Dynamic Chemical Engineer with extensive experience (9+ years) in academia, research and leadership with expertise in Environmental Sustainability and Wastewater Treatment. Track record of directing multi-disciplinary teams and managing institutional quality initiatives; mentoring projects of new sustainable technologies. The research areas include adsorption investigations, creation of nanocomposites for wastewater treatment, thermal efficiency improvements and process optimization. Committed to promoting resource efficiency and sustainable engineering via collaboration and strategic problem resolution.
Life Associate Member of Indian Institute of Chemical engineers (LAM58951)
Life Member of International Association of Engineers (302385)
Improvement of Thermal Efficiency of Boiler Undergraduate project focusing on energy efficiency.
Synthesis of Nanocomposites for Wastewater Treatment
Postgraduate project focused on environmental engineering.
• Graphene oxide was synthesized by improved Hummers' method and Tang Lau method and characterized using XRD, SEM and FTIR analyses. The analyses show that the oxidation of graphene oxide synthesized by improved Hummers' method is found to be high and the lateral thickness of the graphene oxide grown by Tang Lau method is around 1990 nm. Further, batch adsorption of Congo red by the as- grown graphene oxide by improved Hummers' method and Tang Lau method were carried out and analysed. A GO- MnO2 composite was synthesized using graphene oxide and manganese dioxide using potassium permanganate as a precursor using microwave irradiation method. The composite was used in Nickel ion removal by using batch adsorption studies. The Nickel ion removal was studied and analysed. Adsorption isotherms and kinetics models were fitted for the adsorption data obtained from the batch adsorption studies.
• The Project has been suggested at Bannari Amman sugars Ltd., Sathyamangalam. The cogeneration plant produces 20 MW power by burning bagasse which is produced by crushing sugarcane. In this project, a rotary counter current drier has been introduced in the front of the persisting boiler. By drying the bagasse supplied, the thermal efficiency of the boiler has been improved to about 79%. The drier has been designed for the operation and an economizer has been designed to accompany the boiler. The economizer has been designed according to norms specified by the government. The cost savings by drying operation has been estimated economically. The payback TUR period has also been calculated for the operation suggested. The safety precautions have been listed out for the plant.