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ICF Creo block system

Why buy a new home that
costs too much money to run and buy?

Buying a home is an expensive business. But more and more of us also realise that the cost of running a home can also be a very important consideration when purchasing.  Creo offers a highly energy efficient home making home running costs up to 90% less than other comparable new homes on the market; and a significant contribution to carbon reduction.

Our homes require significantly lower levels of energy to heat, so low in fact most of our homes use up to 90% less energy then similar homes on the market. All Creo homes are constructed by experts to an exacting standard and come with an NHBC 10 year certificate and full after care support program.

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Creo Modular Green
Hydrogen Production systems

The CREO integrated Hydrogen system has been developed to provide electrical power to a wide range of both Industrial and domestic applications worldwide.  A complete scalable system able to supply electrical power from Solar, Wind and Grid power wherever it is needed. From housing to factories to National Grid support we have a modular system to fit each need.

Our systems offer some of the best price and flexibility for renewable energy hydrogen production. Our multicore systems offer rapid reaction to intermittent renewable energy loads, producing quality hydrogen with high efficiency in any setting.  Our single modules can be grouped together, up to 70 in a 20’ container. These systems are ideal for refueling stations, industrial use and any other situations calling for large amounts of green hydrogen.

For even larger applications our multicore megawatt class 40’ container systems below can be stacked together to produce enormous hydrogen energy reserves to power larger factories, hospitals, shopping centres and grid support.  Together with hydrogen production we offer a large range of fuel cells to produce electrical power from stored hydrogen in any setting.

Multicore Complete Hydrogen System

Modular to the core

Our Multicore uses 420 electrolyser cores for a more reliable and resilient system that runs at optimal efficiency no matter the load applied. Many individual cores – “AEM stacks” – make for a highly robust electrolyser. These mass-produced stacks can either be individually equipped with a compact support system to produce modular EL 2.1 electrolysers or combined en masse with a robust balance of plant to create the AEM Multicore.

Our Electrolysers

Our Electrolysers are flexible green hydrogen building blocks: Take one modular electrolyser, stack multiple modules or scale up production to megawatts with the ready-made multicore electrolyser system.

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System Specifications

Scale in Containers

Up to 70 Electrolysers can be stacked into a 20” container.

Creo GREEN Hydrogen system

System Specifications

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Creo Hydrogen Power system 1.1

  • Power output 1.2kW (scalable up to 4kW)
  • Production rate Hydrogen 1.07kg in 24 hours
    output purity > 99.999% in molar fraction
  • Output pressure 35bar
  • Nominal power consumption per Nm3 of H2 produced (beginning of life) 4.8kWh/Nm3
  • Operative power consumption 2635W
  • Stand-by power consumption 28W
  • Power supply 200-240 V, 50/60 Hz
  • Ambient operative temperature range 5°C to 45°C
  • Ambient operative humidity range
  • Up to 95% humidity, non-condensing
  • IP rating IP20
  • Control and monitoring
  • Fully automatic with EMS
  • Water consumption 400ml/hr
  • Maximum water input conductivity 20 μS/cm at 25°C
  • Weight 239kg
  • Dimensions 800 x 2000 x 800
  • Conformity CE certified according to the machine directive 2006/42/CE

Creo Hydrogen Power system 2.2

  • Power output 2.4kW (scalable up to 4kW)
  • Production rate Hydrogen 2.14kg in 24 hours
    output purity > 99.999% in molar fraction
  • Output pressure 35bar
  • Nominal power consumption per Nm3 of H2 produced (beginning of life) 4.8kWh/Nm3
  • Operative power consumption 5035W
  • Stand-by power consumption 43W
  • Power supply 200-240 V, 50/60 Hz
  • Ambient operative temperature range 5°C to 45°C
  • Ambient operative humidity range
  • Up to 95% humidity, non-condensing
  • IP rating IP20
  • Control and monitoring
  • Fully automatic with EMS
  • Water consumption 800ml/hr
  • Maximum water input conductivity 20 μS/cm at 25°C
  • Weight 294kg
  • Dimensions 800 x 2000 x 800
  • Conformity CE certified according to the machine directive 2006/42/CE

Creo Hydrogen Power system 3.4

  • Power output 4kW (scalable to 4.8kW)
  • Production rate Hydrogen 3.21kg in 24 hours
    output purity > 99.999% in molar fraction
  • Output pressure 35bar
  • Nominal power consumption per Nm3 of H2 produced (beginning of life) 4.8kWh/Nm3
  • Operative power consumption 7435W
  • Stand-by power consumption 58W
  • Power supply 200-240 V, 50/60 Hz
  • Ambient operative temperature range 5°C to 45°C
  • Ambient operative humidity range
  • Up to 95% humidity, non-condensing
  • IP rating IP20
  • Control and monitoring
  • Fully automatic with EMS
  • Water consumption 1,200ml/hr
  • Maximum water input conductivity 20 μS/cm at 25°C
  • Weight 359kg
  • Dimensions 800 x 2000 x 800
  • Conformity CE certified according to the machine directive 2006/42/CE

Creo GREEN Hydrogen system

System Specifications

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Creo Hydrogen Power system 1.1

