Eureka Energy Corporation

06/12/2026

Late last week, our President Roger Ford, who is a native of Pike County, submitted an executive concept proposal to the City of Pikeville regarding the proposed data center development at the Kentucky Enterprise Industrial Park.

This proposal is not opposition to the data center. Pikeville should welcome serious investment, new jobs, and responsible economic development. But a project of this size is not just another building at the industrial park. It is a major energy and infrastructure decision, and it needs to be considered with the long-term interests of the community in mind.

This is also not simply about a possible project for Eureka Energy Corporation and its partners. It is about offering ideas, experience, and assistance to help make this opportunity successful if the City chooses to move forward. Success should mean more than a ribbon-cutting. It should mean a project that benefits Pikeville and Pike County, protects residents and small businesses, strengthens the industrial park, and does not leave the community exposed to rising power costs or future infrastructure burdens.

The basic question is simple: if Pikeville is going to host a large new power user, shouldn’t Pikeville also have a serious dedicated power strategy?

That means asking some practical questions before final decisions are made.

Where will the power come from? Who pays for the infrastructure needed to serve the project? How are existing residents and small businesses protected? Can local and regional resources be part of the solution? Can this become more than one development and instead become the anchor for a broader energy and economic platform?

The concept we submitted recommended that Pikeville evaluate an Advanced Energy Park tied to the data center and the Kentucky Enterprise Industrial Park. That could include dedicated power generation, private onsite distribution, battery storage, microgrid controls, GPV biogas production, and the ability to consider future technologies as they become commercially and legally viable.

The primary power platform could be built around the concept of resource integration from coal, natural gas, and biogas generation, with emissions capture, carbon capture, and heat recovery evaluated as part of the design. Longer term, future technologies such as Small Modular Reactor generation could also be studied as part of a phased energy strategy.

The point is not to lock the City into one fuel, one technology, or one final project structure today. The point is to study what can actually work — technically, financially, legally, and economically — while keeping more value here at home, more jobs and economic benefit.

Any final agreement involving a large-load energy user should include strong public protections. Residents and small businesses should not be asked to subsidize the infrastructure required for a private project. There should be developer-funded power capacity, stranded cost protection, water-use and cooling disclosure, local hiring and procurement goals, and public transparency before material agreements are finalized.

Pikeville has a real opportunity here. But the opportunity is not just to host a data center. The larger opportunity is to use this moment to think seriously about energy, infrastructure, industrial recruitment, local jobs, and long-term economic control.

Additional information and the concept materials are available here: https://eureka-energy.com/advanced-energy-park

The data center can be the catalyst. Local energy control should be the strategy.

Responsible Growth. Dedicated Power. Local Control.

05/23/2026

On this Memorial Day, I pause on behalf of Eureka Energy Corporation to remember and honor the men and women who gave their lives in service to the United States of America.

As President of Eureka Energy, I often speak about energy resilience, national security, critical infrastructure, and the importance of strengthening American communities. But today is not first about policy, business, or industry. Today is about sacrifice.

The freedoms we enjoy — to build, to worship, to work, to raise our families, and to pursue a better future — were purchased at great cost by those who never came home. Their courage placed a solemn obligation on every generation that follows: to remember them, to honor their families, and to build a nation worthy of their sacrifice.

At Eureka Energy, our mission is rooted in the belief that a stronger America begins with resilient communities, secure infrastructure, and a renewed commitment to national strength. But none of that matters if we forget the price paid by those who defended this country with their lives.

Today, I ask all of us to pause, reflect, and remember the fallen.

May God bless our fallen heroes, their families, and the United States of America.

Roger Ford
President
Eureka Energy Corporation

05/11/2026

Eureka Energy Corporation is pleased to announce that Roger D. Ford, President of Eureka Energy Corporation, has been invited to speak at the 12th World Energy Congress, taking place July 22–24, 2026, in Helsinki, Finland.

Ford will present:

“Gravity Pressure Vessel Technology™ for Waste-to-Energy, Renewable Natural Gas, Byproducts, and Critical Minerals Recovery.”

This presentation will highlight Eureka Energy’s work to advance practical circular energy solutions that convert waste streams and residual materials into renewable natural gas, marketable byproducts, recoverable resources, and long-term economic value.

Headquartered in Sheridan, Wyoming, Eureka Energy is pursuing development opportunities across the United States and internationally, with a focus on waste-to-energy, renewable natural gas, rare earth element recovery, resilient distributed generation, and national security-related energy development.

Ford’s presentation will examine how closed-loop technology can process municipal solid waste, biosolids, agricultural residues, construction and demolition materials, and selected industrial residuals while also exploring future applications involving coal waste, fly ash, slurry impoundments, and rare earth element recovery.

