ARCHIVES(Journal of Harmonized Research in Applied Science)


Title: PHYSIOCHEMICAL AND TRACES METALS ASSESMENT OF SELECTED POINTS OF SEHORE DISTRICT, MADHYA PRADESH FOR GROUND WATER
Author: Sunita Jhade and Pushpendra Sharma
Keyword: Drinking Water, Correlation Analysis, Sehore, Traces Elements.
Page No: 01-06
DOI: 10.30876/JOHR.7.1.2019.01-06
Abstract: In present study physicochemical characteristics of ground water samples of in and around Sehore city of M.P. India were studied to evaluate its fitness for public drinking. Water samples were collect ed from four different collecting points of selected area. Physicochemical parameters were analyzed and values obtained were compared with standard values recommended by WHO and ISI. Discusses the results obtained in due course of research work done along with the expected consequences. The whole research work is given containing the impact of pollution in human beings with some suggestion by which intrusion of pollutions into water can be prevented and prescribed some simpler indigenous technologies for purification.Download PDF


Title: SYNTHESIS AND CHARACTERIZATION OF A PERIODIC MESOPOROUS ORGANOSILICA MOLECULAR IMPRINTED POLYMER FOR REMOVAL OF DDT
Author: Nothando B. Sithole*Justice M. Thwala, Gabriel C. Bwembya
Keyword: PMO-MIP, BTEB, triblock copolymer F127, removal of DDT and CTMS.
Page No: 07-14
DOI: 10.30876/JOHR.7.1.2019.07-14
Abstract: A Periodic Mesoporous Organosilica (PMO) is an organic-inorganic hybrid composition with ordered porous structure on a molecular imprinted polymer (MIP). A triblock copolymer Pluronic F127 poly(ethyle ne glycol)- poly(propylene glycol)-poly(ethylene glycol) as structure directing agent (SDA) and 1,4-bis(triethoxysilyl)benzene (BTEB) as a precursor were used to synthesis the PMO-MIP using a non-covalent approach. The non-covalent approachshowed a limited number of selective imprinted sites due to the lack of strong intermolecular attractions between DDT template and the BTEB precursor. However, treatment of PMO-MIP with chlorotrimethylsilane (CTMS) significantly reduced the SiO-H and Si-OH resulting in a more non-polar material. The synthesized PMO-MIP was able to recover 106%, 85% and 99% of DDT, DDD and DDE respectively which shows that it can be used not only for extraction of DDT and its metabolites from environmental samples but also as a clean-up for samples.Download PDF


Title: SOME TRACE ELEMENTS ASSESSMENT GROUND WATER OF SEHORE DISTRICT IN MADHYA PRADESH
Author: Sunita Jhade and Pushpendra Sharma
Keyword: Drinking Water, Correlation Analysis, Sehore, Traces Elements.
Page No: 15-20
DOI: 10.30876/JOHR.7.1.2019.15-20
Abstract: In present study traces element characteristics of ground water samples of in and around Sehore city of M.P., India were studied to evaluate its fitness for public drinking. Water samples were collect ed from five different collecting points of selected area. These parameters were analyzed and values obtained were compared with standard values recommended by WHO and ISI. Discusses the results obtained in due course of research work done along with the expected consequences. The whole research work is given containing the impact of pollution in human beings with some suggestion by which intrusion of pollutions into water can be prevented and prescribed some simpler indigenous technologies for purification. Key-Words: Drinking Water, Correlation Analysis, Sehore, Traces Elements. Download PDF