R&D Innovations
Next-generation water systems in motion.
Sky is the limit, with Meghdoot®.
Maithri's R&D portfolio expands atmospheric water generation across hot-dry climates, desiccant systems, ultrapure healthcare and lab water, green hydrogen, recovery loops, agriculture and carbon-aware air-to-water quality.
Shyam Sundar Mani
Director – Research & Development
5 Billion+ Liters Generated | 15 Billion+ Liters Ground Water Saved | BIS, FSSAI, WHO Approved | Innovation Engine redifining the Future of Water
Research Capabilities
Four directions, one R&D engine.
Maithri's research platform is organized around the capabilities that matter most in the field: water harvesting performance, ultrapure output, industrial recovery and climate resilience.
Water Harvesting
Compact AWG, advanced AWG, hybrid AWG, passive AWH and desiccant-based systems.
Ultrapure Water
Healthcare, dialysis, laboratories, semiconductors and electrolysis-grade output.
Industrial Recovery
Cooling tower reclamation, smart city infrastructure and manufacturing water resilience.
Climate Adaptation
Hot-dry performance, decentralized infrastructure and water security in stressed regions.
Research Loop
From portfolio idea to deployable system.
Each R&D path is tested against the same practical questions: can it generate reliably, purify consistently, reduce dependency and scale in the field?
Research
Study climate, purity, energy and deployment constraints from real operating environments.
Prototype
Build thermal, desiccant, filtration and control concepts into testable systems.
Pilot
Validate output, energy use, quality, reliability and maintenance under field conditions.
Where This Fits
Designed for pilots with real operational value.
The portfolio is built for practical integration: decentralized water generation, high-purity feedwater, reclaimed losses and resilient infrastructure.
Industrial and Manufacturing Facilities
Study climate, purity, energy and deployment constraints from real operating environments.
Commercial Infrastructure and Smart Cities
Build thermal, desiccant, filtration and control concepts into testable systems.
Industrial and Manufacturing Facilities
Study climate, purity, energy and deployment constraints from real operating environments.
Commercial Infrastructure and Smart Cities
Build thermal, desiccant, filtration and control concepts into testable systems.