Global Warming Potential (G-WP1 of Greenhouse Gas ( GHG)
# Coz -
e
Units
W= § = Is
;É j=EsI
52
k . →
103 T . →
10^2
M . → 106 P . → 10^5
G- .
→ 109 E. → 10^8
Conversion
3,6×106
÷
→
J kWh
←
✗
3,6×106
, Environmentally extended Input-output Analysis ( EEIOA)
2=(1^2)
to I I #c So "
from # INPUT
I 1 1 ^ 3 $
I 1 2 2 5 $ → f =
(1) # CONSUMPTION
Ic 1 2 3 6 $
{± 3 5 6 18 $ → ✗ =
# OUTPUT
1.1 .
=/ =)
± #TECHNICAL COEFFICIENTS
3 5
A- "
A sector can scale its output with
^5 É
a
"
proportional resealing of all its inputs .
sector I produces an output of value 3
with an input of value 3
For an output of value 1 it requires an input of §
"
→
✗ =/I A) - ✗
f
"
✗ =/I A)
'
→ - ✗
f
=
Coz I 2 0 3
kg =☒ E =/ 1 2)
D= ( I £) # ENVIRONMENTAL COEFFICIENTS
"
A sector can scale its output with a
"
proportional resealing of all its environmental flows .
"
→
g=B××=B×( I -
A) ✗
f
#IMPACT
"
g. =B×✗=Bx(I A)
'
→ - ✗
f
?⃝
, Life Cycle Assessment ( LLA)
Framework →
Application
Target Definition #Product Development
9
☒
# Strategic Planning
Inventory Analysis ←→
Interpretation →
#Public Policy Making
f-
* µ
Impact Assessment # Marketing
Impact Assessment
•
Process A P2
-
Intermediate Flow 1 10 ✗ →
output ④
Intermediate Flow 2 -9 ✗ →
input -0
Elementary Flow 1 1 ✗
A
=/ IS ¥
\ / -
I / ,
) # Intermediate Flows
B
=/ ? ?
) # Elementary Flows
f-
=/ %) # except
Zero for any value
the concerned unit
'
→ 5 =
A- ✗
f
'
→
g
=
B. ✗ s =
B. ✗ A- ✗
f
# Coz -
e
Units
W= § = Is
;É j=EsI
52
k . →
103 T . →
10^2
M . → 106 P . → 10^5
G- .
→ 109 E. → 10^8
Conversion
3,6×106
÷
→
J kWh
←
✗
3,6×106
, Environmentally extended Input-output Analysis ( EEIOA)
2=(1^2)
to I I #c So "
from # INPUT
I 1 1 ^ 3 $
I 1 2 2 5 $ → f =
(1) # CONSUMPTION
Ic 1 2 3 6 $
{± 3 5 6 18 $ → ✗ =
# OUTPUT
1.1 .
=/ =)
± #TECHNICAL COEFFICIENTS
3 5
A- "
A sector can scale its output with
^5 É
a
"
proportional resealing of all its inputs .
sector I produces an output of value 3
with an input of value 3
For an output of value 1 it requires an input of §
"
→
✗ =/I A) - ✗
f
"
✗ =/I A)
'
→ - ✗
f
=
Coz I 2 0 3
kg =☒ E =/ 1 2)
D= ( I £) # ENVIRONMENTAL COEFFICIENTS
"
A sector can scale its output with a
"
proportional resealing of all its environmental flows .
"
→
g=B××=B×( I -
A) ✗
f
#IMPACT
"
g. =B×✗=Bx(I A)
'
→ - ✗
f
?⃝
, Life Cycle Assessment ( LLA)
Framework →
Application
Target Definition #Product Development
9
☒
# Strategic Planning
Inventory Analysis ←→
Interpretation →
#Public Policy Making
f-
* µ
Impact Assessment # Marketing
Impact Assessment
•
Process A P2
-
Intermediate Flow 1 10 ✗ →
output ④
Intermediate Flow 2 -9 ✗ →
input -0
Elementary Flow 1 1 ✗
A
=/ IS ¥
\ / -
I / ,
) # Intermediate Flows
B
=/ ? ?
) # Elementary Flows
f-
=/ %) # except
Zero for any value
the concerned unit
'
→ 5 =
A- ✗
f
'
→
g
=
B. ✗ s =
B. ✗ A- ✗
f
