Uploaded February 2021 | Updated September 2026, 2 weeks ago
What is our unique technology?
We produce the cheapest green hydrogen in the world.
We have harnessed the hydrogen component of water through a unique, economic and patented process of electrolysis, which we call the ‘Hydroxy Generators’.
A unique and more efficient process of electrolysis.
Standard electrolysis has not changed since it was discovered over 100 years ago. The ‘Hydroxy Generators’ is a different process of separating the hydrogen and oxygen from water by making a mixture of gas – called hydroxy. The generator is a patented design involving a series of plate cells within a tube casing. Water enters one end and hydroxy gas leaves the other end. The electrical input can be from any renewable source such as solar, or from conventional grid power. The key benefits of the generators are their cost of manufacturing and durability – they will last 10-15 years, as compared to conventional units lasting only 5-8 years.
The design is based on decades of R&D and is now ready for the hydrogen infra-structure marketplace.
Competitive advantages
Conventional diaphragm electrolysis technology is expensive to purchase, expensive to scale up, often ‘clogs’ up, higher maintenance and less durability.
• No exotic expensive materials (as with competition)
• Low maintenance- no obstruction (as with competition)
• Scalable, economically achievable (unlike competition)
• External separation (competition uses high maintenance internal separation)
• Use of our patented protective formulae gives much longer shelf life (3x)
Hydrogen made from fossil fuels: Referred to as 'Steam Methane Reforming', natural gas is passed through a catalyst reaction with an external heat source - converts methane into hydrogen and carbon monoxide. It also produces CO2 in this process. More separation is required to get pure hydrogen. It is a dirty and costly process.
Conventional:
Average cost $19-25K
Produces 1 Kg per hr hydrogen
Power input: 54 Kw hr
Cell life: 3.5 years
Hydroxy Generators
Less than $14,000
Produces 1 kg per hr hydrogen
Power input: 54 Kw hr
Cell life: 10 years plus
Independent validation report from MacQuarrie University now with updated data
Flow rate of 300 Litres / KW hr
One litre of water produces 867 litres of hydroxy gas
66.3 % hydrogen
31.5 % oxygen
Separated with off-the- shelf molecular sieves
Durability analysis completed and other data available.
Our unique patented hydroxy generator technology represents the underlying thrust to all of our processes, by making cheap green Hydrogen and Oxygen available. Hydrogen is the building blocks of many chemicals, fuels and industrial processes and can be used extensively in...
• Storage of solar power via hydrogen production
• New hydrogen economy and infra-structure
• Hydrogen cells producing electricity
• Transportation systems
• Steel making
• Carbon-neutral power stations
• Chemical production
• Fertilizers
• Mining and mineral ore separation
• Green oxygen as a by-product
• Waste management: small prototype completed with data available
Hydroxy ignited has remarkable high temperatures, (3000 degrees) leading to other uses such as waste management, industrial drying, steel making etc.
Protecting the Environment : Zero-pollution
At Eco Global Fuels, our real bottom line is protecting the environment. We are convinced that a switch to solar, geothermal, wind, and hydropower combined with our hydroxy process is a logical answer.
Contact
Roger Green
ecoglobalfuels@gmail.com
EcoGlobalFuels.com
What is our unique technology?
We produce the cheapest green hydrogen in the world.
We have harnessed the hydrogen component of water through a unique, economic and patented process of electrolysis, which we call the ‘Hydroxy Generators’.
A unique and more efficient process of electrolysis.
Standard electrolysis has not changed since it was discovered over 100 years ago. The ‘Hydroxy Generators’ is a different process of separating the hydrogen and oxygen from water by making a mixture of gas – called hydroxy. The generator is a patented design involving a series of plate cells within a tube casing. Water enters one end and hydroxy gas leaves the other end. The electrical input can be from any renewable source such as solar, or from conventional grid power. The key benefits of the generators are their cost of manufacturing and durability – they will last 10-15 years, as compared to conventional units lasting only 5-8 years.
The design is based on decades of R&D and is now ready for the hydrogen infra-structure marketplace.
Competitive advantages
Conventional diaphragm electrolysis technology is expensive to purchase, expensive to scale up, often ‘clogs’ up, higher maintenance and less durability.
• No exotic expensive materials (as with competition)
• Low maintenance- no obstruction (as with competition)
• Scalable, economically achievable (unlike competition)
• External separation (competition uses high maintenance internal separation)
• Use of our patented protective formulae gives much longer shelf life (3x)
Hydrogen made from fossil fuels: Referred to as 'Steam Methane Reforming', natural gas is passed through a catalyst reaction with an external heat source - converts methane into hydrogen and carbon monoxide. It also produces CO2 in this process. More separation is required to get pure hydrogen. It is a dirty and costly process.
Conventional:
Average cost $19-25K
Produces 1 Kg per hr hydrogen
Power input: 54 Kw hr
Cell life: 3.5 years
Hydroxy Generators
Less than $14,000
Produces 1 kg per hr hydrogen
Power input: 54 Kw hr
Cell life: 10 years plus
Independent validation report from MacQuarrie University now with updated data
Flow rate of 300 Litres / KW hr
One litre of water produces 867 litres of hydroxy gas
66.3 % hydrogen
31.5 % oxygen
Separated with off-the- shelf molecular sieves
Durability analysis completed and other data available.
Our unique patented hydroxy generator technology represents the underlying thrust to all of our processes, by making cheap green Hydrogen and Oxygen available. Hydrogen is the building blocks of many chemicals, fuels and industrial processes and can be used extensively in...
• Storage of solar power via hydrogen production
• New hydrogen economy and infra-structure
• Hydrogen cells producing electricity
• Transportation systems
• Steel making
• Carbon-neutral power stations
• Chemical production
• Fertilizers
• Mining and mineral ore separation
• Green oxygen as a by-product
• Waste management: small prototype completed with data available
Hydroxy ignited has remarkable high temperatures, (3000 degrees) leading to other uses such as waste management, industrial drying, steel making etc.
Protecting the Environment : Zero-pollution
At Eco Global Fuels, our real bottom line is protecting the environment. We are convinced that a switch to solar, geothermal, wind, and hydropower combined with our hydroxy process is a logical answer.
Contact
Roger Green
ecoglobalfuels@gmail.com
EcoGlobalFuels.com
