl

y

59

00

Ne

wca

stle

E5

24

0L

MG

BFo

rtn

igh

tly

Oth

er(

Va

rio

us)

On

Ca

ll2

40

LW

ee

kly

59

50

No

rth

Syd

ne

yS

2O

the

r (C

rate

/80

L/1

20

L)W

ee

kly

Oth

er(

Va

rio

us)

Fort

nig

htl

y5

5L

We

ekl

y

61

10

Ob

ero

nN

10

No

Se

rvic

eN

o S

erv

ice

24

0L

MG

BW

ee

kly

61

50

Ora

ng

eN

42

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

MG

BW

ee

kly

61

80

Pa

lera

ng

N1

12

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

14

0L

MG

BW

ee

kly

62

00

Pa

rke

sN

11

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

L M

GB

We

ekl

y

62

50

Pa

rra

ma

tta

S3

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

14

0L

We

ekl

y

63

50

Pe

nri

thS

72

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

We

ekl

y

63

70

Pit

twa

ter

S2

14

0L

We

ekl

yO

the

r(V

ari

ou

s)M

on

thly

80

LW

ee

kly

64

00

Po

rt S

tep

he

ns

E4

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

LW

ee

kly


Dry

re

cy

clin

gG

ard

en

org

an

ics

Re

sid

ua

l w

ast

e

ABS

Coun

cil N

ame

Regi

onDL

G Gr

oup

Pred

omin

ant b

in si

zeFr

eque

ncy

Pred

omin

ant b

in si

zeFr

eque

ncy

Pred

omin

ant b

in si

zeFr

eque

ncy

64

70

Qu

ea

nb

eya

nN

42

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

Fort

nig

htl

y1

40

L M

GB

We

ekl

y

65

50

Ra

nd

wic

kS

32

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

F’n

igh

lty

14

0L

We

ekl

y

66

10

Ric

hm

on

d V

alle

yR

4N

o S

erv

ice

No

Se

rvic

e2

40

L M

GB

We

ekl

y

66

50

Ro

ckd

ale

S3

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

LW

ee

kly

67

00

Ryd

eS

32

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

Fort

nig

htl

y1

40

LW

ee

kly

69

00

Sh

ellh

arb

ou

rE

42

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

Fort

nig

htl

y2

40

LF

’nig

htl

y

69

50

Sh

oa

lhav

en

E5

24

0L

MG

BFo

rtn

igh

tly

Oth

er(

Va

rio

us)

On

Ca

ll1

20

LW

ee

kly

70

00

Sin

gle

ton

R4

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e2

40

L M

GB

We

ekl

y

70

50

Sn

ow

y R

ive

rN

10

Cra

teM

ixe

dN

o S

erv

ice

24

0L

MG

BW

ee

kly

71

00

Str

ath

fie

ldS

22

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

Fort

nig

htl

y1

20

LW

ee

kly

71

50

Su

the

rla

nd

S3

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

12

0L

We

ekl

y

72

10

Syd

ne

yS

1C

rate

We

ekl

y

Oth

er(

Tie

d &

Bu

nd

le/1

20

L/1

40

L)Fo

rtn

igh

tly

80

L/1

20

LW

ee

kly

73

10

Tam

wo

rth

Re

gio

na

lN

4C

rate

We

ekl

y2

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

We

ekl

y

73

50

Tem

ora

N1

0N

o S

erv

ice

No

Se

rvic

e2

40

L M

GB

We

ekl

y

74

00

Ten

terfi

eld

N1

0N

o S

erv

ice

No

Se

rvic

eO

the

rs(M

ixe

d)

We

ekl

y

74

50

Tum

ba

rum

ba

N9

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e1

40

L M

GB

Fort

nig

htl

y

75

10

Tum

ut

N1

12

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

12

0L

MG

BW

ee

kly

75

50

Twe

ed

R5

24

0L

MG

B S

plit

(W

/R)

We

ekl

y2

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

Sp

lit (

W/R

)W

ee

kly

76

20

Up

pe

r H

un

ter

R1

12

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

24

0L

MG

BM

ixe

d

76

40

Up

pe

r La

chla

nN

10

24

0L

MG

BFo

rtn

igh

tly

No

Se

rvic

e1

20

L M

GB

We

ekl

y

76

50

Ura

llaN

10

Cra

teW

ee

kly

No

Se

rvic

eO

the

rs(M

ixe

d)

