Chinara Kuldip, PhD

Top 5 teams in Carbon Zero Challenge 4.0 securing prototype funding of up to INR 10 Lakhs IIT Madras Nov 2024 A novel water treatment technique utilizing pulsed ozonization was developed to address the critical issue of removing per- and polyfluoroalkyl substances (PFAS) from wastewater. PFAS are persistent organic pollutants found in water, air, and soil, with a significant presence in industrial waste. Prolonged exposure to PFAS is linked to serious health risks, including cancer, liver damage, immune system disruption, thyroid disease, and high cholesterol. Both the EPA and the IARC classify PFAS as… Show more A novel water treatment technique utilizing pulsed ozonization was developed to address the critical issue of removing per- and polyfluoroalkyl substances (PFAS) from wastewater. PFAS are persistent organic pollutants found in water, air, and soil, with a significant presence in industrial waste. Prolonged exposure to PFAS is linked to serious health risks, including cancer, liver damage, immune system disruption, thyroid disease, and high cholesterol. Both the EPA and the IARC classify PFAS as potentially carcinogenic to humans, emphasizing the need for effective removal methods before wastewater discharge.This technique employs a Dielectric Barrier Discharge (DBD) chamber, where a high-voltage pulse (15 kV) is applied across the electrodes. The pulsed HV system drives the generation of ozone, enabling the ozofractionation process to efficiently degrade PFAS. The process achieved a remarkable 95% removal efficiency of PFAS from industrial wastewater, overcoming the inherent challenges of applying high-voltage pulsed power in a DBD setup.This innovative approach demonstrates significant potential for mitigating PFAS contamination, ensuring safer wastewater disposal, and protecting environmental and public health. Show less

Top 25 Teams in Carbon Zero Challenge 4.0 Awarded Prototype Funding of up to INR 5 Lakhs IIT Madras Oct 2024 A novel water treatment technique utilizing pulsed ozonization was developed to address the critical issue of removing per- and polyfluoroalkyl substances (PFAS) from wastewater. PFAS are persistent organic pollutants found in water, air, and soil, with a significant presence in industrial waste. Prolonged exposure to PFAS is linked to serious health risks, including cancer, liver damage, immune system disruption, thyroid disease, and high cholesterol. Both the EPA and the IARC classify PFAS as… Show more A novel water treatment technique utilizing pulsed ozonization was developed to address the critical issue of removing per- and polyfluoroalkyl substances (PFAS) from wastewater. PFAS are persistent organic pollutants found in water, air, and soil, with a significant presence in industrial waste. Prolonged exposure to PFAS is linked to serious health risks, including cancer, liver damage, immune system disruption, thyroid disease, and high cholesterol. Both the EPA and the IARC classify PFAS as potentially carcinogenic to humans, emphasizing the need for effective removal methods before wastewater discharge.This technique employs a Dielectric Barrier Discharge (DBD) chamber, where a high-voltage pulse (15 kV) is applied across the electrodes. The pulsed HV system drives the generation of ozone, enabling the ozofractionation process to efficiently degrade PFAS. The process achieved a remarkable 95% removal efficiency of PFAS from industrial wastewater, overcoming the inherent challenges of applying high-voltage pulsed power in a DBD setup.This innovative approach demonstrates significant potential for mitigating PFAS contamination, ensuring safer wastewater disposal, and protecting environmental and public health. Show less

Teaching Assistant Recognition Award (TARA) Indian Institute of Technology Madras Jul 2023 I have served as both Teaching Assistant and Course Manager for a series of technical and advanced courses that form a core part of the curriculum of IIT Madras, including:1. Switched Mode Power Conversion (EE5203)2. Electrical Machines and Lab (EE2005)3. Microprocessor Theory and Lab (EE2016)4. Digital Controller for Power Applications (EE5212)5. NPTEL+ course on "Digital Controllers for Power Applications"6. NPTEL+ course on “Modelling and Digital Implementation of… Show more I have served as both Teaching Assistant and Course Manager for a series of technical and advanced courses that form a core part of the curriculum of IIT Madras, including:1. Switched Mode Power Conversion (EE5203)2. Electrical Machines and Lab (EE2005)3. Microprocessor Theory and Lab (EE2016)4. Digital Controller for Power Applications (EE5212)5. NPTEL+ course on "Digital Controllers for Power Applications"6. NPTEL+ course on “Modelling and Digital Implementation of Power Electronic Converters for Renewable Applications” Show less

Highest CGPA Award in B.Tech Government College of Engineering, Kalahandi, Bhawanipatna Apr 2017

1st Prize in the event "Circuit-o-Maniac" at "INSPRANO'16" college level technical Festival Government College of Engineering, Kalahandi, Bhawanipatna Mar 2016

2nd Prize in the event "Electro-Quiz" at "INSPRANO'16" college level technical Festival Government College of Engineering, Kalahandi, Bhawanipatna Mar 2016

2nd Prize in the event "Electro-Quiz" at "INSPRANO'15" college level technical Festival Government College of Engineering, Kalahandi, Bhawanipatna Mar 2015

Special Prize in "Tabla" Competition ASHWASA, Bhubaneswar