green hydrogen

1. S U B M I T T E D B Y - A A K A N K S H A B H A R T I
M E C H A N I C A L E N G I N E E R I N G
R E S E A R C H S C H O L A R
GREEN HYDROGEN –The Fuel of
the
Future

2. CONTENTS
 INTRODUCTION
 PRODUCTION OF GREEN HYDROGEN
 WHY GREEN HYDROGEN
 GREEN HYDROGEN USES
 FUTURE OF GREEN HYDROGEN
 CONCLUSIONS

3. INTRODUCTION
 Green Hydrogen is a clean and renewable source of energy
that can be used to power a variety of applications.
 It is produced by splitting water molecules using renewable
electricity, and can be used as a fuel for transportation,
heating, and electricity generation.

4. WHY GREEN HYDROGEN
 Green hydrogen is a promising solution for a
sustainable energy future due to its ability to reduce
carbon emissions and dependence on fossil fuels.
 It can be used in various sectors such as
transportation, industry and power generation.
 With the increasing demand for clean energy, green
hydrogen has the potential to become a major player
in the energy transition.

5. USES OF GREEN HYDROGEN
 AUTOMOBILE SECTOR
 INDUSTRIAL SECTOR
 POWER GENERATION SECTOR

6. AUTOMOBILE SECTOR
 Green hydrogen can be used as a fuel for various
transportation applications such as cars, buses,
trucks, and trains.
 It offers a clean and efficient alternative to
traditional fossil fuels, reducing carbon emissions
and improving air quality.
 The transportation sector is a major contributor to
greenhouse gas emissions, making green hydrogen a
crucial solution for reducing its environmental
impact

7. INDUSTRIAL SECTOR
 Green hydrogen can be used as a feedstock in various
industrial processes such as chemical production,
refining and steelmaking.
 It offers a clean and sustainable alternative to fossil
fuels, reducing carbon emissions and improving the
overall environmental impact of industrial activities.
 The industrial sector is a major contributor to global
carbon emissions, making green hydrogen a crucial
solution for achieving decarbonization.

8. POWER GENERATION SECTOR
 Green hydrogen can be used as a fuel for power
generation through hydrogen fuel cells or
combustion in gas turbines.
 It offers a clean and efficient alternative to
traditional fossil fuels, reducing carbon emissions
and improving air quality.
 The power generation sector is a major contributor
to greenhouse gas emissions, making green hydrogen
a crucial solution for reducing its environmental
impact.

9. CHALLENGES AND OPPRRTUNITIES
 The widespread adoption of green hydrogen faces
several challenges such as high production costs, lack
of infrastructure, and regulatory barriers. However,
with the increasing demand for clean energy, green
hydrogen presents significant opportunities for
investment, innovation, and collaboration.
 It has the potential to create new industries, jobs,
and economic growth while contributing to a
sustainable energy future.

10. CONCLUSION
 Green hydrogen is a promising solution for a sustainable
energy future due to its ability to reduce carbon
emissions and dependence on fossil fuels.
 It offers a clean and efficient alternative to traditional
energy sources and can be used in various sectors such as
transportation, industry, and power generation. While it
faces several challenges, the opportunities for
investment, innovation, and collaboration are significant.
 Green hydrogen has the potential to revolutionize the
energy sector and contribute to a more sustainable
future.