For rural and industrial regions, including Central Appalachia, the energy transition should not mean abandonment. It should mean renewal.

Communities that have powered nations for generations can also help lead the next generation of energy innovation through waste conversion, renewable fuels, critical minerals recovery, and distributed energy infrastructure.

Eureka Energy is honored to be part of this global conversation on resilient infrastructure, energy security, circular resource recovery, and the future of sustainable energy development.

05/08/2026

The recent warnings from PJM should be a wake-up call for Appalachia and the entire American energy sector.

PJM is openly acknowledging that the electric grid is entering a period of increasing stress as power demand from AI, data centers, advanced manufacturing, and electrification is growing faster than reliable generation can be brought online. At the same time, reserve margins are tightening and price volatility is accelerating across the grid.

This is exactly why Eureka Energy has continued to advocate for a new model built around localized generation, behind-the-meter infrastructure, microgrids, and resilient energy ecosystems tied directly to industrial growth and national security.

The future of economic development will belong to regions capable of producing abundant, reliable, and secure power close to where it is consumed.

Across the country, development groups are already moving aggressively to secure large-scale sites for energy-intensive projects tied to:

• AI and hyperscale data centers
• Advanced materials manufacturing
• Defense-related industrial production
• Rare earth element processing
• Graphene and next-generation technologies

These projects are increasingly being designed around dedicated generation hubs and colocated infrastructure instead of relying solely on overstressed centralized grids.

Unfortunately, many regions remain trapped in outdated monopoly utility models that are struggling to adapt to the pace of change now underway.

Appalachia possesses enormous strategic advantages:

• Natural gas resources
• Existing transmission corridors
• Industrial brownfield sites
• Skilled workforce potential
• Abundant land and water resources
• Opportunities for diversified energy generation

The question is whether policymakers and utilities will move quickly enough to position the region for the next generation of industrial growth.

Energy reliability, affordability, and resiliency are rapidly becoming defining economic and national security issues for the United States. Regions that invest now in modern, diversified, and locally resilient energy infrastructure will lead the next era of American industrial development.

👉Read more in the link in the first comment

04/24/2026

Eureka Energy is now partnered with ROK Financial to help businesses with funding.

Type of Funding Instruments Available through ROK Financial:

-Accounts Receivable Financing
-Bridge Loans
-Business Line of Credit
-Cannabis Financing
-Commercial Real Estate Financing
-Equipment Financing
-Fix and Flip Financing
-Franchise Financing
-Purchase Order Financing
-Residential Investment Property Funding
-SBA Loan
-Small Business Loans
-Term Loan
-Working Capital Loans

https://go.mypartner.io/business-financing/?ref=001Qk00000ghLdpIAE

04/24/2026

Infrastructure Is the Battlefield

The latest advisory from Cybersecurity and Infrastructure Security Agency, alongside the National Security Agency and Federal Bureau of Investigation, confirms what many in the energy and national security space already understand:

China-linked actors have pre-positioned access inside U.S. critical infrastructure—and are now scaling those capabilities.

1. The U.S. grid is highly interconnected—regional failures can cascade across states
2. Critical infrastructure (power, water, fuel) increasingly relies on networked control systems
3. Even short disruptions can cost millions per day in industrial downtime and logistics failure

Eureka Energy is building around it—not reacting to it. Our development strategy is simple: decentralize, harden, and localize energy production.

A standard Energy Citadel deployment includes:

-10–50 MW on-site generation (natural gas CHP & SMRs)
-Fuel redundancy, including RNG produced from local waste streams using WtE technology
-Battery storage & microgrid controls for instant islanding
-Closed-loop systems that reduce dependence on external fuel and grid supply

What that delivers:

1. Grid independence during cyber or physical disruption
2. Continuous operations for defense, manufacturing, and critical services
3. Local control of energy and fuel supply

We’re actively advancing this model across U.S. projects and with international partners, aligning energy infrastructure with modern threat realities.

Our bottom line: Centralized grids optimize for efficiency. Energy Citadels are built for resilience and national security.

04/21/2026

The latest report from the International Energy Agency tells a story that should not be ignored. In 2025, global electricity demand surged by 3%, more than doubling the rate of overall energy demand growth. That gap is not just a statistic—it is a signal. The world is electrifying faster than it is building the systems required to support it.

What’s driving that growth is not a single trend, but a convergence of forces reshaping the global economy. Industry is expanding. Buildings are being fully electrified. Data centers are scaling at a pace few predicted even a decade ago. Entire sectors that once relied on fuel are now dependent on power. This is not cyclical demand. It is structural, and it is accelerating.

