Frontieras North America Blog

Frontieras and the Diesel Crisis: New Refining Capacity Outside the Chokepoints — Frontieras North America

Frontieras North America — Wed, 14 Oct 2026 09:00:40 GMT

Diesel is at a record premium over crude. The shortage isn't oil. It's refining, and FASForm™ adds supply from a feedstock that never crosses a strait.

The premium ultra-low sulfur diesel commands over crude oil hit a record. In mid-September, the US diesel crack spread topped $117 a barrel. A month earlier, it had crossed $100 for the first time in history.

Read those numbers carefully, because they say something the headlines keep missing. A crack spread is the price of turning crude into fuel. When it explodes, the market is not telling you the world has run out of oil. It is telling you the world has run out of the ability to make diesel from it.

Every other data point says the same thing. US diesel inventories fell to 107.9 million barrels by September 11, the lowest for that time of year since record-keeping began in 1982. Retail diesel crossed $6 a gallon, and European diesel futures more than doubled from where they started the year. The EIA expects US distillate stocks to stay below the five-year low through the end of 2026 and most of 2027.

Diesel is not a consumer fuel, but it is the economy's working fuel. It plants and harvests the crops, hauls the freight, and runs the excavators, the locomotives and the barges. When diesel gets expensive, everything that moves gets expensive.

Everything moves.

Auburn, CA, United States - August 29, 2026: An ARCO gas station and ampm price marquee showing elevated diesel and fuel prices.

Photo credit: Chris Allan

Record Production. Record Shortage.

Americans have heard it for a decade: the United States produces more oil than any nation in history. That’s true. So how can the world's largest producer be running short of diesel?

Because crude oil is not one thing. The shale revolution gave America an ocean of light, sweet crude. It is excellent for gasoline and naphtha. It yields comparatively little diesel.

America's refineries were not built for it. Long before shale, refiners invested heavily to run the heavier, higher-sulfur crude that dominated global supply. Today, nearly 70 percent of US refining capacity runs most efficiently on heavier crude, which is why 90 percent of our crude imports are heavier than what we pump at home. The coking and hydrocracking units that turn the bottom of the barrel into distillate make up about 29 percent of US capacity, and they have to be fed heavy crude that the United States does not produce.

So the country does something that sounds absurd until you understand it. We export our light oil and import heavy oil to complete the blend. Canada normally sends about 4 million barrels a day of heavy crude south, and when oil sands maintenance cut roughly 300,000 barrels a day this month, American refiners felt it immediately.

On the East Coast, the problem is starker still. The region's refining capacity fell by half over the last decade, and around 84 percent of its distillate supply now comes from outside the region, by pipeline from the Gulf Coast or by tanker from abroad. New York Harbor remains dependent on imported diesel because it lacks the refining capacity to make its own.

Energy independence measured in barrels is a statistic. Measured in diesel, it is a vulnerability.

The war didn’t break the system. It found the cracks.

The immediate causes of this crisis are no mystery. Since late February, the closure of the Strait of Hormuz has disrupted roughly a fifth of the world's oil supply. Russia, the world's second-largest diesel exporter, banned diesel exports in July after Ukrainian drones hit several of its refineries. Global refinery runs in August were more than 6 million barrels a day below the prior year, and global diesel exports fell 25 percent, just as harvest and heating season arrived.

The fragility was always there; the war simply revealed it.

For years before the first missile, the West was closing refineries, not building them. LyondellBasell permanently shut its 263,776-barrel-per-day Houston refinery, and Phillips 66 moved to close its Los Angeles refinery. Every closure made sense to a spreadsheet built on the assumption that fuel demand would fade on schedule. Demand did not fade. The capacity simply left.

So when the shock came, nobody had any to spare. S&P Global's Karim Fawaz put it plainly: "Inventories are low, spare refining capacity is scarce."

The global refining system runs on crude blends sourced from a handful of regions and moved through a handful of chokepoints. That’s a single point of failure with a very long fuse.

Next-generation refining starts with a different barrel.

Refining is fractionation. You take a complex hydrocarbon and separate it into the molecules the market wants. The science is more than a century old. What has never changed is the feedstock.

