Eco-Friendly Hydrogen Production System Utilizing Methanol for Clean Energy

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Eco-Friendly Hydrogen Production System Utilizing Methanol for Clean Energy

Customization:	Available
Application Fields:	Chemical, Electronic, Food, Medical, New Energy, Petroleum, Pharmaceutical, Laboratory, Welding and Metal Cutting
Certification:	ISO

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Product Description

Basic Information

Model NO.

HVD-DPH

Condition

New

Noise Level

Low

Parts

Air Purification Components

Purpose

Gas Manufacturing

Types

Methanol Reforming Hydrogen Generator

Hydrogen Capacity

3~100nm3/H

Purity

≥99.999%

Solutions

Direct Type

Power

55-165kw

Transport Package

Wooden Case or Container

Specification

Small, Medium

Production Capacity

1000 Sets/Year

Product Description

DPH-SERIES

DPH series of high purity hydrogen generators are mainly applied to occasions with low hydrogen demand (3-100Nm2/h) who aim at replacing customers of steel cylinders to significantly reduce the cost of hydrogen. This series of hydrogen generator is mainly used to produce hydrogen by electric heating and reaction waste heat supply, no additional energy is needed to provide heat, and it can produce hydrogen with 99.999% purity.

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Frequently Asked Questions

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
• 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 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 client needs.

What applications is this technology suitable for?

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