Energy Efficient Methanol Hydrogen Production Plant with Low Methanol Consumption
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Product Highlights
- Ultra-High Purity Output: Produces hydrogen with 99.999999% purity using advanced metal membrane purification technology.
- Skid-Mounted Compact Design: Modular explosion-proof design with minimal footprint for fast installation near production lines.
- Cost-Effective Production: Delivers electronic-grade hydrogen at lower cost than gas cylinders or complex electrolysis systems.
- Long-Lasting Catalysts: Self-developed catalysts offer over 24,000 hours of service life with room-temperature ignition.
- High Thermal Efficiency: Advanced heat-storage and waste-heat utilization technologies boost efficiency to over 80%.
- Unattended Operation: Fully digital and intelligent design enables automatic, safe, and unattended hydrogen generation.
- Versatile Application Scope: Suitable for semiconductors, diamonds, photovoltaics, fuel cells, and hydrogen refueling stations.
Product Attributes
- Customization
- Available
- Application Fields
- Chemical, Electronic, Food, Medical, New Energy, Petroleum, Pharmaceutical
- Certification
- CE, ISO
- Condition
- New
- Noise Level
- Ultra Quiet
- Parts
- Transformers
- Purpose
- Gas Manufacturing
- Types
- Water Electrolysis Hydrogen Production Machine
- Hydrogen Capacity
- 0.1~0.6nm3/H
- Purity
- 9n
- Solutions
- Direct Type
- Pressure (Mpag)
- 0.1~1
- Transport Package
- Box
- Specification
- Small
- Trademark
- HYVODA
- Origin
- China
- HS Code
- 84198990
- Production Capacity
- 1000 Sets/Year
Product Images of Energy Efficient Methanol Hydrogen Production Plant with Low Methanol Consumption
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Energy Efficient Methanol Hydrogen Production Plant with Low Methanol Consumption -
Energy Efficient Methanol Hydrogen Production Plant with Low Methanol Consumption -
Energy Efficient Methanol Hydrogen Production Plant with Low Methanol Consumption -
Energy Efficient Methanol Hydrogen Production Plant with Low Methanol Consumption -
Energy Efficient Methanol Hydrogen Production Plant with Low Methanol Consumption -
Energy Efficient Methanol Hydrogen Production Plant with Low Methanol Consumption -
Energy Efficient Methanol Hydrogen Production Plant with Low Methanol Consumption
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Product Description
Equipment type | UItra-pure hydrogen (7N)(hydrogen production from methanol+membrane purification) | ||||||
CPH Series | Purity (vol%) | Pressure (MPaG) | Dew point (℃) | Hydrogen temperature (C) | Equipment life (years) | Flow range (%) | Hydrogen purification mode |
≥99.999 | ≤1.0 | <-100 | ≤40 | 15 | 30-110 | membrane primary purification | |
Hydrogen production capacity (Nm³/h) | Methanol (kg/h) | Demineralized water (kg/h) | Operating power (kW) | Installed power (kW) | Instrument gas (Nm3/h) | Size (L×W×Hmm) | |
3 | 2.1 | 1 | 3.6 | 15 | 1 | 1730*1850*2150 | |
5 | 3.5 | 1.6 | 6 | 25 | 1 | 1730*1850*2150 | |
10 | 6.8 | 3.2 | 12 | 35 | 1 | 1730*1850*2150 | |
15 | 9.8 | 4.8 | 18 | 50 | 2 | 2560*2100*2300 | |
Descriptions: 1.The above dimensions are skid-mounted explosion-proof methanol hydrogen production equipment, including methanol hydrogen production system,PSA purification system,explosion-proof control system, heating system,excluding cold water system,mixing system and demineralized water system dimensions.Our service range includes complete set of equipment supply,on-site installation,technical service and training. 2.The above operating power is for reference only,and the actual operation condition shall prevail. | |||||||
Produces 99.999999% ultra-pure hydrogen for semiconductors, diamonds, and high-end electronics where even trace impurities cause failure.
Delivers electronic-grade hydrogen at lower cost than gas cylinders or complex electrolysis systems, using efficient methanol reforming and membrane purification.
Skid-mounted, modular design enables fast installation with minimal footprint, ideal for integration near cleanrooms or production lines.
Generates ultra-pure hydrogen continuously on-site, eliminating cylinder supply risks and ensuring stable output for sensitive manufacturing.
2.Complete product range (0.1–1000 Nm³/h), supporting customized large-scale systems and flexible control of hydrogen pressure, flow, purity, and heating modes.
3Advanced heat-storage and waste-heat utilization technologies, boosting overall thermal efficiency to over 80%.
4.Fully explosion-proof, digital, and intelligent design, enabling automatic and unattended operation with enhanced safety.
5.Self-developed catalysts with over 24,000 hours of service life; room-temperature catalytic ignition reduces power consumption by over 80%.
