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Vol. 11, Issue 12 (2022)

Comparative analysis of vegetable crop yield by using industrial waste and treated water

Author(s):
M Vichitra
Abstract:
Water is essential for plant growth, Nowadays more amount of water are wasted by domestic and industrial purpose. In that situation treat wastewater. Various types of treatment process are used to treat the waste water like screening, flocculation, sedimentation, filtration and various chemical process is used to remove colour, odours, salinity and other, this study investigates the effects of industrial effluents on vegetables grown. Unprocessed waste water from textile, ghee, and other industries is discharged into rivers and land, and can negatively impact the quality of the crops. Different concentrations of effluents have been observed to affect the seedling and root lengths of various vegetables, with high concentrations resulting in reduced germination and growth. Untreated effluent from the textile industry has been found to decrease the biomass of roots and shoots, while treated effluent has been observed to improve growth, as well as increase the sugar and protein percentages. Additionally, heavy metals such as Ni, Cr, Zn, Cd, Cu, As, and Pb that are found in the effluents can accumulate in the vegetables, leading to inhibited root growth, a decrease in yield due to less water and nutrient uptake, and a decline in plant growth and seed germination rate. Due to various chemical process naturality of water will spoiled. Henceforth, we used organic mixture of liquid (ECOCLEAN 2300) in the treatment process. ECOCLEAN-2300 is a single dose herbal reagent for sewage water flocculation, sedimentation and disinfection of water. It not only induces flocculation and causes separation of both suspended and dissolved solids but also disinfects the water and also compare the plant growth & yield of various characteristics of water.
Pages: 5039-5044  |  266 Views  178 Downloads


The Pharma Innovation Journal
How to cite this article:
M Vichitra. Comparative analysis of vegetable crop yield by using industrial waste and treated water. Pharma Innovation 2022;11(12):5039-5044.

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