HEPBURN SHIRE BASELINE EMISSIONS
Forestry regrowth acts as an emissions sink
which offsets emissions from other sources
Energy sourced from current
renewables avoids emissions
Emissions
by sector
with proportion of
net emissions
Emissions
by source
41%
34%
33%
-11%
3%
3%
Net baseline emissions of 262,000 t CO
2
-e
LAND
SECTOR
STATIONARY
ENERGY
AGRICULTURE
TRANSPORT
ENERGY
WASTE
106.3k tCO
2
-e
88.4k tCO
2
-e
87.3k tCO
2
-e
8.0k tCO
2
-e
-28.0k tCO
2
-e
ELECTRICITY
GAS
LPG
DIESEL
LIVESTOCK GRAZING
CROP
FARMING
PETROL
DIESEL
LPG
WASTEWATER
LANDFILL WASTE
FOREST REGROWTH
RECLEARING
PRIMARY
CONVERSION
ANIMAL EMISSIONS
61,300 tCO
2
-e
7,800 tCO
2
-e
70,700 tCO
2
-e
210 tCO
2
-e
1,800 tCO
2
-e
3,400 tCO
2
-e
12,200 tCO
2
-e
WOOD
3,700 tCO
2
-e
39,000 tCO
2
-e
44,700 tCO
2
-e
6,100 tCO
2
-e
2,000 tCO
2
-e
-50,600 tCO
2
-e
17,300 tCO
2
-e
5,200 tCO
2
-e
WIND
12,500 tCO
2
-e
SOLAR
9,200 tCO
2
-e
37,200 tCO
2
-e
HEPBURN SHIRE BUSINESS AS USUAL EMISSIONS
Emissions
in 2029
by sector
Emissions
growth
by sector
with proportion of
net emissions
Business as usual growth
in Hepburn is expected to
result in an increase in
total emissions by 2029
over 2018 levels of 13.1%
36%
36%
35%
-9%
3%
3%
LAND
SECTOR
STATIONARY
ENERGY
AGRICULTURE
TRANSPORT
ENERGY
WASTE
106.3k tCO
2
-e
105.7k tCO
2
-e
102.6k tCO
2
-e
9.7k tCO
2
-e
-28.0k tCO
2
-e
Net emissions in 2029 of 296,300 t CO
2
-e
vs 2018 baseline of 262,000 tCO
2
-e
+
34,300
tCO
2
-e
BASELINE STATIONARY ENERGY
Modeled growth of
17,300 t CO
2
-e
at 1.6% p.a.
AGRICULTURE
BASELINE TRANSPORT ENERGY
BAU
GROWTH
BASELINE WASTE
LAND SECTOR
106,300 tCO
2
-e
88,300 tCO
2
-e
87,300 tCO
2
-e
8,000 tCO
2
-e
-28,000 tCO
2
-e
WIND
12,500 tCO
2
-e
SOLAR
9,200 tCO
2
-e
Modeled growth of
15,200 t CO
2
-e
at 1.5% p.a.
No growth
modeled
BAU
GROWTH
BAU
GROWTH
No growth
modeled
Modeled growth of
1,700 t CO
2
-e
at 1.7% p.a.
No growth under
BaU. Growth modeled
as ZNET options