Hyperion Global Energy

Shifting the balance of power

WHY We Do It

1.3 billion people live without electricity. 2.3 billion people have only intermittent access. Our current energy practises consume fossil fuels in a completely unsustainable and destructive way. If left unaddressed, energy poverty, intensified by the catastrophic global effects of climate change, cannot be solved in time.

We believe in pushing the boundaries of the possible: exploring the edge of human knowledge to see what’s out there and taking that next great leap. We believe in open collaboration, the creation of a nexus of science, technology, engineering, mathematics, art and social impact for all.

“We cannot solve our problems with the same thinking we used when we created them.”

Albert Einstein

WHAT We Do

We create elegant systems that run on the most advanced technology, providing the most affordable, clean, and safe energy for everyone.

WHAT We Do

We create elegant systems that run on the most advanced technology, providing the most affordable, clean, and safe energy for everyone.

HOW We Do It

We bring together a host of incredible people and technologies. By integrating them in a way that strengthens the system as a whole, we are able to take advantage of the best aspects of each while reducing the cost to our consumers.

We provide renewable systems to a wide range of customers from schools, hospitals, detention centres, and isolated communities to grocery stores, factories, mining facilities and apartment buildings. With systems tailored to their specific needs and without the hassle of running the systems themselves, we allow our customers to stay focused on their business goals and passions. At a minimum we reduce electrical costs, improve their bottom line and make a positive impact on the environment.

It’s all taken care of by us.

On a larger scale, our Vulcan family of Thermal Power Cores takes advantage of the power of the atom to produce some of the largest and safest amounts of energy imaginable. This being done at a fraction of the cost of today’s alternative options. Our Vulcan 3 Thermal cores are designed to power cities and bring energy to parts of the world still dealing with “dirty” electrical generation or no power at all.

The more renewable and Vulcan systems we add, the stronger, more robust and efficient the system becomes. Ultimately this means that power outages affecting an entire seaboard will be a thing of the past. The energy produced is not only extremely affordable, more so than natural gas, but it will accelerate the move away from the sources that characterized the last century, which adversely impacted the planet.

It is time we all moved on.

Energy Systems

INVESTORS and Donors

What to expect?

We’re working to ensure everyone has an opportunity to benefit from our projects. We are bringing in diverse groups of individuals, companies and organizations looking to not only utilize our services, but also to contribute resources to assist in our efforts in making the move to renewable and large clean energy sources more accessible to businesses, communities cities and industry at large. Whether you’re a small individual investor, a large institution or a Venture Capitalist, we want everyone to be able to profit from our projects.

If you’re a coal mine / plant owner or a utility with coal in your portfolio, we can assist you in the transition. This will allow you

to continue to generate profit for the short and long term while maintaining local jobs and improving the community.

For those of you running current conventional nuclear reactors, our Vulcan 4 systems will be able to utilize your spent nuclear fuel and convert it into electricity, helping you close the fuel cycle.

In the meantime if you just can’t wait, you can reach out to us at: Investors@hyperionenergy.ca

Dr. Leung Waihung

Nuclear Officer

As a world-renowned nuclear engineer, Leung is Hyperion’s key nuclear engineering specialist, with over 20 years of experience in the nuclear industry focusing on advanced nuclear research and design. His knowledge plays a key role in developing the Hyperion Clean Energy solution.

contact us

Dr. Leung Waihung

Nuclear Officer

As a world-renowned nuclear engineer, Leung is Hyperion’s key nuclear engineering specialist, with over 20 years of experience in the nuclear industry focusing on advanced nuclear research and design. His knowledge plays a key role in developing the Hyperion Clean Energy solution.

Luke Tucker

Founder & Chief Executive Officer

Luke is a Senior Executive with over a decade of experience leading, training, staffing, and enabling large multinational teams within Canada’s Special Operations Forces (SOF).
He delivers complex multi-dimensional projects from concept to execution in often ambiguous and emerging situations - and is full-heartedly pouring his energy into Hyperion.

Mark Suchy

Business Development Officer

With over a decade championing heavy-weight international funding projects, Mark has extensive knowledge managing all aspects of investment transactions. He has ample experience bringing together major industry players and government organizations. Mark’s major transactions experience ranges from LA to New York and from Shanghai to Hong Kong.

Richard Suchy

Operations Officer

Richard is a mechanical engineer by trade with over 30 years of experience having managed some of the world’s largest energy projects. He is an expert in building, managing and leading the construction of energy projects of any size.

