00:00This is a new intervention of the nano, and the main objective of the nano is that urea continuous use
00:12in the environment has been a lot of pollution.
00:14In the paper, you have read the paper that you have read the paper in the water, and the nitrate,
00:21the brown water board has been reported.
00:26So, the environmental impact is a negative part of the ewea, so it was a little bit of focus in
00:33the focus.
00:34It also is a focus of the amount of focus on the growth of the ewea.
00:39In addition to the growth of the ewea, the growth of ewea, the growth of ewea, the growth of ewea,
00:41the growth of ewea.
00:42So, it was very good for us, because there was no answer in our head.
00:47So, Nano was the main basic idea.
00:50However, when it comes to application,
00:53the question is,
00:55if the other nitrogenous fertilizer,
00:59whether it's in the form of urea,
01:00whether it's in the form of DAP,
01:03whether it's in the form of nitrogenous fertilizer,
01:05whether it's in the form of replacement?
01:07Do you have to replace this?
01:08So, this is the answer to the question.
01:11In the form of vitamin C and vitamin C,
01:16one of our first micronutrients,
01:20which is now 90% of our results,
01:27add Urea or DAP in the form of nano,
01:31because there's a lot of nitrogenous fertilizer
01:34If you are using nitrogen or phosphorus, you can also use nitrogen or phosphorus in the market.
01:42There are nano-urea and nano-DAP.
01:45If you are using nano-zinc, you can also use nano-zinc as well as nano-zinc as well.
01:56If you are using nano-urea and nano-DAP, if you are using this product, then you can use it
02:04in the market.
02:09If you are using nano-urea and nano-DAP, you can use it in the market.
02:17If you do not use your value, 0% of the Yield, no!
02:21If you are using nano- Anthony, we can use it in the market.
02:24If you are using vitamin C, you can use it in the market.
02:31If you would like to use it on the market, that will also be the man who will go through
02:39the portfolio.
02:40This is a pretty easy.
02:45So we have a treatment that has 75% of urea through urea DAP, and 25% of urea through
02:59urea DAP, and 25% of urea through urea DAP.
03:15The result of urea TAP, and by any amount of urea, There is less than the amount of urea, but
03:21there is no significant difference.
03:23But, Lekind the value DAP is 50% of urea, which would increase in the amount of urea, and 50
03:36kg.
03:43The result is that we don't think that we can remove urea and remove urea.
03:51If we remove urea and remove urea, we can remove urea and remove urea.
04:05We can remove urea and remove urea and remove urea.
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