FASForm™ applies the same fractionation science to coal. The process disassembles it at the molecular level, in a closed-loop process, into six products: ultra-low sulfur diesel, jet fuel, naphtha, FASCarbon™, sulfuric acid and ammonium sulfate fertilizer. The refining industry measures itself against the 3-2-1 crack: three barrels of crude yielding two barrels of gasoline and one barrel of distillate. FASForm works on a different equation entirely. One feedstock produces six products, and every one of them is a globally traded commodity with deep, liquid markets.

We are not here to replace the refinery. We are here to add the supply the current system cannot produce: diesel made from a feedstock that is domestic, abundant, does not need a heavy crude blend, and never passes through anyone's strait.

Diesel is diesel. Ultra-low sulfur diesel from Mason County meets the same specification, trades in the same markets and moves on the same logistics as any other. Once constructed, our site will sit on the Ohio River, with barge access down the Mississippi to the Gulf, the same arteries that already carry America's refined products to the world. We plan to plug into the global commodity trade. We simply start from a different barrel.

That is what energy resilience means. It is not rationing, and it is not a strategic reserve drawn down in a crisis and refilled at a premium. It is new molecules, made from a resource the United States holds in greater abundance than any nation on earth.

From one plant to a platform.

On April 2, we broke ground in Mason County, West Virginia. On September 24, we announced the next step: we selected Kiewit Engineering Group, a subsidiary of Kiewit Corporation, to perform front-end engineering and design for the plant, and that work has begun.

The significance of that choice is hard to overstate. Kiewit traces its roots to 1884. It is employee-owned, reported $18.2 billion in revenue last year, and employs 34,500 staff and craft professionals. It works across power, industrial, and oil, gas and chemical markets. Its FEED work with us is being done on an open book, with the builder developing the cost basis alongside the design and working toward a lump-sum proposal for the facility. That is how serious industrial projects remove risk before the steel goes up.

Our board was directly involved in the decision, including Jean Abiassi, who spent seventeen years at Kiewit as a field engineer, chief engineer, lead estimator and project manager. And the technology remains ours. Joe Witherspoon directs the process design. As Joe put it, "FASForm is our technology, and it stays that way." Kiewit brings the engineering, constructability and cost discipline that surround it.

The plant is scheduled to be run by Bob Portz, a Charleston native who has spent more than thirty years inside American refineries, from Ashland to Marathon Oil to Hunt Refining to Sinclair to PBF Energy's Toledo refinery. He helped build Wyoming Renewable Diesel under Sinclair.

"I've spent thirty years watching refiners chase diesel yield out of whatever crude they could get. When the crude blend is wrong or the ship doesn't come, the diesel doesn't get made. What drew me to FASForm is that it doesn't depend on that blend at all."

— Robert Portz, Vice President, Operations & Engineering

That is the difference between an idea and an industrial company: refinery people and one of North America's premier engineering organizations building a refinery-grade process.

Mason County will be the first installation, not the last.

On September 1, we signed a memorandum of understanding (“MOU”) with Western Fuels to jointly develop a mine-mouth FASForm facility at the Dry Fork Mine near Gillette, Wyoming, in the heart of the Powder River Basin. Wyoming is the nation's largest coal-producing state. The MOU sets the framework for long-term agreements covering a site lease, a coal supply of up to roughly 2.7 million tons a year initially and 5.4 million at full build-out, and Western Fuels' purchase of ultra-low sulfur diesel from the facility for its mining, haul and member operations.

Think about what that means. A mine that runs its haul trucks on diesel would buy diesel made from its own coal. The feedstock never leaves the property. As our Chief Commercial Officer, Andrea Moran, described it, there is "no rail, no barge, no distance between the coal and the finished fuels." And Dry Fork sits inside the Gillette generation cluster, where more than 1,200 megawatts of coal-fired capacity operate within a few miles of the mine. That is FASGEN™ territory.

On September 9, we signed a letter of intent with Cora Terminal, a joint venture of Watco and SCH Services, for a multi-phase FASForm deployment at its terminal on the Mississippi River in Rockwood, Illinois. Cora offers year-round river access, unit-train rail capacity, bulk handling and Illinois Basin coal in one place. The contemplated structure starts with roughly 85 acres for a plant designed to process 7,500 tons of coal a day, with room to expand to about 130 acres for a second plant. Cora would handle the rail, barge and transloading. We would build and operate the plants.

