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Development of a multi-nutrient fertilizer from liquid waste of solar salt manufacturing process

机译：太阳能盐制造工艺液体浪费多营养肥料的研制

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Magnesium plays a key role in the growth of a plant by acting as the central atom of the chlorophyll molecule. This study is carried out to develop a low-cost multi-nutrient fertilizer by utilizing the bittern solution. This fertilizer is capable of fulfilling the Magnesium, Potassium and Calcium requirement of a plant effectively. A dilution series of bittern was prepared, and a series of tests was carried out to demonstrate the importance of multi-nutrient fertilizer to the growth of a plant. This fertilizer contains 1.27%, 0.31% and 0.01% of highly water soluble Magnesium, Potassium and Calcium respectively to cater the short term requirement of a plant. Developing an indigenous source of supply for fertilizer is important both for the agricultural and strategic reasons. The major drawback of conventional salt production has been overcome by using bittern to produce a multi-nutrient source for plants. It could also mitigate negative environmental impacts by successfully controlling pollutant discharge. Therefore, this novel process can be considered as a comprehensive solution towards sustainable development.
机译：镁通过作为叶绿素分子的中央原子作用于植物的生长中起关键作用。该研究是通过利用卤水解决方案开发低成本的多营养肥料。这种肥料能够有效地满足镁，钾和钙需求。制备了稀释系列苦康，并进行了一系列测试以证明多营养肥料对植物生长的重要性。该肥料分别含有1.27％，0.31％和0.01％的高度水溶性镁，钾和钙，以满足植物的短期要求。开发肥料的土着供应来源对于农业和战略原因来说是重要的。通过使用卤水来克服常规盐生产的主要缺点以产生植物的多营养源。它还可以通过成功控制污染物排放来减轻负面环境影响。因此，这种新的过程可以被视为可持续发展的综合解决方案。

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