KYTX Energy has 1 MW of continuous natural gas power running today in Eastern Kentucky — with 1,000 acres available to build on, a 23-mile pipeline capable of 9 million MCF, and a clear path to gigawatt-scale. Stone Path Consulting connects qualified operators directly to this opportunity.
For: Edge data center operators · AI inference companies · Bitcoin miners · Colocation providers who can’t wait on grid interconnect
Most off-grid power pitches are a single flare well. A garden hose. KYTX is a water main. It’s a 140-well gas field with 23 miles of operating pipeline infrastructure — all held by production, connected into the Delta pipeline system, with two service rigs on site to expand.
This is not a science project. It is an operating energy asset with room to scale to a gigawatt and beyond.
This field runs.
| Active wells | 140 |
| Pipeline network | 23 miles |
| Pipeline capacity | 9,000,000 MCF |
| Pipeline connection | Delta pipeline system |
| Feb 2026 total production | 7,648 DTH (~6,060 MCF) |
| Feb 2026 net production | 7,495 DTH |
| Equivalent energy (Feb 2026) | ~2,196 MWh |
| Power available now | 1 MW continuous |
| Long-term scalability | 1 GW+ |
| Service rigs | 2 smule / service rigs |
| Road equipment | Dozers, backhoes |
Full gas analysis report available to qualified operators upon request.
Individual flare wells are unreliable — that objection is fair and it comes up often. But it’s the wrong comparison. KYTX is 140 wells, 23 miles of infrastructure, and a compressor system and dehydrator already running. The gas is processed and ready to convert to power the moment it reaches a generator — no additional conditioning required.
A field this size doesn’t go dark. When someone raises the reliability question, they’re comparing a garden hose to a water main. Those are not the same thing.
“Natural gas wells are unreliable.”
Yes — individual wells using flare gas are unreliable. That’s a fair point. But KYTX is a gas field made up of 140 active wells and 23 miles of infrastructure. That is a different category of reliability entirely. A field this size doesn’t go dark.
KYTX is the right conversation if any of these describe your situation.
Build your edge node on available land adjacent to operating infrastructure. Skip the grid queue entirely.
GPU clusters need continuous, reliable power. Eastern Kentucky offers that — with room to grow to gigawatt scale.
Off-grid natural gas has long been the preferred power source for serious mining operations. This is a field, not a well.
Expanding your edge footprint? 1,000 acres and scalable power from 1 MW to 1 GW+ removes the usual constraints.
Can’t get grid power fast enough for your next deployment? This infrastructure is operating today.
If a 5–10 year interconnect timeline is blocking your build, this is the conversation to have.
My name is Ty Woods. I’ve been in online marketing and technology since 2009. I’ve owned a creative services company, and now run Stone Path Consulting. I’m also a founding partner at Golden Path Digital, where we build custom automation solutions, train AI models for clients, and sell software that modernizes and automates code bases for PLC and RPG companies. I understand what your infrastructure needs look like from the inside — because I work with the people who build and run these systems.
I’ve known the family behind KYTX since 2021. They operate with integrity. They have the infrastructure to back up what they promise. When I connect you to Hunter and his team, you’re getting a direct introduction to people I trust personally — not a cold pitch.
— Ty Woods, Stone Path Consulting
Qualified operators receive KYTX’s full gas analysis report and a direct introduction to the KYTX team. No sales pressure — just the facts.
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