Three sites. Three of America's great coal basins: Appalachia, the Illinois Basin and the Powder River Basin. Two of the nation's great rivers. That is the beginning of distributed refining capacity across the American interior.

And the platform extends further. More than 200 existing coal-fired plants across this country already have rail, water, grid connections and permitted industrial land. FASGEN plans to co-locate FASForm at those sites, placing new fuel production exactly where the feedstock already arrives, on infrastructure that has already been paid for.

This is not only an American problem. Our patent portfolio spans nine countries on five continents, covering the nations that produce the large majority of the world's coal. Many of them sit on enormous reserves while importing their fuel through the same chokepoints now squeezing them. The resilience we are building in America is exportable.

We wrote it down before it happened

In June, in "The Scoreboard," I reviewed the calls we made years ago on ESG and energy demand. This crisis is testing a different set: the calls we made this spring on supply security. They are public and dated.

On March 31, in "Antifragile," I argued that the Hormuz closure had exposed the global energy system as fundamentally fragile, and that value would shift toward domestic feedstock and diversified outputs. On April 7, we framed Mason County as a platform built to decouple energy production from global chokepoints. On April 30, in "The Wrong Switch," I warned that converting coal plants to natural gas trades resilience for dependency. On May 6, we explained that FASForm™ was engineered from the start for commercial deployment, not as a lab experiment hoping to survive scale. On May 11, we traced the fertilizer shock straight to the American farm. Diesel is the second bill landing on that same farm.

Since the original FAS business plan, we have run every major question through one framework: Science, Technology, Economics, Politics. The Science of fractionation is settled. The Technology is patented and engineered for scale. The Economics favor a feedstock that is domestic, abundant and outside the chokepoints. And Politics, the last pillar to turn, has turned. When all four line up, you don't have to predict the headline. You only have to be standing in the right place when it arrives.

The fuel that moves everything

Every energy crisis asks the same question: who can make more?

For six months, the answer has been nobody. Refiners are running flat out. Spare capacity is gone. The heavy crude our refineries need comes from someone else's oil sands or someone else's coast. A new conventional refinery is a decade away, if anyone is willing to build one at all.

We broke ground on a different answer in April. We are engineering it now. The world is going to need more fuel than the old barrel can give it, and we intend to make it.

Abundant, affordable, available energy for all.

Frontieras North America Selects Kiewit for Front-End Engineering and Design of Mason County Facility — Frontieras North America

Frontieras North America — Thu, 24 Sep 2026 06:00:17 GMT

Front-End Engineering and Design work is underway for Frontieras’ flagship Mason County facility

HOUSTON — Sept. 24, 2026, 2026 — Frontieras North America ("Frontieras" or the "Company"), an energy technology company commercializing its proprietary FASForm™ Solid Carbon Fractionation technology, today announced that it has selected Kiewit Engineering Group Inc., a subsidiary of Kiewit Corporation, to perform Front-End Engineering and Design ("FEED") for its flagship facility in Mason County, West Virginia. FEED work has begun, marking the next phase of project development.

Under the agreement, Kiewit will perform front-end engineering and design for the Mason County facility.

“Kiewit is pleased to work with Frontieras as it advances the Mason County facility,” said Eric Gutiérrez, executive vice president, Kiewit Engineering Group Inc. “Our team looks forward to bringing an integrated engineering and constructability perspective to the FEED phase, working collaboratively with Frontieras to develop a design informed by how the facility can be safely and efficiently constructed.”

The Mason County facility is Frontieras’ flagship project and is currently under development in West Virginia. The FEED engagement will advance engineering and constructability work as Frontieras continues development of the facility.

"Selecting a partner of Kiewit's caliber is one of the most consequential decisions a project of this scale makes," said Matthew T. McKean, Chairman and Chief Executive Officer of Frontieras North America. "Frontieras had multiple paths available for this facility. Our board concluded that working with an organization of Kiewit's depth and record was the right decision for this project and for the engineering knowledge base of our broader development program."

