Uploaded May 2026 | Updated September 2026, 1 week ago
To understand and address industrial air pollution and develop sustainable environmental solutions, Parveen Dalal pursued her PhD at Ahmedabad University.
As she graduates at the 16th Annual Convocation, Parveen reflects on her journey studying advanced methods for treating harmful flue gases emitted by industries and coal-based power plants. Her research focused on developing energy-efficient oxidation systems and microbubble technologies for the simultaneous removal of nitrogen and sulfur oxides, two major contributors to air pollution and respiratory health hazards.
Through her work, Parveen demonstrated how innovative flue gas treatment technologies can improve pollutant removal efficiency while reducing energy consumption, paving the way for cleaner industrial operations and environmental protection.
Hear Parveen share her key takeaways from Ahmedabad University and her future aspirations. We wish her the very best in her future endeavours and look forward to seeing her research contribute towards a more sustainable future.
To understand and address industrial air pollution and develop sustainable environmental solutions, Parveen Dalal pursued her PhD at Ahmedabad University.
As she graduates at the 16th Annual Convocation, Parveen reflects on her journey studying advanced methods for treating harmful flue gases emitted by industries and coal-based power plants. Her research focused on developing energy-efficient oxidation systems and microbubble technologies for the simultaneous removal of nitrogen and sulfur oxides, two major contributors to air pollution and respiratory health hazards.
Through her work, Parveen demonstrated how innovative flue gas treatment technologies can improve pollutant removal efficiency while reducing energy consumption, paving the way for cleaner industrial operations and environmental protection.
Hear Parveen share her key takeaways from Ahmedabad University and her future aspirations. We wish her the very best in her future endeavours and look forward to seeing her research contribute towards a more sustainable future.
