| Hydrogen holds
the promise to provide clean, reliable and sustainable energy supply for
meeting the growing energy needs for transportation and power generation
in the coming years. Hydrogen can be used directly as a fuel for
producing mechanical / electrical energy through internal combustion engines.
It can also be used in fuel cells to generate electricity for stationary,
portable and transport applications. Hydrogen is environmentally benign
and has the potential to replace liquid fossil fuels in the future and
thereby provide energy security to India.
Recognizing the importance of hydrogen
as an energy carrier for the future, the Ministry of New and Renewable
Energy, as the nodal Ministry for this sector, has been implementing a
broad based Research, Development and Demonstration Programme on Hydrogen
Energy and Fuel Cell Technologies for more than two decades. In recent
years, significant progress has been reported by several countries including
India in the development of hydrogen as an alternative fuel both for automotive
and stationary application.
A National Hydrogen Energy Road Map
(NHERM) was prepared by a Steering Group set up by the National Hydrogen
Energy Board (NHEB which was set up earlier in October 2003),
under the Chairmanship of Shri Ratan Tata. The National Hydrogen Energy
Road Map was approved by the National Hydrogen Energy Board in January,
2006.
The NHERM has identified research,
development and demonstration efforts to be undertaken in the country for
bridging the technological gaps in different areas of hydrogen energy,
including its production, storage, transportation and delivery, applications,
safety, codes and standards and capacity building for the period up to
2020. The Road Map has emphasised on development of the total hydrogen
energy system, which includes all the above components of hydrogen energy
sector. Keeping in view the present status of development of hydrogen
energy, the NHERM has recommended two major initiatives for promoting the
use of hydrogen as a fuel for Green Transportation (Green Initiative
for Future Transportation-GIFT) and Green Power Generation (Green Initiative
for Power Generation-GIP).
The National Hydrogen Energy Road
Map has visualized that by 2020, one million hydrogen fuelled vehicles,
mostly two and three wheelers, and 1,000 MW aggregate hydrogen based
power generation capacity would be established in the country. A total
investment requirement of Rs.25,000 crores has been projected in
the Road Map for creating the required hydrogen supply infrastructure to
realize the goals of one million vehicles and 1,000 MW power generation
capacity by 2020, including Rs.1,000 crores for research, development
and demonstration activities. The Road Map is a public-private partnership
driven process.
Initiatives Taken So Far
The following initiatives have been
taken by the Ministry :
A Demonstration Project for setting
up of a Hydrogen Dispensing Station at a petrol pump in New Delhi has been
sanctioned as a joint project of Ministry of New and Renewable Energy and
Indian Oil Corporation Limited. The project would enable dispensing of
neat hydrogen and H-CNG blends as fuel for automotive vehicles. The project
is expected to be commissioned by March, 2009. The station will have 5
NM3 / hour hydrogen generation capacity electrolyzer system, hydrogen storage
and facilities for dispensing neat hydrogen and H-CNG blends in varying
blend ratios. The H-CNG blends will be used in the modified CNG vehicles
and are expected to reduce emissions from H-CNG vehicles, as compared to
CNG vehicles. The project would also generate operational experience in
handling hydrogen as an automotive fuel.
Another project for the introduction
of H-CNG blends on a trial basis in existing CNG Vehicles has been planned
to be undertaken by the Ministry of New and Renewable Energy jointly with
the Society of Indian Automobile Manufacturers(SIAM). The project
would have a two years duration and is the first public-private partnership
project in this new technology area. The project aims for the introduction
of H-CNG blend as a fuel on trial basis in buses, cars and three wheelers,
involving five leading Indian automobile manufacturers i.e. Tata Motors,
Ashok Leyland, Eicher Motors, Mahindra and Mahindra and Bajaj Auto. The
Indian Oil Corporation is also participating in this project and the existing
hydrogen dispensing facility set up at its R&D Centre at Faridabad
would be used for fuelling the vehicles. Under this project, the engines
of the existing CNG vehicles and fuel injection systems would be modified.
The project aims at optimizing the H-CNG blend ratio for optimal vehicle
performance and minimal emissions.
Several new R&D Projects in the
area of Hydrogen Energy and Fuel Cell technology have been sanctioned to
Universities, IITs and R&D organizations and further proposals are
in the pipeline. A National Centre for Hydrogen Energy and Fuel Cell Technology
is being set up at the Solar Energy Centre Campus of the Ministry
at Gurgaon, Haryana.
The National Hydrogen Energy Road
Map had recommended 8 Technology Missions to be taken up in this
area. Work has been initiated in two of these areas i.e. on the Development
of Solid Oxide Fuel Cells, for which the CGCRI and BHEL have submitted
a joint - R & D project proposal to the Ministry. A proposal for accelerated
commercialization of PEM Fuel cells in mission mode is being developed.
Policy Initiatives
A comprehensive, well structured
and coordinated National Programme on Hydrogen Energy is necessary to translate
the goals and milestones identified in the National Hydrogen Energy Road
Map. This would require all stakeholders to work closely to pool
their limited technical, financial and human resources to undertake a focused
national programme. Participation of government, research and academic
institutions, industries, regulatory authorities, organizations working
on development of standards, NGOs and media needs to be ensured for this
purpose. A strong research and technology development and demonstration
programme is an essential component of the National Hydrogen Energy
Programme.
Research, Development
and Demonstration Plan
The focus of R & D efforts in
this new and emerging area is on the development of efficient and cost
effective technologies. Goal oriented research will be identified
and supported. Advanced research and engineering development on hydrogen
applications has to be mainly industry driven with the
Government acting as the prime facilitator in this process. Apart
from R & D efforts on all aspects, ranging from production to application,
other important issues related to development of codes and standards and
safety and educational aspects have to be undertaken. Large scale programs
for creating public awareness about hydrogen energy - the next generation
clean energy options and its safe use by the common man have also to be
taken up as public-private partnership effort.
Role of Industry – Public-Private
Partnership (PPP)
The National Hydrogen Energy Road
Map is visualized as an Industry driven Public-Private Partnership Process,
with R&D institutions, Government and Industry joining hands for research
and development, demonstration and eventually commercialization and education
&
awareness. The participation of Indian industry is critical for achieving
the goals of the Road Map. The following are the areas where active participation
of industry is envisaged.
Development & demonstration of
hydrogen energy system vis-à-vis demonstration of automobiles using
Hydrogen Energy.
Production of Hydrogen (for power
generation & transport applications) from by-products of various industries.
For example Hydrogen is available as a by-product in the chemical industry.
Research & Development initiatives
from Industry to take up new methods of Hydrogen production from gasification
of coal, biomass/ biological methods, water splitting using photo-electrochemical,
nuclear & solar routes, and electrolysis of water using renewable
energy technologies.
Develop & demonstrate improved
pressurized tanks/cylinders for Hydrogen storage applications, safe &
cost effective solid-state storage methods, safe transport of hydrogen
through pipelines.
Develop materials & components
for fuel cells & also develop fuel cell technologies.
Develop & demonstrate hydrogen
powered IC engine.
Inputs in development of standards,
codes, regulations & awareness programms for acceptance of hydrogen
energy.
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