The Company's board of directors was directly involved in the evaluation. Board member Jean Abiassi, P.E. is a Professional Engineer with bachelor’s and master’s degrees in civil engineering from Texas Tech University and over four decades in the engineering and construction industry. Over a 17-year career at Kiewit, he served as field engineer, design engineer, chief engineer, lead estimator, and project manager on projects including the Shell Bullwinkle platform, two hydroelectric power plants on New York's Mohawk River, and multiple sections of Boston's Central Artery. He joined Zachry Construction Corporation in 2002, rising to President and Chief Operating Officer, where he led execution of projects including the DFW Connector, a JV with Kiewit ($1.5 billion), SH 130 Sections 5 and 6, a JV with Ferrovial ($1.1 billion), and Grand Parkway Sections F1, F2 and G ($1.1 billion). He subsequently served as President and Chief Executive Officer of Tutor Perini Corporation's Building and Specialty Divisions.

"An open-book FEED with a builder of this quality is how serious industrial projects reduce the risk," said Abiassi. "Having spent years as a chief engineer and lead estimator, and having run construction organizations at scale, I know what it means to have engineering, constructability, and cost development occurring in the same room at the same time, with full transparency into the estimate. That is how you get to a price you can finance and a schedule you can hold."

Frontieras retains ownership and direction of the FASForm™ process technology. Frontieras co-founder and Chief Technology Officer Joe Witherspoon, a licensed professional engineer, serves as central project manager for the facility and directs the process design.

"FASForm™ is our technology, and it stays that way," said Joe Witherspoon, P.E., Co-Founder and Chief Technology Officer of Frontieras North America. "We own the process design and we direct it. What Kiewit brings is the engineering, constructability and cost discipline that surrounds a proprietary process — how it gets built, in what sequence, and at what cost. The organization that would build this plant is developing the cost basis alongside the design, on an open book, working toward a lump-sum proposal for the whole facility. That is a very different exercise than an engineering firm handing an estimate to a builder who had no part in producing it."

About Frontieras North America

Frontieras North America is an energy technology company commercializing FASForm™ Solid Carbon Fractionation, a process that converts coal and other hydrocarbon feedstocks into higher-value commercial products without combustion, and the Witherspoon Method™, a patent-pending process for producing ammonium sulfate fertilizer. The Company's flagship facility is under development in Mason County, West Virginia. Frontieras is headquartered in Houston, Texas.

For more information, visit www.frontieras.com.

ABOUT KIEWIT

Kiewit is one of North America's largest and most respected construction and engineering organizations. With its roots dating back to 1884, the employee-owned organization operates through a network of subsidiaries in the United States, Canada, Mexico and Guam. Kiewit offers construction and engineering services in a variety of markets including power; transportation; industrial; water; oil, gas and chemical; marine; building and mining. Kiewit had 2025 revenues of $18.2 billion and employs 34,500 staff and craft employees.

Media Contact

Nora Shepard

VP Communications,

Frontieras North America

communication@frontieras.com

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Forward-Looking Statements and Important Notices

This press release contains forward-looking statements, including statements regarding the development of the Mason County facility and the potential negotiation of an engineering, procurement and construction agreement. These statements are based on management's current expectations and are subject to significant risks and uncertainties. Actual results may differ materially.

The FEED agreement described in this release does not constitute an award of construction work. Whether the parties will enter into an engineering, procurement and construction agreement, and the terms of any such agreement, remain subject to further negotiation, and there can be no assurance that any such agreement will be reached.

This press release does not constitute an offer to sell or the solicitation of an offer to buy any securities, nor shall there be any sale of securities in any jurisdiction in which such offer, solicitation or sale would be unlawful prior to registration or qualification under the securities laws of any such jurisdiction. Any offering of securities will be made only by means of a prospectus filed with the Securities and Exchange Commission.

Forward-looking statements speak only as of the date made, and the Company undertakes no obligation to update them except as required by law.

Frontieras North America Signs LOI with Cora Terminal for Multi-Phase FASForm™ Deployment on the Mississippi River — Frontieras North America

Frontieras North America — Wed, 09 Sep 2026 05:30:34 GMT

Agreement with Cora Terminal contemplates up to two commercial FASForm™ plants on a deep-water river terminal with unit-train rail and barge access, establishing Frontieras’ third commercial site and its first in the Midwest.

