A fundamental discussion exploring solution of future through WHERE, HOW and WHEN challenge parameters. Dynamic transactional texture amid environmental challenges, shape of the global energy, for all intent and purpose, changes and changes for good. A discussion with world renowned energy professionals assembled for 13th Biennial International Conference and Exhibition of Society of Petroleum Geophysicists at Kochi, India.

1. Global
Energy

2. Global
Energy
Consumption
Clean
Energy
Source
Pattern
Production
Profile
Energy
Transition

3. WHEN
HOW
WHERE WE ARE HEADING?
ARE WE PREPARED?
WILL WE REACH OUR GOAL?
CA. Naman Khanna
Hindustan Petroleum Corp. Ltd.
Global Energy & Associated D
Where . How . When .

4. %Transmission
Loss
% Renewable
sources
% less energy stored in 1 KG
of Lit-Ion Bat. than 1 KG gas
Bn Barrel Production of Crude Oil
% of world Oil got consumed already
Years to run out of Oil & Gas
Years to run out of Coal
Quadrillion Watts of Solar Energy
8
13
20
40
50
100
173
• New and advanced super conducting Material
• Policy & Safety norms upgradation for Nuclear Energy
• Reduce Nuclear waste (Sodium instead of Water)
• High Capacity batteries
• Storage of Renewal energy
• Efficiency and Energy transportation
• Efficient way to convert Solar Energy into Chemical Energy
35

5. World
Population to
reach 9 BN
C L I M A T E C H A N G E
Limited use of
renewables sources
in transportation
Global Energy
needs to grow
at 1%
Global GDP to
increase at 3%
• UN- Framework on Climate Change
- Kyoto Protocol
- Copenhagen Accord
- Paris Agreement
• Biodiversity (CBD)
- Aichi Targets
- Cartagena Biosafety Protocol
- Nagoya Genetic Resource Protocol
• Sustainable Development
- Agenda 21
- Rio Submit
- Statement of Forest
• UN – Conf. on Human Environment, Stockholm
• UN – Conf. on Environment & Development
(Earth Summit)
AGREEMENTS & ACCORDS

6. China
30%
USA
15%
EU
10%
India
7%
Russia
5%
Rest all
33%
70%
Carbon Footprints

7. • Rain Water (highlands) 0.3 W/m2
• Wind 2.5 W/m2
• Tidal Pools 3.0 W/m2
• Tidal Stream 8.0 W/m2
• Solar PV 15.0 W/m2
• Concentrating Solar Power 18.0 W/m2
Nuclear Power 1000 W/m2
• Nuclear Fusion Technology
• Flying Wind Turbines
• Hydrogen (Fuel Cells)
• Bio-Fuels (Algae)
• Tidal Power
• Contained Nuclear Waste
TECHNOLOGIES UNDERWAY
I N F E R E N C E
Creativity + Innovation + Powerful Incentives
1880 2019
95% 13%

8. Thank You…

9. CA. Naman Khanna
SPG. Kochi 2020
Global Energy & Associated Dynamics
Where . How . When .