We

ekl

y

77

00

Ura

na

Sh

ire

N8

No

Se

rvic

eN

o S

erv

ice

24

0L

MG

BW

ee

kly

77

50

Wa

gg

a W

ag

ga

N4

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

12

0L

MG

BW

ee

kly

78

00

Wa

koo

lN

92

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

12

0L

MG

BW

ee

kly

78

50

Wa

lch

aN

9C

rate

We

ekl

yN

o S

erv

ice

24

0L

MG

BW

ee

kly

App

endi

x 4:

Pre

dom

inan

t bin

siz

e an

d co

llect

ion

freq

uenc

y 20

08-0

9 (con

tinued)


79

00

Wa

lge

ttN

10

No

Se

rvic

eN

o S

erv

ice

24

0L

MG

BW

ee

kly

79

50

Wa

rre

n S

hir

eN

9N

o S

erv

ice

No

Se

rvic

e2

40

L M

GB

We

ekl

y

80

00

Wa

rrin

ga

hS

32

X1

20

LW

ee

kly

Oth

er(

Va

rio

us)

Mo

nth

ly8

0L

We

ekl

y

80

20

Wa

rru

mb

un

gle

N1

1C

rate

We

ekl

yN

o S

erv

ice

24

0L

MG

BW

ee

kly

80

50

Wav

erl

ey

S2

Oth

er

(Cra

te/1

40

L)W

ee

kly

Oth

er(

80

L/1

40

L/2

40

L

MG

B)

Fort

nig

htl

y1

40

LW

ee

kly

81

00

We

dd

inN

9N

o S

erv

ice

No

Se

rvic

e2

40

L M

GB

We

ekl

y

81

50

We

llin

gto

nN

10

No

Se

rvic

eN

o S

erv

ice

24

0L

MG

BW

ee

kly

82

00

We

ntw

ort

hN

10

No

Se

rvic

eN

o S

erv

ice

24

0L

MG

BW

ee

kly

82

50

Will

ou

gh

by

S2

24

0L

MG

BW

ee

kly

24

0L

MG

BW

ee

kly

14

0L

We

ekl

y

83

50

Win

ge

carr

ibe

eE

42

40

L M

GB

Fort

nig

htl

yO

the

r(V

ari

ou

s) N

AO

n C

all

80

LW

ee

kly

84

00

Wo

llon

dill

yR

62

40

L M

GB

Fort

nig

htl

y2

40

L M

GB

Fort

nig

htl

yO

the

rs(M

ixe

d)

We

ekl

y

84

50

Wo

llon

go

ng

E5

24

0L

MG

BFo

rtn

igh

tly

24

0L

MG

BFo

rtn

igh

tly

12

0L

We

ekl

y

85

00

Wo

olla

hra

S2

Oth

er

(Cra

te/1

20

L)W

ee

kly

24

0L

MG

BW

ee

kly

12

0L

We

ekl

y

85

50

Wyo

ng

E7

24

0L

MG

BW

ee

kly

24

0L

MG

BFo

rtn

igh

tly

14

0L

We

ekl

y

87

10

Yass

N1

12

40

L M

GB

Fort

nig

htl

yN

o S

erv

ice

14

0L

MG

BW

ee

kly

87

50

You

ng

N1

12

40

L M

GB

We

ekl

yN

o S

erv

ice

14

0L

MG

BW

ee

kly

No

te:

