2. Global energy consumed will have tripled in 60 years
3.7 Mds hab
5.0 Mds tep
6.0 Mds hab
9.2 Mds tep
8.2 Mds hab
15.3 Mds tep
+11% +27%
1970
1.35 tep/hab
2000
1.5 tep/hab
2030
1.9 tep/hab
Source : AIE / BP Stat Review
Page 3
3. In 100 years, CO2 emissions have increased 2.8 times
1.33 CO2 MT/Capita
100 years
Source : Max Roser, Oxford University, World Data
0.47 CO2 MT/Capita
Page 4
4. CO2 is not the only GHG responsible for global warming
Greenhouse Gas (GHG) :
• 72% carbon dioxide, the better known of all GHG
• 18% methane, 84 x more potent than carbon dioxide
• 8% nitrous oxide, known as laughing gas, 298 x more potent than carbon dioxide
• 1% others especially fluorinated gases (i.e. halocarbons from industrial origin)
Source : Robert A. Rohde, Wikipedia
Greenhouse Gas (GHG) :
• 72% carbon dioxide, the better known of all GHG
• 18% methane, 84 x more potent than carbon dioxide
• 8% nitrous oxide, known as laughing gas, 298 x more potent than carbon dioxide
• 1% others especially fluorinated gases (i.e. halocarbons from industrial origin)
Carbon Dioxide Methane Nitrous Oxide
Page 5
5. On a day-to-day basis our energy mix is based on carbo-
hydrate worldwide, France is an exception (nuclear)
Energy Mix Worldwide
2014
Energy Consumption Worldwide
2014
Source: BP 2015 Energy Data, Eurostat
Fossil energy represents 86% of the energy mix T I H represents about 84% of the world consumption
Page 6
6. In terms of total emissions, China is leading the pack
Comments :
• China is leading the pack in terms of
global emissions and the country is still
emerging
• Fast moving countries such as India or
Africa have not reached their full
economic potential yet
• In terms of leading emission / capita,
carbohydrate rich countries are leading
the pack : Qatar (39.1), Kuwait (28.3),
UAE (21.3)
• Then Australia (17.3) and the USA
(16.5) are the largest contributor /
capita
• Taiwan (11.8) still has a margin for
improvement, e.g. France (5.0) …
Source : EU Edgar Database
Comments :
• China is leading the pack in terms of
global emissions and the country is still
emerging
• Fast moving countries such as India or
Africa have not reached their full
economic potential yet
• In terms of leading emission / capita,
carbohydrate rich countries are leading
the pack : Qatar (39.1), Kuwait (28.3),
UAE (21.3)
• Then Australia (17.3) and the USA
(16.5) are the largest contributor /
capita
• Taiwan (11.8) still has a margin for
improvement, e.g. France (5.0) …
Page 7
7. Plastic was invented only in 1909, the downside is 5 trillion
plastic particles 0.33-1.00 mm in the world seas and oceans
Comments :
• Plastic trash is a direct by-product of
the hydrocarbon economy
• Plastic soup decay is a hazard for both
human health and bio-diversity
• Plastic bags : avg use of 30mn, 20
years to decay, emission of pollutants
• Many of the plastic waste ends up in
the ocean : cigarette buds, food
wrappers, beverage bottles, bags, lids
• In only 100 years, plastic waste have
contaminated the full food chain (fish,
birds, marine mamals)
Plastic Demand in EU
2014
Comments :
• Plastic trash is a direct by-product of
the hydrocarbon economy
• Plastic soup decay is a hazard for both
human health and bio-diversity
• Plastic bags : avg use of 30mn, 20
years to decay, emission of pollutants
• Many of the plastic waste ends up in
the ocean : cigarette buds, food
wrappers, beverage bottles, bags, lids
• In only 100 years, plastic waste have
contaminated the full food chain (fish,
birds, marine mamals)
Page 10
Source: PlasticsEurope
46.3
MioT
8. The decarbonization rate of the world economy points to the
right direction but there is still a long way to go (diamond)
Source: IEA, BP, IMF, World Bank, PwC
Page 11
9. Keeping with the 2°C global carbon budget requires cutting
carbon intensity by 6.3% every year to 2100
1.3%
Business
as usual
Source: IEA, BP, IMF, World Bank, PwC
Page 12
3%
a year
6.3%
a year
10. A specific « extraordinary » effort must be done to meet the
decarbonization target but we have proven to be able to do it
Source: IEA, BP, IMF, World Bank, PwC
Page 13
11. The transition to the low carbon economy represents an
attractive market larger than € 1 Trillion worldwide
Conclusions :
• The end of the carbon economy is the
beginning of a new world
• Nuclear can help filling in the gap but
not a long term suitable alternative
• CleanTech have sufficient reach to
provide necessary energy for all
• By 2050, the EU have pledged to cut
GHG by 80% compared to 1990s levels
• The cost of the switch to clean tech is >
€ 1 Tn for the next 4 decade (€ 270 Bn
for Europe only)
Conclusions :
• The end of the carbon economy is the
beginning of a new world
• Nuclear can help filling in the gap but
not a long term suitable alternative
• CleanTech have sufficient reach to
provide necessary energy for all
• By 2050, the EU have pledged to cut
GHG by 80% compared to 1990s levels
• The cost of the switch to clean tech is >
€ 1 Tn for the next 4 decade (€ 270 Bn
for Europe only)
Page 14
Source: EU, 2050 low-carbon economy
12. Solar still represents a small part of our energy sourcing but
in 40 years, the solar watt price was divided by 226 x
Source: Bloomberg, Earth Policy Institute
Page 15
13. Greentech innovation and regulations will continue to be a
key driver to curb carbon dioxide emissions worldwide
Page 16
• Encourage and finance cleantech innovation
• Support transition regulation to ease the energy turnaround
• Foster individual responsibility to protect our ecosystem