Name | Momina | |
Course | PhD (Civil Engineering) | |
Date of Admission | October 2019 | |
Roll No | 19PHDCE024 | |
Corresponding Address | Department of Civil Engineering, Jamia Millia Islamia (JMI), New Delhi, 110025 | |
Corresponding Email | momina1910086@st.jmi.ac.in | |
Supervisor Name | Prof. Kafeel Ahmad |
Feb 2021 | Started as PMRF fellow at Jamia Millia Islamia (JMI) |
Trainee The Renewable Energy and Chemicals (REC), IIT Delhi Molecular Dynamics Simulation in Solid Oxide Fuel Cell Duration - One month | |||||||||||||||
Master Research Fellow (Chemical Engineering) Engineering Campus, University Sains Malaysia (USM), Penang, Malaysia February 2017 – February 2019 | |||||||||||||||
Teaching Assistant
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Jamia Millia Islamia (JMI) Doctor of Philosophy (Ph.D.) Civil Engineering – Environmental Engineering Percentage - 86% |
University Sains Malaysia (USM) Master by Research (Honors) Chemical Engineering – Environment Percentage - 80% |
Aligarh Muslim University (AMU) Bachelor of Technology (B.Tech) Chemical Engineering Percentage - 78.6% |
Ph.D. Project (Pursuing) Study on the formulation, characterization, and economically viable application of polymer nanocomposite for the treatment of industrial effluents. To formulate an economically viable adsorbent that can clean the wastewater from the industrial effluents and promote zero liquid discharge. Moreover, the formulated adsorbent would ensure its reusability and the involved regeneration process should be economical and environmentally friendly. Treatment of textile effluents will be carried out using carbon-dot-based polymer nanocomposite by adsorption and photocatalytic treatment process. Carbon dot PNC will be prepared by kitchen waste which will be biocompatible. The prepared adsorbent will be characterized by various instrumental techniques before and after treating industrial effluents. The economic viability of this PNC will also be performed by studying the regeneration of adsorbent. |
M.Tech Project Regeneration potential of bentonite-based adsorbent coating It involves the regeneration of a thin coated adsorbent layer which was introduced to adsorb cationic dyes from wastewater. The project includes an effective method to regenerate the clay-based adsorbent coating and characterized by various instrumental techniques. Furthermore, equilibrium data were simulated using different isotherm models and mechanism for desorption of dyes was determined using kinetic models. |
JOURNAL PAPERS
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CONFERENCE PAPERS
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BOOK CHAPTERS
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Course No. | Course Name |
EEP101 | Research Methodology – Prof. Mohammad Sharif |
EM641 | Air and noise pollution control system – Prof. Kafeel Ahmad |
EM642 | Experimental Design and Data Analysis - Prof. Quamrul Hassan |
Paper-1 | Term Paper |
Received “Jamia Award of Excellence” for Prime Minister Research Fellowship (PMRF) – 15 August 2021 |
Received Graduate Research Assistant (GRA) Scholarship (1300 RM) under the project Functionalized Thin Layer Adsorbent for Heavy Metal removal in wastewater (1001/PJKIMIA/812469) from April 2017 – 30 June 2017. |
Received USM fellowship (1500 RM-1800 RM) during Masters for two years 2017-2019. |