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Replace your cylinders with this high-pressure hydrogen generator
Simple operation
The H-Genie Lite is designed for ease of use. An intuitive touchscreen interface allows users to configure operating conditions quickly by selecting the desired pressure or run time before starting the system.
The simplified “click-and-go” approach reduces setup complexity and enables users to become familiar with operation in a short period of time.
Compact and cost-effective design
By focusing on essential hydrogen generation functionality, the H-Genie® Lite provides a budget-friendly solution for laboratories seeking to replace hydrogen cylinders.
Its compact dimensions allow the unit to fit easily into laboratory fume hoods and make relocation straightforward when hydrogen generation is required at different locations within the laboratory.
Features
The H-Genie® Lite offers:
- Hydrogen generation from deionized water
- No hydrogen cylinders required
- Hydrogen pressures from 1 to 50 bar
- Hydrogen purity of 99.9% (3.0 grade)
- Flow rates up to 1 NL/min
- Internal hydrogen leak detection
- Intuitive touchscreen operation
- Simple click-and-go setup
- Compact footprint for laboratory and fume hood installation
Technical data of the H-Genie® Lite hydrogen generator
| Output pressure range | 1–50 bar |
|---|---|
| Purity | ≥ 99.9 % at room temperature (3.0) |
| Water requirement | Deionized water (recommended conductivity < 1 µS/cm) |
| Water consumption rate | 200 mL/h |
| Water reservoir capacity | 3 L |
| Recommended environment | Ventilated laboratory fume hood |
| Dimensions (H × W × D) | 385 × 365 × 476 mm |
| Weight | 33.7 kg |
| Outlet fitting | Swagelok tube fitting, 1/8″ stainless steel |
Systems compatible with the H-GENIE® Lite
The combination of the H-Genie® with the Phoenix Flow Reactor™ delivers unmatched capabilities for hydrogenation synthesis, scale-up, catalyst testing.
Built for safe use in discovery, development, process, petrochemical, and catalyst screening labs, this Hydrogenation Development Platform combines in situ high-pressure hydrogen generation from water with high-temperature reactor functionality and precise gas data monitoring
Chemists and chemical engineers can perform hydrogen-based experiments with homogeneous or heterogeneous catalysts at temperatures up to 450°C and pressures up 100 bar (with 200 and 300 bar versions available), all without the need for hydrogen cylinders or hydrogen infrastructure.
