H2Scan
HY‑OPTIMA™ – Real‑Time Hydrogen Process Analyzer
Precision Hydrogen Monitoring Without Compromise
Hydrogen detection in process gas streams demands real-time accuracy, minimal maintenance, and absolute selectivity. The HY‑OPTIMA™ series from H2Scan delivers all that — enabling you to monitor hydrogen safely and effectively in applications ranging from electrolyzers to gas blending and refinery processes.
Why HY‑OPTIMA Matters
The Challenges You Face
- Process systems where hydrogen composition fluctuates, making indirect detection methods uncertain
- Environments where calibration drift, cross‑sensitivity to other gases, or frequent maintenance are unacceptable
- Integration into OEM systems or skid packages with constraints on footprint, power, and communication
- Needing fast response times to dynamic changes in hydrogen concentration
What HY‑OPTIMA Solves
- True hydrogen specificity: No cross‑interference from CO, H₂S, hydrocarbons, or moisture
- Auto‑calibration: No scheduled calibration required — the sensor self‑adjusts to maintain accuracy
- Rapid response: Seconds‑level detection for immediate feedback
- Compact, rugged design: Fits tight configurations, tolerates industrial conditions
- Flexible connectivity: RS485/Modbus RTU, optional 4–20 mA outputs, relay modules for alarms
- Certified for industrial use: CE, IP68 protection, capable of withstanding many process environments
- Low lifecycle cost: Because no consumables or reference gases are needed
HY‑OPTIMA is ideal in scenarios such as:
- Electrolyzer and fuel cell systems — for real-time H₂ monitoring and control
- Refineries and petrochemical plants — in reformers, tail gas, fuel gas streams
- Natural gas networks — hydrogen blending, injection, quality control
- Industrial process gas monitoring — where hydrogen is a constituent (or intermittently present)
- OEM integration — ideal for embedding into skid packages or control units
Because HY‑OPTIMA uses a hydrogen‑specific sensor and auto-calibration, it offers confidence and simplicity in systems where conventional gas analysis (TCD, GC) may struggle or demand frequent maintenance.
Benefits to You
- Reliable and stable readings over years, not weeks
- Reduced operational overhead — no need for calibration gas, no scheduled sensor service
- Quick detection of anomalies for better process safety and control
- Compact footprint with straightforward integration
- Peace of mind via certified design and proven industrial use
These products are used within these applications
Petrochemical
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Power and Energy
In today’s rapidly evolving energy landscape, Combined Heat and Power (CHP) plants play a pivotal role in achieving sustainable, efficient power generation.