Professor (Research Track)
Department of Biological Sciences

BITS Environmental Science & Technology (BEST) Lab
BEST Lab is a dynamic research group primarily focusing on environmental biotechnology and sustainable waste management. Their collective expertise includes anaerobic digestion, waste-to-energy conversion, wastewater treatment, and environmental remediation. The group focuses on advancing scientific understanding and developing innovative strategies to tackle environmental challenges.

In the Process of Creating a Sustainable Tomorrow, Today
Current PhD Scholars

Evaluates strategies to mitigate the negative effects of microplastics on environmental sustainability using anaerobic digestion and concomitant resource recovery in treatment processes

Explores the optimization of total soluble product concentrations during biomethanation to enhance energy recovery in waste-to-energy systems through reactor design optimization and adsorption techniques, alongside developing innovative processes for efficient biomethanation, aiming to improve the overall performance and sustainability of waste-to-energy systems

Focuses on the enhancement of organic waste valorization to promote a circular economy, along with exploring nature-based solutions for environmental remediation.

Explores the chemical composition and reactivity of coal to enhance its biomethanation potential and also investigates the microbial interactions, metabolic pathways, and process optimization for biogas generation.

Focuses on leachate treatment technologies, exploring innovative methods for contaminant removal, toxicity reduction, and improvement of effluent quality to mitigate environmental risks from landfills leachate

Explores the potential of macro and microalgae for nutrient removal, pollutant degradation, and biomass production, as well as integrating environmental biotechnology into waste management systems for resource recovery and environmental sustainability

Focuses on electrobiomethanation for enhancing methane production and resource recovery and explores the synergy between microbial electrochemical systems and anaerobic digestion

Focuses on advanced wastewater treatment technologies, resource recovery from wastewater, sustainable water management, biological and physicochemical treatment processes, and wastewater reuse strategies for environmental sustainability

Explores Geographic Information Systems (GIS) for environmental monitoring and integrating natural resource management strategies for sustainable ecosystem conservation

Engaged in biomarker-based monitoring of biomethanation with the aim of enhancing process control and improving product yield.

Working on biohythane generation with a focus on process optimization to enhance yield and efficiency
Alumni
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