Rashid Kapdi - Academia.edu (original) (raw)
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Panjab University, Chandigarh(India)
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Papers by Rashid Kapdi
Wesleyan Journal of Research, 2021
Numerous studies use the adsorption process to remove dyes from organic dye house sewages. Adsorp... more Numerous studies use the adsorption process to remove dyes from organic dye house sewages. Adsorption is commonly used in wastewater treatment systems; activated carbon remains a costly commodity on the market. Safe and economical methods have been required in recent years for handling dye house effluents, forcing researchers to concentrate on producing low-cost adsorbents from the cheapest sources. The quality of our water resources is worsening and the use of colouring produces colour wastewaters that cause environmental concern. Textile wastewater includes a wide variety of dyes and chemical additions that not only as liquid waste but also in its chemical composition pose the environmental challenge for the textile industry. Key contamination of clothing runoff arises from dyeing and finishing operations, these processes involve the input of a wide range of chemicals and dyes, which are usually complex organic compounds. The various input parameters has taken which need to be extracted from clothing wastewater. In this research we propose analysis of dye removal from wastewater with the help of various adsorption, this research also focused on calculate the ph value before and after dye removal from wastewater. For experiment analysis we carried out different kind of dyes which is validated with various configuration of adsorption. The partial implementation and result illustrates when adsorption capacity has increased it will automatically provide maximum dye remove from wastewater.
Wesleyan Journal of Research, 2021
Numerous studies use the adsorption process to remove dyes from organic dye house sewages. Adsorp... more Numerous studies use the adsorption process to remove dyes from organic dye house sewages. Adsorption is commonly used in wastewater treatment systems; activated carbon remains a costly commodity on the market. Safe and economical methods have been required in recent years for handling dye house effluents, forcing researchers to concentrate on producing low-cost adsorbents from the cheapest sources. The quality of our water resources is worsening and the use of colouring produces colour wastewaters that cause environmental concern. Textile wastewater includes a wide variety of dyes and chemical additions that not only as liquid waste but also in its chemical composition pose the environmental challenge for the textile industry. Key contamination of clothing runoff arises from dyeing and finishing operations, these processes involve the input of a wide range of chemicals and dyes, which are usually complex organic compounds. The various input parameters has taken which need to be extracted from clothing wastewater. In this research we propose analysis of dye removal from wastewater with the help of various adsorption, this research also focused on calculate the ph value before and after dye removal from wastewater. For experiment analysis we carried out different kind of dyes which is validated with various configuration of adsorption. The partial implementation and result illustrates when adsorption capacity has increased it will automatically provide maximum dye remove from wastewater.