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CO-WIN CW-HG36 industrial methanol reforming hydrogen generator

Hydrogen Generator

CW-HG36

Mobile high-capacity hydrogen generation platform

A 36 Nm³/h methanol-water hydrogen generator for heavy-duty logistics vehicles and other applications requiring a high-volume hydrogen supply.

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36 Nm³/hHydrogen output at 1 bar
99.97%Hydrogen purity
1–2 barHydrogen outlet pressure
~900 kgSystem weight

Product data

Technical specifications

CW-HG36 is a mobile methanol-water reforming hydrogen generator engineered for high-capacity deployment, with integrated control, monitoring and configurable electrical supply.

Product model
CW-HG36
Product format
Mobile methanol-water hydrogen generator
Dimensions
L2150 × W780 × H880 mm
Weight
~900 kg
Hydrogen output
36 Nm³/h @ 1 bar
Hydrogen purity
H2 99.97%; CO ≤0.2 ppm
Hydrogen outlet pressure
1–2 bar
Start-up time
2–4 hours
First start-up power
12 kW
Operating power
500–1,000 W
Power supply voltage
220 VAC; other voltages available on request
Fuel mixture
62% methanol / 38% deionized water 1
Fuel consumption
Approximately 1 kg or 1.1 L of fuel per Nm³ hydrogen under stable 25°C laboratory conditions 2
Data interfaces
RS-485, CAN, Modbus, MQTT and J1939; custom protocols supported
Control modes
Touch display, mobile app and PC host software
Monitoring
Wired and wireless monitoring

High-capacity deployment

Hydrogen output for mobile operations.

As part of CO-WIN's mobile HG series, CW-HG36 is designed where a larger, transportable hydrogen source is required, including heavy-duty logistics vehicles and equipment with substantial hydrogen demand.

01

36 Nm³/h output

High-capacity hydrogen delivery at 1 bar for demanding mobile applications.

02

Integrated control

Operate through the touch display, mobile application or PC host software.

03

Connected monitoring

Wired and wireless monitoring supports system visibility and service access.

Application fit

Designed for high-demand hydrogen supply.

5 to 20 kW generator integration application
01

5–20 kW generator integration

Fixed hydrogen supply application
02

Fixed hydrogen supply

Mobile heavy-duty logistics application
03

Mobile heavy-duty logistics

High-hydrogen-demand equipment application
04

High-hydrogen-demand equipment

Distributed hydrogen system application
05

Distributed hydrogen systems

On-demand hydrogen application
06

On-demand hydrogen applications

01

Methanol should meet IMPCA reference requirements, and deionized water should meet ASTM Type III requirements.

02

Fuel use is measured at 25°C under stable system output in a laboratory environment; actual site consumption may vary.

Configure CW-HG36 for your hydrogen demand.