John A. Thomas

Strategy Officer

John is a highly experienced negotiator and business executive with decades of international experience. He has worked in a number of strategic roles in Europe, the Middle East and Asia with a unique set of skills and experiences, which makes him the perfect fit to guide Hyperion to success.

Kim Marchand

Senior engineering advisor to Hyperion

She is an outstanding engineer and a gifted project manager. Her most recent project was a $375 million dollar multi-building facility. Her attention to detail and ability to wrangle together numerous large and small companies to execute such a complex build means she is a great addition to our project. She is currently working on the initial Hyperion building designs.

Logan Schinbeckler

Simeon Gordon

VULCAN SYSTEMS

Like the space program and rockets, all things fission has had a remarkable history. Most wide scale innovations that have changed the world can trace their roots back to multiple decades of research, development and innovation. Whether it's the Wright brothers’ first flight to the modern airplane or vacuum tubes to today's modern smart phones, they all share a long and important history.

The following video will give you a snapshot of the earliest innovation into the technology that Hyperion Global Energy is bringing forward into today's world.

Each Vulcan Power Core is capable of generating enough clean, cheap, safe electricity to power a small city.

The base load and on-demand nature of our product, combined with our neural network means that we can be integrated within a distributed network, legacy network, or be the initiating node for a new network.

“I have been impressed with the urgency of doing. Knowing is not enough; we must apply. Being willing is not enough; we must do.”

Leonardo Da Vinci

There are a number of important additional benefits with our technology like using the excess heat generated in our plants to dramatically lower the cost of creating clean drinking water through desalination.

Our follow on models will also be able to use the spent nuclear fuel (nuclear waste), from existing conventional nuclear reactors, and efficiently convert it into electricity.

There are more neat little tricks up our sleeves, but we’re not sharing them just yet. These undertakings cannot be done alone. We need your help as a collaborator, donor, or both. Our collective future depends on everyone’s actions today.

The Vulcan 3

  • Reactor Type: Molten Salt fueled reactor
  • Fuel: Uranium or Spent Nuclear Waste
  • Fuel Salt:Lithium Fluoride
  • Moderator: Zirconium Hydride
  • Neutron Spectrum: Thermal
  • Net Electric Capacity: 1000 Mw(e) or greater
  • Outlet Temperature: 650C
  • Gross Thermal Efficiency: 44% using a Brayton Cycle with reheat
  • Fuel Efficiency: Considerably higher per Mw than a conventional light water reactor
  • Long-lived Actinide Waste: Significantly less per MW than conventional light water reactors
  • Loss of Station Power or Blackout Power: It is completely safe without outside intervention (walk away safe)
  • Mode of Operation: Used for base load as well as load following
  • Can power an average of a million + homes

Renewables

Why should you, the business owner, have to deal with sky-high electricity costs?

The answer is you don’t.

If you’re running a business or an institution, the last thing you want to have to deal with is the complexities of running your own microgrid. The initial cost outlays and the staff required to maintain it, can have a negative effect on your bottom line despite your best intentions and desire to positively impact the environment.

We handle it all and let you get back to running your company.

Each system we develop is a combination of the energy sources best suited for your needs and what works best with the natural resources in your geographical area. We understand there can be some hesitation regarding the aesthetics with the addition of a renewable system. Our designs are created to enhance the value of your business and bring positive attention to the area.

Our renewable systems are extremely robust and can easily be set up to power remote communities and isolated mining operations.

Our renewable systems can scale up to 50 Megawatts each, providing a great deal of flexibility and can grow or shrink in sync with your requirements.

Nexus Neural Networks (N3)

Our Nexus Neural Networks (N3) will provide enormous cost savings and make significant changes to the way energy is managed, creating a robust, agile system better suited to the digital world we live in.

Phase 1

  • Supply Chain Management
  • Smart contracts
  • Data storage
  • Proof of ownership (Authentication & Authorisation)
  • Digital Identity (protects privacy of consumers)


Phase 2

  • Network Infrastructure
  • Renewable grid management
  • Vulcan 3 management

Phase 3

  • Physical Energy Distribution (monitoring & Automation)
  • Peer-to-Peer transactions (Verification by network participants)


Phase 4

  • Digital Energy Commodities Trading (including proof of ownership and title transfer)
  • Foreign Exchange (currency exchange / conversion)