00:00Our professor Sikh Riyazidin sir, let us know directly what kind of speciality is this?
00:08The speciality of green hydrogen hydrogen is the biggest problem in the government.
00:17The main purpose of the green hydrogen production material is used to use the cost of the material.
00:24We worked in the same direction and made this material based on reduced graphene oxide, molybidium disulphide and vanadium sulfide.
00:33This material has been made by hydrogen production, which is approximately close to the platinum and palladium-based catalyst.
00:43This material has been made by lab, which has been created by green hydrogen generation.
00:49This material has been created by the National Green Hydrogen Mission.
00:54This project is called the Government of India Department of Science and Technology.
00:59In-spare faculty research grant.
01:14At a regional university of India, including the National Green Hydrogen is the most important part of this project.
01:18Can we support that?
01:20In the regional industry, our students, have been created by the National Green Hydrogen m urine.
01:27We all have completed the important parts in this movement and our results of this point.
01:30is approximately if we go to a liter green hydrogen, approximately 500 rupees.
01:36But if we apply one at least, we can apply it below 50 to 60 rupees.
01:45That's why we have worked in this direction.
01:48So now this is a small group.
01:52We can take this to the factory?
01:55We can take this to the factory.
01:57My industrial support is very important.
02:01We are trying to tie up some industry with this material.
02:05If the industry will give funding for research,
02:09we can expand more and increase the production rate.
02:13We can lose the limitations of the industry.
02:17In this way, the industry is very important,
02:21which we are trying to do in the Department of Physics.
02:24What is green hydrogen?
02:27What is the value of its value?
02:29The value of the hydrogen hydrogen is very good.
02:33We can see that in the world,
02:35we have a country,
02:36and we have a country,
02:37and we have a maximum country.
02:40What is the value of the hydrogen hydrogen?
02:48We have a number of hydrogen hydrogen.
02:53We have a number of hydrogen hydrogen hydrogen.
02:55carbon dioxide
02:55Green hydrogen effect is not going to be
02:58not going to be
02:59It's not going to be
02:59It is going to be
03:01The power of your
03:02mileage
03:03In your car
03:03not going to be
03:04efficiency
03:05The normal petrol
03:06will be greater
03:08So
03:09Green hydrogen
03:10Government of India
03:11Focus
03:11If
03:12The budget of India
03:15The Government of India
03:16has been
03:17invested in the carbon dioxide
03:19So
03:20We also have
03:22So, this is why we focus on this.
03:25The next day, we know that the petrol pump or fuel pump is in the same way.
03:35Is it going to be a green hydrogen pump?
03:38I would say that the existing petrol pump, the petrol, the CNG, the next time,
03:49in 15 years this pump will be replaced by the hydrogen pump and now what do you do hydrogen
03:55with the hydrogen pump and now what do you do with the hydrogen pump and now what do you do
04:18Ph.D. student
04:20I have a lot of
04:21minutes
04:22and then I have a fruit
04:23and then I have a fruit.
04:24Three materials
04:25you have told me.
04:26What is it?
04:27One material is
04:28low cost
04:29carbon material
04:30which is basically
04:31graphene
04:31and graphite
04:32material
04:32which is very
04:33easy to get.
04:33If it is 1 kg
04:35of cost
04:36approximately
04:3860 to 70
04:39rupees
04:40and the rest
04:41of the
04:41molybidium
04:42and halidium
04:42sulfide
04:43is
04:43very
04:44much
04:44of cost
04:45approximately
04:46this
04:46is
04:47500
04:48gram
04:48or
04:48500
04:48500
04:49gram
04:49cost
04:50I got
04:50300 to 400
04:51rupees
04:52approximately
04:53it is a very low cost
04:55material
04:55which is a low cost
04:56material
04:57we have a new material
04:58and the materials
05:01used are
05:03green hydrogen
05:04to use
05:05raw materials
05:07and what is
05:07what is
05:09the material
05:09that is
05:12the best
05:12material
05:13that is
05:14platinum
05:14palladium
05:15and ruthenium
05:16based
05:16catalyst
05:16material
05:17the main
05:18cost
05:20and
05:21the material
05:22is not available in India
05:24there is a lot of scarcity
05:25and limited resources
05:26we have a lot of material
05:27from China
05:27or South Carolina
05:29and the
05:29export
05:30which
05:31can
05:32we have a lot of
05:34raw materials
05:35and we have a lot of
05:39carbon
05:39we have a lot of
05:39we have a lot of
05:46carbon
05:46and we have a lot of
05:50carbon
05:50carbon
05:54Yes, yes.
05:55Green hydrogen mission which is project of the
05:59big shit, the big shit is a big issue.
06:02We are trying to make a self-reliance to create an India.
06:07The Prime Minister Mirananda Modi also has the mission to make a self-reliance.
06:12So, the next step is in the 2047,
06:17which means green hydrogen and the green hydrogen
06:21foreign
06:28foreign
06:29foreign
06:29foreign
06:29green hydrogen production
06:31and the material
06:33in which it is
06:35like I have to tell you
06:39that the sun is 10
06:42GUNA to be more than that
06:43which the green hydrogen
06:47production will be less than that
06:48which the sun is 500 GUNA
06:52will be less than that
06:53Narendra Nishad
06:54ETV Bharat
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