NA

– N

ot

ava

ilab

le/n

ot

rep

ort

ed


Appendix 5: Domestic waste management charges

2008–09

ABS Council name RegionDLG

Group

Domestic waste management charge SUDs

Overall $

Dry recycling

$

Garden organics

$

Residual waste

$

60 Albury N 4 – 55.00 127.00 182.00

110 Armidale Dumaresq N 4 – – – 245.00

150 Ashfield S 2 – 52.50 191.26 243.76

200 Auburn S 2 – – – 295.80

250 Ballina R 4 – – – 252.00

300 Balranald N 9 – – 254.00 254.00

350 Bankstown S 3 – – 270.00 270.00

470 Bathurst N 4 60.00 – 130.00 190.00

500 Baulkham Hills S 7 – – – 275.00

550 Bega Valley N 4 88.40 44.16 167.44 300.00

600 Bellingen R 11 – – 405.00 405.00

650 Berrigan N 10 – – – 202.00

750 Blacktown S 3 52.00 – 197.00 249.00

800 Bland N 10 – – – 225.00

850 Blayney N 10 80.00 – 100.00 180.00

900 Blue Mountains R 7 69.30 14.20 69.75 153.25

950 Bogan N 9 – – 72.00 72.00

1000 Bombala N 9 93.00 – 109.00 202.00

1050 Boorowa N 9 – – – 245.00

1100 Botany Bay S 2 – – – 269.00

1150 Bourke N 9 – – 215.00 215.00

1200 Brewarrina N 9 – – 298.00 298.00

1250 Broken Hill N 4 – – 160.00 160.00

1300 Burwood S 2 – – 280.00 280.00

1350 Byron R 4 55.00 – 156.00 211.00

1400 Cabonne N 11 – – – 257.10

1450 Camden S 6 171.50 – 235.00 406.50

1500 Campbelltown S 7 – – – 214.24

1520 Canada Bay S 2 63.65 35.59 149.83 270.00

1550 Canterbury S 3 – – – 264.00

1600 Carrathool N 9 – – 99.00 99.00

1700 Central Darling N 9 – – – 330.00

1720 Cessnock E 4 – – – 312.00

1730 Clarence Valley R 4 51.50 44.00 99.50 195.00

1750 Cobar N 10 – – 160.00 160.00

1800 Coffs Harbour R 4 – – – 314.00



Group


Overall $

Dry recycling

$

Garden organics

$

Residual waste

$

1860 Conargo N 8 – – – No Service

2000 Coolamon N 9 55.00 – 170.00 225.00

2060 Cooma-Monaro N 10 75.00 – 241.00 316.00

2150 Coonamble N 9 – – 250.00 250.00

2200 Cootamundra N 10 – – 260.00 260.00

2310 Corowa N 11 – – 210.00 210.00

2350 Cowra N 11 85.00 – 378.00 463.00

2500 Deniliquin N 4 – – 254.00 254.00

2600 Dubbo N 4 8.41 6.31 122.28 137.00

2700 Dungog R 10 88.20 – 143.30 231.50

2750 Eurobodalla N 4 – – 231.20 231.20

2850 Fairfield S 3 – – – 298.48

2900 Forbes N 10 46.80 – 231.05 277.85

2950 Gilgandra N 9 – – – 301.00

3020 Glen Innes Severn N 6 117.20 – 117.20 234.40

3050 Gloucester R 9 – – – 234.00

3100 Gosford E 7 32.17 39.37 51.39 122.93

3310 Goulburn Mulwarree N 4 – – – 218.00

3350 Greater Taree R 4 – – 231.82 231.82

3370 Greater Hume N 11 65.00 – 75.00 140.00

3400 Great Lakes R 4 – – 190.00 190.00

3450 Griffith City N 4 – – – 285.00

3500 Gundagai N 9 83.00 – 190.00 273.00

3550 Gunnedah N 11 95.00 39.00 100.00 234.00

3650 Guyra N 9 – – 218.00 218.00

3660 Gwydir N 10 – – 165.60 165.60

3700 Harden N 9 – – 303.90 303.90

3750 Port Macquarie - Hastings R 4 – – – 358.20

3800 Hawkesbury E 6 – – – NA

3850 Hay N 9 – – 106.00 106.00

3950 Holroyd S 3 – – – 235.40

4000 Hornsby S 7 49.00 41.00 166.00 256.00

4100 Hunters Hill S 2 – – 266.31 266.31

4150 Hurstville S 3 61.90 59.45 153.15 274.50

4200 Inverell N 11 – – – 228.00

4250 Jerilderie N 8 – – 155.00 155.00



Group


Overall $

Dry recycling

$

Garden organics

$

Residual waste

$

4300 Junee N 10 106.00 – 106.00 212.00

4350 Kempsey R 4 85.00 – 235.00 320.00

4400 Kiama E 4 93.75 73.30 131.44 298.49

4450 Kogarah S 2 – – – 297.44

4500 Ku-ring-gai S 3 – – – 265.00