HOUSTON, Sept. 9, 2026 – via IBN – Frontieras North America (“Frontieras” or the “Company”), the energy and environmental technology company commercializing FASForm™ Solid Carbon Fractionation, today announced it has entered into a Letter of Intent (“LOI”) with Cora Terminal, LLC for the phased development of FASForm™ production capacity at the Cora Terminal in Rockwood, Illinois. Cora Terminal is a joint venture between Watco Companies, LLC, and SCH Services, LLC.

The LOI establishes a defined framework for site due diligence, engineering, permitting, and the negotiation of a long-term ground lease and transportation services agreement. Under the contemplated structure, Frontieras would lease approximately 85 acres for an initial FASForm™ plant, expanding to approximately 130 acres to accommodate a second plant in a later phase. Each plant is designed to process 7,500 tons of coal feedstock per day on a continuous 24/7 basis.

At full two-plant buildout, the site would receive approximately 5.5 million net tons of coal feedstock annually by unit train and ship a slate of high-value outbound products by barge, rail, and truck — including FASCarbon™ (thermal coke), ultra-low-sulfur diesel (ULSD) and jet fuel, ammonium sulfate fertilizer, sulfuric acid, and naphtha.

Executive Statements

“Cora Terminal is a high-capacity unit train facility that has long served as a vital gateway for coal mines in the Illinois Basin and beyond to domestic and international markets through the Mississippi River. We are excited to leverage our material handling expertise and infrastructure, positioning Frontieras to realize the full value of this uniquely positioned facility and respond to evolving coal-related energy needs.”

-- John Hunt Jr., Chief Executive Officer, SCH Services

“Watco’s breadth of experience across our rail and terminal network gives us both the knowledge and capabilities to support complex projects from the ground up, as we work to fuel opportunities for customer growth and expansion. Cora Terminal is a great example of how we can leverage both Watco’s and SCH’s core strengths to build on an established, high-capacity operation, and create something with lasting benefit. We’re excited to support both Cora and Frontieras as this project moves forward.”

-- Marc B. Massoglia, Senior Vice President – Commercial, Watco Terminal & Ports

“Cora has everything FASForm needs: rail, barge, bulk handling, and Illinois Basin coal in one place, as one of the best-positioned industrial sites on the inland waterway system. Watco and SCH reliably move bulk commodities every day, so we can focus on what we do best: convert the coal."

-- Andrea Moran, Chief Commercial Officer, Frontieras North America

Why Cora?

Cora Terminal is a strategically positioned, high-capacity multimodal terminal on the Mississippi River in Rockwood, Illinois, offering year-round river access and direct connectivity for both rail and inland waterway transportation. The terminal accommodates up to four-unit trains simultaneously, features a high-capacity rotary dump capable of moving more than 4,000 tons of product per hour, and its own shifting and fleeting service on the river. This provides the throughput capacity and flexibility needed to support Frontieras’ large-scale operational requirements.

The terminal has demonstrated its ability to handle significant volumes and has the capability to move more than 11 million tons of coal annually through the facility. Its location and design help protect the terminal from both high- and low-water conditions that can restrict operations at other river terminals, allowing it to support continuous operations throughout the year.

Cora owns over 300 acres of developable land surrounding the terminal, providing Frontieras with the opportunity to establish its initial FASForm™ plant while preserving room for future growth. Much of the terminal’s existing coal and coke handling infrastructure is already in place, materially reducing the greenfield infrastructure required for the contemplated development.

The Cora project is Frontieras’ third announced commercial site, following the Company’s $850 million first commercial facility currently under construction on approximately 184 acres in Mason County, West Virginia. The two sites use the same FASForm™ plant configuration, allowing Frontieras to carry engineering, procurement and operational learning directly from Mason County into the Midwest.

The combination of established high-volume material handling capabilities, reliable year-round river access, unit-train capacity, and significant development potential makes Cora Terminal a strong platform for Frontieras’ planned Midwest expansion.