  • Power output 1.2kW (scalable up to 4kW)
  • Production rate Hydrogen 1.07kg in 24 hours
    output purity > 99.999% in molar fraction
  • Output pressure 35bar
  • Nominal power consumption per Nm3 of H2 produced (beginning of life) 4.8kWh/Nm3
  • Operative power consumption 2635W
  • Stand-by power consumption 28W
  • Power supply 200-240 V, 50/60 Hz
  • Ambient operative temperature range 5°C to 45°C
  • Ambient operative humidity range
  • Up to 95% humidity, non-condensing
  • IP rating IP20
  • Control and monitoring
  • Fully automatic with EMS
  • Water consumption 400ml/hr
  • Maximum water input conductivity 20 μS/cm at 25°C
  • Weight 239kg
  • Dimensions 800 x 2000 x 800
  • Conformity CE certified according to the machine directive 2006/42/CE

Creo Hydrogen Power system 2.2

  • Power output 2.4kW (scalable up to 4kW)
  • Production rate Hydrogen 2.14kg in 24 hours
    output purity > 99.999% in molar fraction
  • Output pressure 35bar
  • Nominal power consumption per Nm3 of H2 produced (beginning of life) 4.8kWh/Nm3
  • Operative power consumption 5035W
  • Stand-by power consumption 43W
  • Power supply 200-240 V, 50/60 Hz
  • Ambient operative temperature range 5°C to 45°C
  • Ambient operative humidity range
  • Up to 95% humidity, non-condensing
  • IP rating IP20
  • Control and monitoring
  • Fully automatic with EMS
  • Water consumption 800ml/hr
  • Maximum water input conductivity 20 μS/cm at 25°C
  • Weight 294kg
  • Dimensions 800 x 2000 x 800
  • Conformity CE certified according to the machine directive 2006/42/CE

Creo Hydrogen Power system 3.4

  • Power output 4kW (scalable to 4.8kW)
  • Production rate Hydrogen 3.21kg in 24 hours
    output purity > 99.999% in molar fraction
  • Output pressure 35bar
  • Nominal power consumption per Nm3 of H2 produced (beginning of life) 4.8kWh/Nm3
  • Operative power consumption 7435W
  • Stand-by power consumption 58W
  • Power supply 200-240 V, 50/60 Hz
  • Ambient operative temperature range 5°C to 45°C
  • Ambient operative humidity range
  • Up to 95% humidity, non-condensing
  • IP rating IP20
  • Control and monitoring
  • Fully automatic with EMS
  • Water consumption 1,200ml/hr
  • Maximum water input conductivity 20 μS/cm at 25°C
  • Weight 359kg
  • Dimensions 800 x 2000 x 800
  • Conformity CE certified according to the machine directive 2006/42/CE

Electronic
Management System

The Creo EBHMS has been designed to remotely control every aspect of your building be it environmental controls, power management or hydrogen and storage production to ensure efficient use of available energy resources and reliable power supplies.

The system acquires, harmonises and receives data from heterogeneous components within your distributed facilities, to enhance control and manage economic power delivery solutions. Constantly proving the best energy solution depending on demand thereby reducing energy costs every day.

Systems can be monitored on fixed computer systems or via an app installed on smart phone technology. This allows you to plan, develop and improve operation objectives to ensure optimum equipment performance, yield the desired results and achieve sustainable energy goals.

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hydrogen tank storage

System Specifications

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1000L Hydrogen
tank

  • Stores 2.85kg of hydrogen at 35 bar
  • Up to 94kWh of stored energy
  • 40 bar max pressure
  •  10 year guarantee
  • CE certified

3000L Hydrogen
tank

  • Stores 8.55kg of hydrogen at 35 bar
  • Up to 282kWh of stored energy
  • 40 bar max pressure
  • 10 year guarantee
  • CE certified

5000L Hydrogen
tank

  • Stores 14.25 kg of hydrogen at 35 bar
  • Up to 470kWh of stored energy
  • 40 bar max pressure
  • 10 year guarantee
  • CE certified

Creo’s hydrogen tanks are specifically designed to store hydrogen and are certificated for use in the UK and Europe. The Creo hydrogen tanks are a cost effective method of short and long term pressurized hydrogen gas storage for both domestic and industrial use. The tanks are on legs and have lifting points for easy transportation and manoeuvrability. 

Creo can additionally offer bespoke internationally certificated hydrogen tank storage to suit all project demands.

1000L Hydrogen
tank

  • Stores 2.85kg of hydrogen at 35 bar
  • Up to 94kWh of stored energy
  • 40 bar max pressure
  •  10 year guarantee
  • CE certified

3000L Hydrogen
tank

  • Stores 8.55kg of hydrogen at 35 bar
  • Up to 282kWh of stored energy
  • 40 bar max pressure
  • 10 year guarantee
  • CE certified

5000L Hydrogen
tank

  • Stores 14.25 kg of hydrogen at 35 bar
  • Up to 470kWh of stored energy
  • 40 bar max pressure
  • 10 year guarantee
  • CE certified

hydrogen tank storage

Creo’s hydrogen tanks are specifically designed to store hydrogen and are certificated for use in the UK and Europe. The Creo hydrogen tanks are a cost effective method of short and long term pressurized hydrogen gas storage for both domestic and industrial use. The tanks are on legs and have lifting points for easy transportation and manoeuvrability. 

Creo can additional offer bespoke internationally certificated hydrogen tank storage to suit all project demands.

System Specifications

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Contact us to find out more! Fill in your details and attach either your energy bill or your plans and we will send you a quote within 5 working days.