4550 Kyogle R 10 – – 237.00 237.00

4600 Lachlan N 10 – – 157.60 157.60

4650 Lake Macquarie E 5 – – – 262.63

4700 Lane Cove S 2 – – – 333.00

4750 Leeton N 11 58.50 – 194.00 252.50

4800 Leichhardt S 2 59.29 20.22 205.78 285.29

4850 Lismore R 4 – – – 185.00

4880 Lithgow N 4 – – 273.00 273.00

4900 Liverpool S 7 59.35 – 62.57 121.92

4920 Liverpool Plains N 10 – – 281.00 281.00

4950 Lockhart N 9 – – 180.00 180.00

5050 Maitland E 4 59.49 – 192.66 252.15

5150 Manly S 2 – – 390.00 390.00

5200 Marrickville S 3 103.20 32.25 187.05 322.50

5270 Mid-Western N 4 66.00 – 66.00 132.00

5300 Moree Plains N 11 124.50 – 124.50 249.00

5350 Mosman S 2 – – – 262.00

5500 Murray N 10 – – – NA

5550 Murrumbidgee N 9 – – 117.40 117.40

5650 Muswellbrook R 11 53.50 24.30 169.20 247.00

5700 Nambucca R 11 57.41 53.06 35.38 145.85

5750 Narrabri N 11 – – 310.00 310.00

5800 Narrandera N 10 – – – 307.32

5850 Narromine N 10 – – 295.00 295.00

5900 Newcastle E 5 51.29 12.10 170.94 234.33

5950 North Sydney S 2 – – – 215.00

6110 Oberon N 10 – – 132.00 132.00

6150 Orange N 4 50.90 – 151.00 201.90

6180 Palerang N 11 – – – 460.00

6200 Parkes N 11 – – – 220.00

6250 Parramatta S 3 73.00 73.00 105.35 251.35

6350 Penrith S 7 91.55 – 157.45 249.00

Appendix 5: Domestic waste management charges 2008–09 (continued)



Group


Overall $

Dry recycling

$

Garden organics

$

Residual waste

$

6370 Pittwater S 2 – – – 355.00

6400 Port Stephens E 4 89.00 – 178.00 267.00

6470 Queanbeyan N 4 52.00 52.00 110.00 214.00

6550 Randwick S 3 – – – 351.60

6610 Richmond Valley R 4 – – 252.00 252.00

6650 Rockdale S 3 – – 269.00 269.00

6700 Ryde S 3 35.00 35.00 226.00 296.00

6900 Shellharbour E 4 – – – 290.00

6950 Shoalhaven E 5 – – – 222.65

7000 Singleton R 4 – – – 267.00

7050 Snowy River N 10 – – 457.00 457.00

7100 Strathfield S 2 – – 294.00 294.00

7150 Sutherland S 3 50.27 35.91 153.22 239.40

7210 Sydney S 1 – – 310.00 310.00

7310 Tamworth Regional N 4 – – – 221.00

7350 Temora N 10 – – 136.70 136.70

7400 Tenterfield N 10 – – 218.00 218.00

7450 Tumbarumba N 9 – – 355.00 355.00

7510 Tumut N 11 – – 258.00 258.00

7550 Tweed R 5 39.50 45.00 169.80 254.30

7620 Upper Hunter R 11 74.00 – 219.00 293.00

7640 Upper Lachlan N 10 – – – 285.00

7650 Uralla N 10 59.00 – 91.00 150.00

7700 Urana Shire N 8 – – 155.00 155.00

7750 Wagga Wagga N 4 67.50 67.50 68.00 203.00

7800 Wakool N 9 119.00 – 109.00 228.00

7850 Walcha N 9 104.00 – 198.50 302.50

7900 Walgett N 10 – – 341.27 341.27

7950 Warren Shire N 9 – – 190.00 190.00

8000 Warringah S 3 – – – 160.00

8020 Warrumbungle N 11 – – 227.04 227.04

8050 Waverley S 2 133.64 66.82 133.64 334.10

8100 Weddin N 9 – – 172.00 172.00

8150 Wellington N 10 – – 189.00 189.00

8200 Wentworth N 10 – – 175.00 175.00

8250 Willoughby S 2 – – – 330.00

8350 Wingecarribee E 4 87.00 – 87.00 174.00



Group


Overall $

Dry recycling

$

Garden organics

$

Residual waste

$

8400 Wollondilly R 6 49.00 58.00 151.50 351.80

8450 Wollongong E 5 – – – 242.00

8500 Woollahra S 2 51.76 51.76 201.98 305.50

8550 Wyong E 7 61.50 73.50 167.80 302.80

8710 Yass N 11 – – 288.00 288.00

8750 Young N 11 – – – NA

Note: NA – Not available/not reported

Appendix 5: Domestic waste management charges 2008–09 (continued)

Documents

NSW local government waste and resource recovery data