At the same time, much of this growth is being met with intermittent energy sources. Solar, in particular, is playing an important role, but it also introduces new challenges when deployed at scale without sufficient firm, dispatchable power to support it. The result is a system that is growing—but not necessarily strengthening. Grid instability, supply chain exposure, and infrastructure bottlenecks are no longer theoretical concerns. They are operational realities.

One of the clearest signs that this reality is setting in came with recent action under the Defense Production Act by Donald Trump, targeting domestic energy infrastructure, grid components, and industrial capacity. This was not just a policy move—it was an acknowledgment that energy security and national security are inseparable. The United States cannot afford to rely on foreign supply chains for the very components that power its economy.

This is the moment we find ourselves in: demand rising, systems strained, and global competition intensifying. But it is also a moment of opportunity—if we are willing to build differently.

At Eureka Energy Corporation, we have approached this challenge with a simple premise: the future of energy will not be defined by a single resource or a single technology, but by integration. The systems that succeed will be those that combine reliability with flexibility, local resilience with scalable design.

That is the foundation of our Energy Citadel model—localized, hardened energy systems capable of powering data centers, manufacturing, and communities with dependable, dispatchable energy. It is why we are advancing waste-to-energy solutions that convert municipal, industrial, and agricultural waste into renewable natural gas and other valuable outputs, transforming what was once a liability into a reliable energy resource. And it is why we are working to unlock the strategic value of coal and coal waste, recovering rare earth elements that are essential to advanced manufacturing and national defense, while strengthening domestic supply chains.

None of this is theoretical. It is practical, scalable, and aligned with the realities now emerging in the global energy landscape.

The surge in electricity demand is not a warning—it is a preview. The only question is whether the United States will meet it with systems built for the past, or infrastructure designed for the future.

At Eureka Energy Corporation, we are focused on building what comes next.

04/04/2026

03/30/2026

We’re proud to welcome Terry L. Headley as our new Vice President of Government & Public Affairs.

Terry brings more than three decades of experience at the intersection of energy policy, strategic communications, and industry advocacy. A native of West Virginia, his career has been rooted in the coalfields of Appalachia and shaped by a deep understanding of the people, communities, and industries that power our nation.

He has held senior leadership roles with the West Virginia Coal Association and the American Coal Council, where he helped modernize industry messaging and expand the reach of energy advocacy through digital platforms and public engagement. Terry also played a central role in advancing the Friends of Coal initiative, helping grow it into one of the most recognized grassroots campaigns supporting coal miners, their families, and coalfield communities.

Beyond his association leadership, Terry is President and CEO of The Headley Company and founder of the Seneca Center for Energy and Critical Minerals Policy, where he advises on issues of energy reliability, affordability, and national strategy. He is also the author of multiple books on energy communications and a frequent contributor of op-eds and policy briefings.

In his role with our company, Terry will lead government relations and public affairs, working closely with policymakers, industry partners, and community leaders to advance practical, pro-growth energy policies. His leadership will be instrumental as we continue to develop innovative, all-of-the-above energy solutions that strengthen American energy security and support economic growth in regions like Appalachia.

Please join us in welcoming Terry to the team.

03/13/2026

The AI Data Center Boom Is Accelerating — And Power Is the Deciding Factor

The United States is in the middle of a massive data center construction surge. As of early 2026, Texas (135 projects) and Virginia (134 projects) lead the nation, but a new wave of states — Georgia, Ohio, Arizona, Nevada, and Indiana — are rapidly emerging as major hyperscale markets.

Why?

Power availability.

Artificial intelligence is transforming digital infrastructure. Modern AI data centers require hundreds of megawatts — sometimes gigawatts — of reliable, dedicated power. As a result, hyperscale developers are prioritizing locations where they can secure long-term energy capacity, not just land and fiber.

At Eureka Energy, we recognize that AI data centers are not simply buildings — they are energy infrastructure.

The future will be powered by integrated energy ecosystems, combining:

• Natural gas for reliable baseload
• Waste-to-Energy (WtE) generation
• Renewable energy resources
• Battery storage
• Small Modular Reactors (SMRs)

This kind of dedicated, multi-source power architecture will define the next generation of hyperscale AI campuses.

Unfortunately, Kentucky is already behind in positioning itself for this opportunity. While other states are aggressively aligning energy policy and infrastructure to attract AI investment, Kentucky has yet to fully recognize the scale of what is coming.

The AI economy will follow the power.

If Kentucky wants to compete for the infrastructure of the future, it must accelerate its focus on advanced energy development — or risk being left behind.

At Eureka Energy, we’re building the energy platforms designed to power the AI era.