A methanol hydrogen generator produces hydrogen by reforming methanol and water (steam) through a catalytic reaction. The process typically involves vaporization, catalytic reforming, and hydrogen purification. It is a compact and efficient solution for on-site hydrogen production.
2. What are the benefits of methanol reforming for hydrogen production?
Lower hydrogen production cost compared to water electrolysis
High energy efficiency and compact system design
Easy transportation and storage of methanol as feedstock
On-demand hydrogen generation without the need for large storage tanks
3.What is the typical hydrogen purity?
Our methanol hydrogen generators can produce hydrogen with up to 99.99999% purity, depending on the purification module (e.g., PSA or membrane separation).
4.What kind of methanol is required?
Industrial-grade methanol with a purity of ≥99.85% is recommended. The water used should be deionized or distilled to prevent catalyst contamination.
5.What is the typical hydrogen production rate?
We offer systems ranging from 1 Nm³/h to 2000 Nm³/h. Customized capacities are available based on client needs.
6.What applications is this technology suitable for?
Hydrogen refueling stations
Distributed energy systems
Fuel cell power supply
Electronics and semiconductor manufacturing
Glass and metallurgy industries
About the Supplier
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Company Profile
Hyvoda New Energy is a world-leading enterprise in the field of new energy, recognized internationally for its methanol-to-hydrogen technology and its continuous innovation across the entire hydrogen energy value chain. With hydrogen energy as the strategic focus, Hyvoda has positioned itself as a pioneer, innovator, and enabler in the transition toward a sustainable global energy system.
The company is deeply committed to research and development, engineering design, and the manufacturing of core equipment spanning the full hydrogen ecosystem - from hydrogen production, purification, storage, and transportation, to fuel cell application technologies. By integrating advanced capabilities in materials science, electrochemistry, fluid mechanics, chemical process engineering, and intelligent cloud-based control systems, Hyvoda not only delivers high-performance products, but also provides comprehensive technology solutions and lifecycle services to its partners worldwide.
Hyvoda's innovations are widely adopted in the green hydrogen sector, chemical and petrochemical industries, metallurgy, clean transportation, distributed energy, and large-scale industrial applications, supporting clients in achieving decarbonization, cost reduction, and efficiency improvement. Its solutions are designed with a focus on safety, scalability, and sustainability, ensuring they meet the most demanding international standards while remaining adaptable to diverse market needs.
Over the years, Hyvoda New Energy has successfully delivered more than 500 sets of equipment and customized services to enterprises, universities, and research institutions in over 30 countries and regions. Its client portfolio includes over 30 of the world's top 100 energy and chemical enterprises, underscoring the company's technological leadership, industry reputation, and global reach. This proven track record not only demonstrates Hyvoda's engineering excellence, but also highlights its role as a trusted partner in global clean energy transformation.
Looking to the future, Hyvoda will continue to push the boundaries of hydrogen technology, accelerating progress in methanol reforming, renewable hydrogen production, carbon capture integration, hydrogen storage and logistics, and fuel cell applications. The company aims to deepen collaborations with governments, energy groups, research institutions, and technology providers, building a comprehensive hydrogen energy ecosystem that supports carbon neutrality goals worldwide.
Driven by its vision of creating a cleaner, smarter, and more resilient energy future, Hyvoda New Energy is committed to becoming a global leader in the clean energy revolution, enabling industries, cities, and societies to move toward a zero-carbon world.
About Our Factory & Business Background
- Address
- 12th Floor, Zone C, Junlong Plaza, Heping District, Tianjin, China
- Terms of Payment
- T/T, PayPal, Western Union
- International Commercial Terms(Incoterms)
- FOB, EXW, CIF
- Average Lead Time
-
Peak Season Lead Time: 1-3 months
Off Season Lead Time: 1-3 months - Nearest Port
- Tianjin
Our Production Capability & Technical Expertise
Our Industry Experience & Global Business Record
- Export Year
- 2025-06-26
- Main Markets
- North America, South America, Eastern Europe, Southeast Asia, Africa, Oceania, Mid East, Eastern Asia, Western Europe
FAQ
- What is a methanol hydrogen generator and how does it work?
- A methanol hydrogen generator produces hydrogen by reforming methanol and water (steam) through a catalytic reaction. The process typically involves vaporization, catalytic reforming, and hydrogen purification. It is a compact and efficient solution for on-site hydrogen production.
- What are the benefits of methanol reforming for hydrogen production?
- Lower hydrogen production cost compared to water electrolysis, high energy efficiency and compact system design, easy transportation and storage of methanol as feedstock, and on-demand hydrogen generation without the need for large storage tanks.
- What is the typical hydrogen purity?
- Our methanol hydrogen generators can produce hydrogen with up to 99.99999% purity, depending on the purification module (e.g., PSA or membrane separation).
- What applications is this technology suitable for?
- Hydrogen refueling stations, distributed energy systems, fuel cell power supply, electronics and semiconductor manufacturing, and glass and metallurgy industries.
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