Economic Impact in Southern Illinois

A two-plant buildout at Cora would represent a significant capital investment in southern Illinois and create substantial employment across both the construction and operating phases. Construction would draw on regional building trades over a multiyear period, and each operating plant requires a permanent, round-the-clock skilled workforce — operators, maintenance technicians, instrumentation and electrical trades, and terminal personnel — alongside expanded rail and barge handling staffing at the terminal itself. Frontieras’ comparable facility under construction in Mason County, West Virginia, is projected to support approximately 2,000 construction-phase jobs and roughly 200 contract and permanent operating positions at a single-plant scale.

The project would also create durable regional demand for Illinois Basin coal, supporting mining employment across the surrounding coal-producing counties. Specific job counts and investment figures for Cora will be confirmed as engineering and site scope are finalized.

Next Steps

Under the LOI, the parties will jointly pursue state and local economic development engagement, utility and infrastructure assessment, site layout and rail design, environmental permitting, and definitive lease and transportation agreements. Frontieras will be responsible for permitting, construction, and operation of the FASForm™ plants; Cora Terminal will handle rail and barge movements, transloading, and bulk material handling.

The LOI is an expression of mutual intent and is not a binding commitment to proceed. Any binding obligations would arise only upon the negotiation and execution of definitive agreements, which remain subject to due diligence, permitting, financing, and required approvals.

“This relationship with Watco at the Cora terminal represents a significant way to expand and leverage the existing infrastructure, while elevating local job markets and stimulating the local economy. The hardworking people of this Southern Illinois community are themselves a great natural resource and we look forward to expanding abundant opportunities.”

— Matthew McKean, CEO, Frontieras North America

About the Technology

FASForm™ is Frontieras’ patented Solid Carbon Fractionation process. Rather than burning coal, FASForm™ thermally disassembles it in a reducing atmosphere through a continuous, closed-loop process, yielding FASCarbon™ (thermal coke), ultra-low-sulfur diesel (ULSD), naphtha, kerosene and jet fuel, hydrogen-rich FASGas™, sulfuric acid, and ammonium sulfate fertilizer. Because there is no combustion, the process produces no direct CO₂ emissions at the point of conversion, achieves an approximately 97% reduction in sulfur oxide emissions and effectively eliminates airborne mercury relative to conventional coal combustion, and requires no expensive catalysts. The technology is protected by an international patent portfolio spanning five continents.

# # #

About Frontieras North America

Frontieras North America is an energy and environmental technology company redefining the entire global sector of coal utilization. Through its patented FASForm™ Solid Carbon Fractionation technology, Frontieras converts coal and other hydrocarbons into clean fuels, fertilizers, and industrial chemicals through a zero-waste process. Headquartered in Houston, Texas, the Company is constructing its first commercial-scale facility in Mason County, West Virginia. Frontieras recently completed its Regulation A+ public offering. For company news, announcements, and future updates, visit frontieras.com.

Forward-Looking Statements

This press release contains forward-looking statements, including statements regarding the Company's business strategy, the commercialization of its FASForm™ technology, the development of its facility in Mason County, West Virginia, and its future growth and governance plans. These statements are based on current expectations and assumptions that are subject to risks and uncertainties, and actual results could differ materially from those expressed or implied. Factors that could cause actual results to differ include, among others, the Company's ability to successfully commercialize its technology, obtain necessary financing and regulatory approvals, attract and retain key personnel, and manage risks associated with a development-stage enterprise. The Company undertakes no obligation to update or revise any forward-looking statements, except as required by law.

Media Inquiries

Frontieras North America

Nora Shepard, VP of Communications

communication@frontieras.com

IBN.Ai
Austin, Texaswww.IBN.Ai
512.354.7000 OfficeEditor@IBN.Ai

Frontieras North America Announces Confidential Submission of Draft Registration Statement for Proposed Initial Public Offering — Frontieras North America

Frontieras North America — Thu, 03 Sep 2026 06:30:31 GMT

HOUSTON, Sept. 03, 2026 (GLOBE NEWSWIRE) -- via IBN – Frontieras North America today announced that it has confidentially submitted a draft registration statement on Form S-1 with the Securities and Exchange Commission (the "SEC") relating to the proposed initial public offering of its common stock. The number of shares to be offered and the price range for the proposed offering have not yet been determined. The proposed initial public offering is subject to the completion of the SEC review process, as well as market and other conditions.

