00:00This project is brought to you by Bhaerat Petroleum and Private Limited.
00:05We have to do that with Paddy Straw Based Biogas Plants.
00:10They have two types of slurry.
00:13The slurry has a solid part and a liquid part.
00:16The solid part, they have enriched the company themselves.
00:22But we have to put the field in the field
00:25that they have to work in the field or not.
00:28We have to do that with three crops.
00:30But the liquid part,
00:33there are some portions of plants that can be recirculated,
00:36but there are a lot of things to go to discharge.
00:39There are a lot of problems.
00:41The main project is how to manage the liquid portion.
00:47We have a contribution to our microbiology.
00:52We have to do that with the biologics.
00:59We have to do that with the biologics.
01:03We have to do that with the biologics.
01:12the production of the crops which you use.
01:19The project approved is now two years, so the time will be.
01:26The lab scale does not work, but when we do the results in the farmer field,
01:35of slurry, large-scale management of slurry to develop the whole supply chain, storage studies
01:42will be done, what is the effect of the soil dynamics, the soil microbiome will be done.
01:53My name is Dr. Prathbha.
01:56Soil-related, agriculture-related, we will try our organic fields.
02:13We will see that the maximum utilization of the daily production of millions of tons can be used.
02:24How can we work in the field research?
02:29We will try to do many things, because we do trial and test a lot.
02:33We will also have no amount of production of the field research.
02:35Yes, first of all, we will study all the part of the lab, then we will study all the part
02:40of the field.
02:43We will go to the field, which we have to do three years of trial.
02:50foreign
03:16The soil is the microbiome, which is very important to keep your gut microbiome in the same way, the soil
03:27is the microbiome, it will be improved.
03:31Because this is the main aim towards sustainable agriculture,
03:35because the products of HHS, the microbiome in the microbiome in the microbiome, the organic inputs, the microorganisms are beneficial.
03:47The department has the biofertilizer production unit, which has the biofertilizer,
03:53which is the biofertilizer, which has developed in the microbiome as well.
03:58I see beneficial microorganism bio fertilizers they have bacterial strains
04:03they try to enrich the biodegraded slurry solid liquid solid
04:11product liquid liquid liquid base generate a rich
04:18So, we have a lot of nutrients, but we also have a lot of nutrients available, which can promote the
04:24plant growth, but when we test them, we don't have a growth promotion.
04:30So, the main aim is that when we have bio-enzyme, which has already solidized nutrients, or microorganisms, they can
04:38get enrichment.
04:40So, if we have enriched, we will go back to the soil. So, definitely, the health of the soil will
04:47improve.
04:48Because the microbial activities have improved, the nutrient status of the soil will improve.
04:54Definitely, the project towards the circular economy, that the waste is generated, then we will use it so that we
05:03can get our benefits.
05:03So, we hope that we can get our benefits, because we have micro-inoculant, microbial inoculants, or bio-enzyme.
05:14Already, there are multiple crops, which we have tested.
05:17So, they definitely have the effect of yield enhancement, bio-enzymes.
05:24So, we have enriched the slurry, the liquid portion.
05:29Therefore, there are many hours, However, they just have to know how much food is processed into life.
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