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Hydrogen production electrolysis unit
for hydrogengreen hydrogenPEM

Hydrogen production electrolysis unit - IMI Critical Engineering - for hydrogen / green hydrogen / PEM
Hydrogen production electrolysis unit - IMI Critical Engineering - for hydrogen / green hydrogen / PEM
Hydrogen production electrolysis unit - IMI Critical Engineering - for hydrogen / green hydrogen / PEM - image - 2
Hydrogen production electrolysis unit - IMI Critical Engineering - for hydrogen / green hydrogen / PEM - image - 3
Hydrogen production electrolysis unit - IMI Critical Engineering - for hydrogen / green hydrogen / PEM - image - 4
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Characteristics

Applications
for hydrogen production, for hydrogen, green hydrogen
Technology
PEM
Other characteristics
on site
Power consumption

Max.: 1,110 kW
(1,509 hp)

Min.: 111 kW
(151 hp)

Flow rate

Max.: 200 m³/h
(7,062.933 ft³/h)

Min.: 20 m³/h
(706.293 ft³/h)

Hydrogen purity

99.999 %

Hydrogen outlet pressure

40 bar
(580 psi)

Electrical efficiency

57 %

Description

Overview
The IMI VIVO 1MW PEM Electrolyser is a compact hydrogen production system designed for integration with renewable energy sources. Housed in a containerised 8 x 40 ft skid, it provides up to 200 Nm³/h of hydrogen at up to 99.999% purity (with purifier) and operates across a dynamic range of 10–100%. Cold start ramp-up is under 5 minutes. The system supports flexible grid and industrial applications and is designed for modular scalability and low-noise operation.

Real-Time Monitoring Dashboard
The IMI VIVO dashboard delivers real-time data on hydrogen production, efficiency, pressure and power consumption. Accessible remotely via Modbus TCP/IP, it provides performance tracking, alerts and diagnostics to simplify operation and maintenance.

Hydrogen Storage Integration
The electrolyser integrates with modular hydrogen storage and booster packages for on-site use or distribution. Options include containerised tanks and booster units supporting pressures up to 40 bar(g) and beyond, designed for safe and seamless operation with the electrolyser.

Key features
  • Output: up to 200 Nm³/h H₂
  • Purity: up to 99.999% with purifier
  • Ramp-up time: <5 minutes
  • Operating range: 10–100%
  • Maximum power consumption: 58 kWh/kg
  • Noise: <60 dB(A) at 10 m
  • Pressure: H₂ 40 bar(g), O₂ <2 bar(g)
  • Container size: 8 x 40 ft skid
  • Remote monitoring via Modbus TCP/IP
  • Customisable and fully scalable


Caractéristiques / spécifications techniques
  • Output (H₂): up to 200 Nm³/h
  • H₂ Purity: Over 99.999% (with purifier)
  • O₂ Purity: 99%
  • Maximum Power Consumption (kWh/kg): 58
  • Cold Ramp Up Time: <5 min
  • Operating / Dynamic Range: 10 to 100 %
  • H₂ Pressure: 40 bar(g)
  • O₂ Pressure: <2 bar(g)
  • Water Supply: 400 l/h
  • Noise: <60 dB(A) at 10 m
  • Interfaces: Modbus and TCP/IP
  • Electrical Loads: 400 / 50 Hz / 1.11 MW
  • Communication: 24/7 data acquisition and remote monitoring
  • Container / Size (ft): 8 x 40 x 8 (alternative: 20 x 8 x 8)
  • Design: Containerised 8 x 40 ft skid, modular scalability, low-noise operation

Catalogs

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.