Karan Chavan is a chemical engineer and the founder of a five-division operating group: ECOICE (climate infrastructure — five product lines across fire, water, wind, earth & heart), Project Droplet (autonomous marine sensing, built with a four-company consortium spanning Canada, the US, India, and China), Project BioUrea™ (national fertilizer security on a proprietary ETHANABER™ process, plant under construction), Biopolicy Research (confidence-graded public policy tools for Canada and India), and Climate Roast (public climate engagement). His lifecycle assessments have set national recycling policy in India and produced an eleven-million-tonne annual decarbonization roadmap for one of the country's largest industrial producers. He holds a doctorate in Chemical Engineering from the Institute of Chemical Technology, Mumbai, and is a P.Eng. candidate with the Professional Engineers of Ontario.
Each division carries its own technical record and field data. This overview summarizes; the linked site carries the depth.
The group's technology is fabricated and commissioned, not only modelled. Trayambakam's emissionless pyrolysis units are built at workshop scale in India before field deployment — the same discipline now applied to Project BioUrea's 50 KLPD facility under construction at SUPA MIDC, Maharashtra.
ECOICE engineers emissionless systems across fire, water, wind, earth & heart — each product closing a loop that makes a piece of centralized infrastructure obsolete.
A clean cooking stove that runs on water as its fuel — producing hydrogen on-site through electrolysis and burning it for a sootless flame. A direct LPG replacement: no cylinder, no pipeline, no fossil fuel.
Ultrafiltration → Ozonation → Automation. Modular, zero-discharge, capacity 150–500 LPD, lab-validated at Hydrotech Laboratory — eliminating the need for centralized sewage infrastructure.
Built with Fluid Analytics. Zero-emission, AI-driven navigation, Starlink-connected. Water-quality monitoring, surveillance, parcel transport, aquaculture support, algal-bloom tracking.
Patented solvent-scrubbing processes cellulosic, municipal and hazardous waste in-house into biochar, syngas and bio-oil — upgraded to biofuels, gasoline and SAF. Biochar sequesters carbon for 1,000+ years.
Biochar soil amendment (2–5 tCO₂eq/ha/yr sequestration) + biofertiliser + ISO 14064-compliant GHG accounting per farm. CFIA/PMRA pathway for the Canadian market.
Up to 50 kg suppressant payload, precision aerial deployment. 35 min flight · 120 m height · 4–6 m spray. GPS-assisted, AI-integrated.
+18–22% biogas yield across three field digesters (1,200 / 725 / 320 m³/day feed); +25–41% CH₄ in bench trials. No chemicals, no enzymes, low-capex retrofit.
The first deployment wasn't on a clean waterfront inside a funded pilot — it was on Pune's Mula-Mutha river, thick with sewage and industrial discharge. No grant. No approval. A working machine, and a decision to stop waiting.
No rudder, no submerged propeller — differential air propulsion handles steering and thrust, so nothing fouls on weeds or debris. Rated for 500 kg payloads, satellite-connected. Nine prototypes designed, five executed in real waters — Waterloo, Pune, and now Coimbatore.
Houses Droplet as its "Wind" element. Brings the LCA, GHG verification, and process engineering that make Droplet's environmental claims defensible.
Already deployed with Veolia and municipal utilities, monitoring 600M+ litres of daily urban discharge. Calls for "robotic ground truth" — Droplet is that robot.
Builder of the FIA QD50 heavy-lift firefighting drone (TRL 7). Brings certified aerospace-grade hardware discipline to a marine platform.
Founding partners from the original Waterloo–Toronto crew. Squeezing every watt from tight energy budgets — a solar boat's core survival skill too.
Advanced kayak hull fitted with full ARYA-N autonomy. No rudder, no submerged prop. Rated to move 500 kg loads, satellite-connected, running real missions in public waters now.
Deployed straight into real-world conditions on a flowing, polluted river instead of a test tank. Surviving failure conditions on day one shaped every design decision since.
Full engineering pass — the prototype where the platform first navigated on its own rather than being driven, turning a working boat into a working robot.
A related initiative under the Droplet umbrella: a tiered, autonomous wildfire suppression system engineered against the Canadian Forest Fire Behaviour Prediction System's own published spread-rate classes — not marketing claims. CANADA
Two tiers: continuous ground-fed suppression (AeroSweep units, 20 L/min, tethered) and autonomous aerial response (AEROIGNIS units, 25 min endurance, 10 km range). Built on LCES — the same safety discipline wildland crews already operate by. The system explicitly hands head-fire response to conventional air tankers where physics — not resourcing — makes that the honest boundary.
70–80% of urea's production cost is natural gas; domestic supply covers only a third of demand. Project BioUrea™ replaces imported fossil hydrogen with renewable hydrogen from bioethanol — same fertilizer, different molecule of origin — on a proprietary process called ETHANABER™.
A war 3,000 km away can change the cost of feeding a billion people. No drought, no crop failure, no change in Indian farming — one unstable shipping route and fertilizer prices nearly triple. Project BioUrea™ changes the source of the hydrogen, not the price the farmer pays.
Two confidence-graded public policy tools — one for Canada, one for India — sharing the same methodological discipline: High (field-measured), Medium (real phenomenon, proxy data), Low (modeled or speculative) — and neither number gets averaged into a category it doesn't belong in.
Canada's forest floor accumulates biomass that currently has exactly two fates: it rots slowly, or fuels the next wildfire. This policy prices it instead — $250–300 CAD per tonne, paid to whoever collects it, funded through EI and pension claimants fulfilling part of their claim as a service requirement (3 hrs/day, 4 days/week), plus open public participation.
Order-of-magnitude check: in an average fire year, ~51 TWh of biomass energy is lost to combustion — ~54% of Canada's entire nuclear fleet output (~95 TWh/yr). In 2023's record fire year, it was ~296 TWh — roughly 3× nuclear. Compared against $60–70B+ in committed nuclear capex (Ontario refurbishment + SMRs).
A proposal, not yet policy: turning unpaid civic cleanup labour (shramdaan) into paid employment — funded from money already sitting inside India's sanitation budgets, not new taxation.
Proposed rate: ₹5,000/tonne collected, or a flat ₹250/hr, capped at 3 hours/day so income spreads across more participants. Paid via Direct Benefit Transfer within 48 hours, verified through geo-tagged photos, depot weight verification, and supervisor sign-off.
Twelve-plus years across four registers of practice.
Every assessment and every plant, dated and — where public — verifiable. Split by register of practice.
"Karan has a strong background in sustainability — an individual who has shown a strong commitment to the activities of the research group, with a deep understanding of the latest developments in corporate sustainability."
Doctoral and postgraduate research at the Institute of Chemical Technology, Mumbai.
Direct correspondence is reviewed personally.