Clean Thermal Energy for Industrial Heating, Commercial Kitchens & Process Applications
The system supports industries and institutions seeking operational efficiency, cleaner combustion, reduced LPG dependency, and future-oriented thermal energy alternatives.
Industrial heating accounts for a major share of energy demand globally, with rising costs and ESG compliance challenges.
Rising operational costs, fuel logistics dependency, increasing energy pressure, and ESG-related compliance challenges with conventional LPG, diesel, and fossil-fuel-based heating systems.
On-demand hydrogen generation, cleaner combustion systems, modular architecture, and retrofit-friendly industrial integration for future-ready thermal operations.
| Configuration | HyPure 4K | HyPure 8K | HyPure 12K |
|---|---|---|---|
| AC Voltage | 415V | 415V | 415V |
| Power Consumption | 15 KWH | 30 KWH | 45 KWH |
| Max Gas Output | 4,000 L | 8,000 L | 12,000 L |
| Max Working Pressure | 2 Bar | 2 Bar | 2 Bar |
| LPG Replacement Potential | Up to 60 cyl/month | Up to 120 cyl/month | Up to 180 cyl/month |
| Indicative Monthly Savings | ~₹20,475 | ~₹40,950 | ~₹61,425 |
Application and operational-condition dependent. Up to 30% reduction in cooking time.
Faster cooking cycles, reduced LPG dependency, safer kitchen operations, and reduced cylinder handling.
Faster heat cycles, improved thermal efficiency, reduced operational cost potential, and hydrogen-assisted retrofit support.
Hydrogen-assisted thermal combustion enables cleaner flame characteristics, lower soot formation, focused heat transfer, and reduced combustion-related residue.
HyPure is marketed by IMI in association with the technology manufacturer — a technology-focused organisation involved in hydrogen generation systems and clean thermal energy innovation ecosystems.
The associated technology ecosystem includes hydrogen generation engineering, industrial thermal application systems, combustion-efficiency approaches, and future-oriented clean energy innovation.
HyPure represents IMI's expansion into industrial clean-tech, clean combustion systems, thermal energy innovation, and future-oriented energy transition ecosystems.
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