YPH Series Methanol Reformer Hydrogen Gas Generator

YPH Series Methanol Reformer Hydrogen Gas Generator

This methanol reformer applies methanol steam reforming paired with PSA purification process. It stably generates 99.999% high-purity hydrogen with adjustable flow range. The skid-mounted structure facilitates installation and layout, suitable for continuous gas supply scenarios of industrial hydrogen production plant and hydrogen fuel stations. The system reserves interfaces for CO₂ Capture modules to meet industrial decarbonization demands.

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Features

  • Ultra-High Purity Hydrogen – ≥99.999%, optional 6N grade for electronic manufacturing
  • Advanced Purification – PSA with optional Pd membrane to eliminate trace impurities
  • Stable Output – Steady flow fluctuation under long-time running of the methanol reformer
  • Custom Integration – Adjustable layout for cleanroom workshop environments
  • Automated Operation – Remote monitoring, automatic fault alarm and interlock shutdown
  • Compact Design – Integrated skid for fast factory deployment

Applications

  • Semiconductor manufacturing

  • Flat panel display production

  • Optical fiber drawing

  • Specialty material processing

  • Electronics assembly requiring ultra-pure hydrogen

Onsite Generation of Ultra-High Purity Hydrogen
How Does A Hydrogen Generator Work For YPH System

This hydrogen gas generator takes methanol steam reforming as core reaction, also called reforming methanol. The methanol reformer converts methanol-water mixture into hydrogen-rich crude gas, then removes impurities via purification modules. It avoids hidden dangers of bottled or trailer hydrogen and stabilizes 24-hour gas supply for factories. Customized schemes are available based on hydrogen consumption, raw material conditions and site layout.

YPH Methanol Reformer Technical Principle

Methanol steam reforming inside the methanol reformer turns liquid feedstock into syngas, which brings obvious cost advantages for round-the-clock industrial hydrogen consumption compared with water electrolysis routes. The whole set covers 150–500Nm³/h single skid capacity and can expand output through parallel connection.

Core Advantages of YPH Methanol Reformer

  • Integrated explosion-proof skid structure of the methanol reformer saves factory layout space
  • Factory pre-assembled, on-site pipeline connection completes handover within 1–2 weeks
  • AI PLC unattended control supports real-time remote data recording of the methanol reformer
  • 30–110% load tracking adapts variable production hydrogen demand
  • Built-in waste heat recovery reduces auxiliary energy consumption of methanol steam reforming
  • ATEX & PED global safety certifications support export projects
  • Max 1.3 MPaG delivery pressure, matched with Hydrogen Compressor for hydrogen fuel stations
  • 72000-hour continuous running design, 15-year service life for the methanol reformer
  • Custom cleanroom sealing for semiconductor and optical fiber hydrogen supply

How YPH Works – Methanol Steam Reforming + PSA Purification Process

  1. Preheating & Vaporization: Methanol and demineralized water are heated by waste heat exchanger of the hydrogen gas generator
  2. Catalytic Methanol Steam Reforming: Mixed vapor reacts on dedicated catalyst inside the methanol reformer to form crude syngas
  3. Cooling & Condensation: High-temperature mixed gas cools down, unreacted methanol recycles to feed tank
  4. PSA Purification: Molecular sieve removes bulk impurities to get 5N hydrogen; Pd membrane for optional 6N ultra-pure hydrogen
  5. Tail Gas Recycling: Waste gas from purification serves as heating fuel of the methanol reformer to lower power loss

YPH Series Methanol Reformer Standard Specifications

YPH Series Methanol Reformer Parameter Details
Hydrogen production capacity 150 – 500 Nm³/hr single skid YPH hydrogen gas generator
Standard Hydrogen purity 99.999 vol% (5N)Optional ultra-high purity: 99.9999 vol% (6N) with Pd membrane add-on for YPH methanol reforming system
Hydrogen dew point -73 ℃
Hydrogen delivery pressure ≤1.3 MPaG
Hydrogen outlet temperature ≤40 ℃
Purification technology Primary PSA molecular sieve, optional palladium membrane polishing for YPH methanol steam reforming equipment
Full equipment service lifespan 15 years for YPH methanol reformer
Adjustable operating flow range 30% – 110% of rated capacity of YPH hydrogen gas generator
Required feedstock & utilities (per rated output)
YPH-150 (150 Nm³/h H₂) Methanol consumption: 88 kg/hInstalled power: 220 kWCooling water circulation: 10 t/hInstrument air: 10 Nm³/hOverall dimension: 8800×3200×3200 mm
YPH-200 (200 Nm³/h H₂) Methanol consumption: 116 kg/hInstalled power: 270 kWCooling water circulation: 10 t/hInstrument air: 10 Nm³/hOverall dimension: 10500×3300×3200 mm
YPH-250 (250 Nm³/h H₂) Methanol consumption: 145 kg/hInstalled power: 310 kWCooling water circulation: 15 t/hInstrument air: 10 Nm³/hOverall dimension: 10500×3300×3200 mm
YPH-350 (350 Nm³/h H₂) Methanol consumption: 205 kg/hInstalled power: 400 kWCooling water circulation: 15 t/hInstrument air: 15 Nm³/hOverall dimension: 11300×3200×3770 mm
YPH-400 (400 Nm³/h H₂) Methanol consumption: 235 kg/hInstalled power: 520 kWCooling water circulation: 20 t/hInstrument air: 15 Nm³/hOverall dimension: 11300×3460×3770 mm
YPH-500 (500 Nm³/h H₂) Methanol consumption: 290 kg/hInstalled power: 665 kWCooling water circulation: 20 t/hInstrument air: 15 Nm³/hOverall dimension: 13570×3460×3950 mm
Core utilities required from customer Power supply, Demineralized water, Cooling water, Instrument air for YPH methanol reformer
Optional by-product Export low-pressure waste steam for factory auxiliary heating matched with YPH methanol reforming hydrogen gas generator

