Kunal Lodhari

Process Optimization: Engineered a microplastic removal strategy for a Dry Plug Flow Reactor (Thermophilic) to ensure regulatory compliance for bio-fertilizers.
System Design: Proposed the integration of a mechanical de-bagging unit at the pre-treatment phase to mitigate bulk plastic intake and protect downstream equipment.
Resource Recovery: Designed a bifurcation protocol to segregate digestate: directing high-quality fractions to agriculture and low-quality fractions to a biochar facility for energy recovery.

AI-Driven Mobility: Conceptualized a gamified app that utilizes algorithms to recommend optimal routes based on real-time traffic, carbon footprint, and cost.
Automated Verification: Integrated AI technology to automatically detect and validate sustainable transport modes (e.g., biking vs. driving) to ensure data accuracy.
Behavioral Incentive: Designed a "Green Credit" economy where verified eco-friendly travel earns points redeemable for canteen meals, fostering a sustainable campus culture.

Bioclimatic Design: Engineered renovation proposals for a local school, utilizing passive ventilation (Whirlybirds) and translucent solar panels to optimize thermal comfort and energy generation.
Material Analysis: Conducted hands-on structural testing of raw earth and straw composites at the ÉCOBATYS workshop, specifically analyzing moisture content effects on stability.
Circular Economy: Developed holistic design strategies within an international team, prioritizing long-term maintenance and lifecycle cost efficiency.

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