eFuel Technology
Paving the Way for a Greener Earth
The Problem
Increased Energy Demands
Lack Of Clean Energy Resources
How can we achieve Net Zero by 2050?
Our Solution
Patent
3D Print Electrolyzers & Hydrogen Fuel Cells for Green Hydrogen and eFuel
Produce Green Energy Using
3D Printed
Electrolyzers & Hydrogen Fuel Cells
License
Plans to License Our Novel Technologies Globally
Our Patent
Patented technology to manufacture 3D printed Electrolyzers, powered from renewable energy sources such as solar or wind, will enable the production of Green Hydrogen at a fraction of its current cost.
The Company is positioned to become the leader in providing environmentally sustainable solutions for hydrogen fuel & energy production across the globe
3D Print Technology to Manufacture Hydrogen Electrolyzers & Hydrogen Fuel Cells
Electrolyzer Manufacturing
Experimental Setup to 3D Print Electrolyzers
for Hydrogen production.
Hydrogen Stack
Produce hydrogen through the electrolysis of water. With the help of an Electrolyzer, hydrogen and oxygen from a pure water supply and electrical current
can be produced.
3D Printed Unibody Electroylsers &
Fuel Cells
The components in the schematic are currently assembled manually making both Electrolysers and Fuel Cells labour intensive.
BPC intends to 3D Print these components as a "Unibody" thus removing human intervention and needless cost in time and money
Barony Power is committed to the global transition to green hydrogen for mobility and industrial uses.
The Company is focused on being pioneers and leaders in the hydrogen sector, by licensing unique patented energy production using 3D additive manufacturing
market size
The Lucrative clean energy Industry
According to the International Energy Agency,
to reach Net Zero by 2050 as per the Paris Agreement signed in 2016 by 196 countries, it will cost
$4 Trillion Annually
Barony Power can help lower that cost
Enormous Growth In The Hydrogen Energy Sector
$196B
by 2028
Hydrogen Storage Market
$300B
by 2029
Sustainable Fuel
Market
$127B
by 2032
3D Additive Manufacturing Market
$105B
by 2032
Hydrogen Fuel Cell Market
$78B
by 2032
Electrolyzer Market
TECHNOLOGY ENERGY REQUIREMENTS GROWTH
26% by 2028
By 2028, electric utilities will need to boost annual power generation by as much as 26% from 2023 levels to meet surging power demand. That’s more than any supply increase in the Grid in the past two decades.
$900 Billion
U.S. Utilities will need an additional $900 billion in revenue to invest in new generation sources to meet the growing energy demand
The demand for power due to AI use will mean that energy needs will triple by 2045!
- Elon Musk
19% Increase
in wholesale prices for electricity from 2025 to 2028 from rising power demand
This rapid load growth comes after power demand has remained virtually flat in the U.S. for two decades.
Bain expects data centres to make up 44% of all demand growth through 2028, as companies rush to develop the next generation of AI
TECHNOLOGY OVERVIEW
Batteries
Hydrogen
Economy
Sustainable Fuel
Additive Manufacturing
Supercapacitors
Catalytic Reactors
MATERIALS OVERVIEW
Microfluidics
Multi Materials
Microfluidics
High-Resolution
Functionalization
Conductivity
3D Print one of the most high-value but hard-to-manufacture class of materials while imparting additional valuable properties for advancements in health, energy, environment and defense applications
BUSINESS MODEL
The patent is held by the University of Tasmania (UTas) and licensed to Barony Power Corp
Barony Power is offering Sub Licenses of the Patent (IP), for novel manufacturing technology via 3D Printing
Licenses are available globally with key considerations for each country
BUSINESS DEVELOPMENT
PHASE 1
Hydrogen based research, development and licensing
PHASE 2
Potential Defence, Pharmaceuticals and Health Care
Resources:
University of Tasmania and Deakin University
BARONY UNIQUE OPPORTUNITY
Advanced Technology
Patented 3D Print Process, with advanced technological capabilities
Benefits
50% Decrease in Costs of Hydrogen fuel production
Top Tier Research
PhD Researchers developed groundbreaking new technology
Proprietary
Patented by the University of Tasmania Exclusive license to BPC
Team
-
Caisey Harlingten, University of Tasmania Fellow
Founder/CEO -
David Warren, PhD, Engineer
Co-Founder -
Tim Finnigan, PhD, Head of School of Engineering, University of Tasmania
Project Manager -
Vipul Gupta, PhD, Engineer, Deakin University
Project Manager -
Raymond Irvine
Investor Relations -
Ron McIntire, Securities Law
Legal Representative -
Laurie Beldam, Accountant
Accounting Advisor -
Mark Reichenberg, Chartered Accountant
Business Development Liaison