Innovative Hydrogen Production Systems for Clean Energy Applications

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Innovative Hydrogen Production Systems for Clean Energy Applications

Customization:	Available
Application Fields:	Chemical, Electronic, Food, Medical, New Energy, Petroleum, Pharmaceutical
Certification:	ISO

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Product Description

Basic Information

Model NO.

HVD-CPH

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

Solutions

Direct Type

Pressure (Mpag)

0.1~1

Origin

China

Production Capacity

1000 Sets/Year

Ultra-pure Hydrogen Production (7N)

Purity (vol%)	PAH (MPaG)	Dew point (℃)	Hydrogen (℃)	Lifespan (Year)	Flow range (%)	Purification Mode
≥99.99999	≤1.0	<-100	≤40	15	30-110	Primary membrane

Capacity (Nm³/h)	Methanol (kg/h)	Electricity (L/h)	Pump (kW)	Installed (kW)	Size (L×W×Hmm)
3	2.1	2	3.6	15	173018502150
5	3.5	3.2	6	25	173018502150
10	6.8	6.4	12	35	173018502150
15	9.8	9.6	18	50	256021002300

* Dimensions apply to the skid-mounted explosion-proof unit. Includes production, purification, control, and heating systems.

CPH-SERIES Technology

Advanced Purification Technology

The CPH series ultra-pure generator combines methanol-to-hydrogen technology with high-performance metal membrane purification. Capable of producing ultra-pure hydrogen with a purity of 99.9999999%, it offers a low-cost solution for specialized industrial applications including diamond production, semiconductors, photovoltaic panels, and scientific instrumentation.

Methanol Hydrogen Production Series

Frequently Asked Questions

What is a methanol hydrogen generator and how does it work?

It produces hydrogen by reforming methanol and water (steam) through a catalytic reaction. The process typically involves vaporization, catalytic reforming, and hydrogen purification, providing a compact solution for on-site production.

What are the benefits of methanol reforming?

Key benefits include lower production costs compared to water electrolysis, high energy efficiency, easy transportation of methanol feedstock, and on-demand generation without large storage requirements.

What is the typical hydrogen purity?

Our systems can produce hydrogen with up to 99.99999% purity, utilizing advanced purification modules such as PSA or membrane separation technology.

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.

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 specific project needs.

What applications is this technology suitable for?

It is ideal for hydrogen refueling stations, distributed energy systems, fuel cell power supplies, semiconductor manufacturing, and the metallurgy industries.