FAQ’s About YPH Hydrogen Gas Generator & Methanol Reforming

What’s the difference between YPH methanol reformer and water electrolysis hydrogen generator

YPH adopts methanol steam reforming to produce hydrogen with low power demand, suitable for medium-large industrial continuous gas demand. PEM & Alkaline Electrolyzer consume massive electricity and fit renewable hydrogen plant construction. Concentrated CO₂ generated by YPH can be collected via CO₂ Capture systems.

Can YPH hydrogen gas generator operate without full-time on-site operators

The whole system runs under AI-PLC automatic control to realize 24-hour unattended operation, with complete fault alarm and safety interlock shutdown. On-site staff only need to carry out regular maintenance following official operation manuals.

Is capacity expansion achievable by connecting multiple YPH devices in parallel

All YPH skid-mounted units support parallel layout. Users can add equipment gradually according to factory expansion progress to complete phased industrial decarbonization transformation.

Can YPH methanol reformer be matched with Hydrogen Compressor for hydrogen fuel stations

The standard hydrogen delivery pressure reaches 1.3 MPaG. Additional booster modules can be configured to connect reciprocating and diaphragm Hydrogen Compressor to form complete hydrogen fueling system.

What purity levels of hydrogen can the YPH methanol reforming equipment output

Basic PSA purification delivers hydrogen at 99.999% purity. The optional palladium membrane polishing module raises hydrogen purity to 99.9999% to meet strict standards of semiconductor and optical fiber manufacturing.

What customized modifications are available for the YPH hydrogen gas generator

Customizable items include cleanroom sealing structure, pressure boosting assembly, palladium membrane ultra-high purity polishing and waste heat recovery expansion to adapt to diverse green hydrogen solutions.

Application Scenarios of YPH Methanol Reformer

  • Semiconductor Manufacturing: 5/6N hydrogen from the methanol reformer for wafer deposition and etching
  • Flat Panel Display: Stable hydrogen from methanol steam reforming for thin film coating
  • Optical Fiber Drawing: Low-impurity hydrogen avoids fiber surface defects
  • Special Material Sintering: Controlled pure hydrogen atmosphere for heat treatment
  • Float Glass: Continuous gas supply for tin bath protection
  • PV Polysilicon: High-purity hydrogen for silicon rod deposition
  • CVD Diamond: Mandatory 6N hydrogen for crystal growth
  • Precision Electronics: Cleanroom hydrogen for component brazing
  • Metallurgy Annealing: Oxidation-free atmosphere from the methanol reformer
  • Industrial Gas Merchants: Replace tube trailer hydrogen with on-site methanol reformer

Key Product Differentiators of YPH Methanol Reformer

  1. Global Compliance Passport: Dual ATEX & PED safety certifications for YPH hydrogen gas generator, meeting international export and high-standard factory requirements of methanol reforming equipment
  2. Autonomous 24/7 Unmanned Operation: AI predictive maintenance, remote diagnosis and automatic load adjustment of YPH methanol reformer cut labor costs; users can fully understand how does a hydrogen generator work without frequent manual management
  3. Uninterrupted Long-Term Reliability: 72,000-hour continuous runtime design of YPH hydrogen gas generator eliminates production downtime for round-the-clock manufacturing lines relying on methanol steam reforming
  4. Max Energy Efficiency: Built-in waste heat recovery system recycles reformer tail gas heat of YPH methanol reformer, slashing long-term energy and hydrogen production costs of reforming methanol technology
  5. Full Lifecycle Service Package: Pre-sales technical consulting, factory pre-testing, on-site commissioning, operator training, global after-sales support and later-stage purity/capacity upgrade retrofits for YPH methanol reforming hydrogen gas generator

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