IN-2025-C1465-MU
Location
India
Internship type
ON-SITE
Reference number
IN-2025-C1465-MU
General discipline
Chemistry and Chemical Engineering
Completed Years of Study
2
Fields of Study
Languages
English Excellent (C1, C2)
Required Knowledge and Experience
-
Other Requirements
-
Duration
4 - 8 Weeks
Within These Dates
01.06.2024 - 31.12.2024
Holidays
NONE
Work Environment
-
Gross pay
7000 INR / month
Working Hours
40.0 per week / 8.0 per day
Type of Accommoditation
IAESTE India LC Manipal
Cost of lodging
-
Cost of living
4500 INR / month
Additional Info
Work description
Project Title: Development of functional nanocomposites for the removal of Emerging pollutants from aqueous phaseDetailed Project Description:Recently, a new class of pollutants called “emerging pollutants” emerged, whose long-term environmental effects are not entirely understood. Over 100,000 identified emerging pollutants, including pharmaceuticals, personal hygiene products, chemical additives, and microplastics, which traditional water treatment methods cannot remove. They are proven to disrupt the ecological balance by causing significant health effects even when found in minuscule quantities. One such emerging pollutant is pharmaceutical waste, which is identified in water bodies as an environmental threat. Pharmaceutical drugs in the water have increased antimicrobial resistance, feminisation of aquatic lives, infertility, thyroid imbalance and increased carcinogenic effects. Hence, a sustainable solution is necessary to prevent further imbalance. Hence, the current study is aimed at the preparation of nanocomposites including metal organic frameworks (MOFs), magnetic composites etc. The prepared materials will be characterized using FE-SEM, VSM, FT-IR, XRD and surface area analyser. The prepared materials will be used for the removal of emerging pollutants like parabens and antibiotics from theaqueous phase.Outcomes of the Project:Hands on experience in the preparation of various novel nanocomposites.Interpretation of various characterization methods.Understanding of adsorption and other effluent processes. Expected Results: A series of effective functional nanocomposites for the removal of emerging contaminants likeparabens and antibiotics is expected to be explored. The potential results may be communicated for a research article inreputed publications.
Deadline
19.10.2024