00:00I am a PhD scholar, Dr. Sushi Verma, and our lab is Godden Research Lab, Ramja Scholars, Delhi University.
00:08Our work is Bioplastic Preparation. Basically, we are targeting waste and now under-utilized waste is cow dunk,
00:18which we have easily access.
00:20We are looking towards future sustainable development.
00:27We extract the cellulose and then bioplastic preparation.
00:32Bioplastic preparation is why it is necessary because the pollution of the plastic is in our environment.
00:41If we look at the degradation of 100 years, it will be degraded by one plastic.
00:46Then, the microplastic parts are in the environment.
00:49Whether it is a landfill or a marine environment.
00:54So, we are going to bioplastic and prepare.
00:58Bioplastic's significance is that it is biodegradable.
01:03Waste is utilized.
01:05We have made bioplastic.
01:07The result is good compared to conventional plastics.
01:12So, we can take it as an alternative option.
01:15We have seen in conventional plastics.
01:17The literature has been published.
01:20There is a lot of carbon footprint.
01:22Therefore, the existing global warming is increasing.
01:26And in biodegradable plastics, there is a low carbon footprint.
01:30Therefore, our carbon emission is reduced.
01:33The global warming rate is also maintained.
01:36My name is Ruhi Paathig.
01:38I am from the fourth year of the Rammjus College.
01:41I am associated with the Uppurdan Lab.
01:43My work is related to this.
01:45The rest of my team is giving me a raw sample.
01:50My work is only to analyze.
01:52All of these are computational.
01:56And I use some computational things.
01:58And some parameters.
01:59I use some parameters.
02:00I use some parameters inside the product.
02:01The good or bad products.
02:03I use them first.
02:04I use them first.
02:05As I give them raw samples.
02:09So, what do I do?
02:10I use it computationally.
02:14I use some parameters.
02:16I use good products and bad products.
02:18Like bad products.
02:19Like sulfur dioxide.
02:20And methane.
02:21These are greenhouse gases.
02:23So, I use them to show them.
02:25I use them to show them how to use them.
02:26This is not good.
02:27The things that are useful.
02:28And not good for the feminine.
02:29So, they need to heal.
02:31They need to heal.
02:32The need to heal.
02:33And I give them ideas.
02:35Once they recreate the process.
02:37After the process.
02:38They have to heal.
02:39And they need to heal.
02:40And we give them all the damage.
02:41And in our lab.
02:42And we give them the work.
02:44The white pollution.
02:46That is polythene.
02:48It's basically you.
02:50It is not degradable.
02:52It will be worse.
02:54For degrading.
02:56But if we look at it, it doesn't work without us.
02:58If anyone is sitting in front of us,
03:02it will be 50-100 grams.
03:06It will be in a form of button.
03:08It will be in a form of plastic.
03:10It will be in a form of plastic.
03:12It will be in a form of plastic.
03:14It will be in a circular economy.
03:18It will be a form of plastic.
03:20It will be very difficult to replace it.
03:22When we checked the alternative,
03:26we thought that cow dunk
03:28when we checked the composition,
03:30because my field was bio gas
03:32or bio polymer.
03:34When I checked the cow dunk
03:36has so much efficiency
03:38that we replace it with our
03:40preference.
03:42We will replace it
03:44so we can be a good alternative.
03:46So we can use it
03:48If we look at it
03:50we can use it
03:52We can use it
03:54We can use it
03:56We can use it
03:58We can use it
04:00We can use it
04:02That's why we see it
04:03because we have been
04:05Gowanj. And 21 crore Gowanj, which is about 7-15 kg to a cow dung.
04:13The milk producing cow for milk is not a problem.
04:19But the non-milk producing cow is not a problem.
04:24It is a problem for our country.
04:28The waste is available in India.
04:37We use biomass treatment.
04:41If we create a new product, the availability of raw material is not a problem.
04:49The raw material is easily available.
04:53If we make a cow, we can easily remove it.
04:59In the cow dung, we have made a new biopolymer.
05:04It is degradable.
05:06It is very good.
05:10We have done an experiment.
05:12We have tried to replace the salofan paper in the market.
05:19We can replace the sprouts.
05:21We have done an experiment.
05:24We have done an experiment.
05:26We have done polythene.
05:30It is a cow dung.
05:31We have done a lot of cow dung.
05:33It is a cow dung.
05:35We have done a 6 months ago.
05:38This is the color of the cow dung.
05:41This is a cow dung.
05:43This is a cow dung.
05:45The cow dung is not a bad thing.
05:47But if we look at it, it is a cow dung.
05:49But if we look at it in a commercial,
05:52It is a cow dung.
05:54It was a cow dung.
05:55And in 6 months, it is a cow dung.
05:58It's a cow dung.
05:59You can see it in a cow dung.
06:01It's a cow dung.
06:02so we can use this as a packaging material easily because there is no fungus or bacterial infection
06:16so this is an anti-bacterial and anti-fungal and this can retain our food products
06:28so this is our environment which we can save our environment because if you are going to die
06:36then methane gas also comes out very toxic products which are bad for your environment
06:43so before removing those toxic products, we can convert our products to our valuable products
06:52this is a very good experiment which we are doing, we are doing more dry, we are doing a degradable
06:59we are doing a degradable check and the commercialization of our products that have not degraded
07:07we are doing a lot of good, because it is from the cow's ruminant stomach
07:13This is already treated, enzymatic action, treated biomass.
07:19That is why our product is eco-friendly, environmental friendly and degradable.
07:31This will reduce your plastic use and for agriculture, this is a very big product.
07:41This is the best time for white pollution.
07:45Have you been using this patent?
07:48We have published this patent.
07:51We have some notes for division.
07:56We think we will get the patent.
07:59Because our process and sources are different.
08:03That is why we have already put this patent.
08:06When can we take it to the market?
08:09We have thought that we will open this patent.
08:16And the white pollution on our product,
08:23The patent is easy but our cow dunk is about 2 rupees a kilo.
08:28And we also feel the cost to the animal's weight.
08:32It will be also remain as if it is more than 1-2 rupees.
08:36But the environmental friendly means we should support this.
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