This press release is issued pursuant to, and in accordance with, Rule 135 under the Securities Act of 1933, as amended (the "Securities Act"). This press release does not constitute an offer to sell or the solicitation of an offer to buy any securities. Any offers, solicitations or offers to buy, or any sales of securities will be made in accordance with the registration requirements of the Securities Act.

About Frontieras North America

Frontieras North America is an energy and environmental technology company commercializing FASForm™, a patented Solid Carbon Fractionation process that transforms coal and other hydrocarbons into clean-burning fuels, hydrogen, industrial carbon, and agricultural products. The company is focused on delivering abundant, affordable, and available energy through profitable, market-driven innovation.

Contact: communication@frontieras.com

Frontieras North America and Western Fuels Sign MOU to Develop Mine-Mouth FASForm™ Facility at Wyoming's Dry Fork Mine — Frontieras North America

Frontieras North America — Tue, 01 Sep 2026 06:00:33 GMT

GILLETTE, Wyo. and HOUSTON, Sept. 01, 2026 (GLOBE NEWSWIRE) -- via IBN -- Frontieras North America, Inc., the Houston-based energy and technology company commercializing its patented FASForm™ Solid Carbon Fractionation technology, and Western Fuels — comprising Western Fuels-Wyoming, Inc., owner and operator of the Dry Fork Mine, and Western Fuels Association, Inc., a not-for-profit fuel supply cooperative — today announced entry into a Memorandum of Understanding (MOU). Under the MOU, the companies intend to jointly develop a mine-mouth FASForm™ processing facility at the Dry Fork Mine near Gillette, in Campbell County, Wyoming.

The MOU establishes a framework for the parties to negotiate long-term definitive agreements covering a ground lease for a facility site at or adjacent to the Dry Fork Mine; a coal feedstock supply agreement for Wyoming sub-bituminous coal, contemplated at up to approximately 2.7 million tons per year initially and up to approximately 5.4 million tons per year at full build-out; a diesel offtake agreement under which Western Fuels would purchase ultra-low-sulfur diesel (ULSD) produced at the facility for its mining, haul, and member operations; and a logistics arrangement that could engage Western Fuels Association's rail and transportation capabilities to move FASForm's™ product streams. The agreements contemplated by the MOU are each expected to carry an initial 30-year term.

Wyoming holds a central place in Frontieras' long-term strategy. As the nation's largest coal-producing state, it is the anchor for the company's plan to scale FASForm™ technology across the West — both through standalone mine-mouth facilities and through FASGEN™, Frontieras' co-location platform that integrates FASForm™ units directly into existing coal-fired power plants. The Dry Fork Mine sits within the Gillette mine-mouth generation cluster, where more than 1,200 megawatts of coal-fired capacity operate within a few miles of the resource. A facility at Dry Fork Mine would place Frontieras at the logistical center of one of the densest coal-power corridors in the country, positioning the company to extend its co-location strategy to the coal-fired utilities that power the region — and a fast-growing share of the nation's data-center and industrial demand.

"This remarkable first step is the beginning of a journey we believe can be a lasting and extraordinarily beneficial relationship. Frontieras shares our conviction that coal has a real and lasting future, and its FASForm™ technology gives us a way to transform Dry Fork Mine production into fuels and products our members and the market genuinely needs. We are proud to take this first step together, and we are looking ahead to determine opportunities that expand this relationship across the full Western Fuels cooperative — broadly serving our member utilities and their communities while fulfilling our mission. Working alongside an entity as committed to American energy as Frontieras, we think the opportunities in front of us are substantial." — Adam Anderson, Chief Executive Officer, Western Fuels

"We could not ask for a better partner in the West than Western Fuels, and we are excited to begin building this relationship together. Wyoming produces more coal than any other state, which makes it the natural place to prove this resource can be commercialized — not just mined. A mine-mouth site at the Dry Fork Mine puts a FASForm™ facility directly on top of that feedstock — no rail, no barge, no distance between the coal and the finished fuels and products we make from it. Those are the economics that make commercialization work at scale and pairing them with Western Fuels' operational strength is exactly how we intend to grow this platform across the West.” — Andrea Moran, Chief Commercial Officer, Frontieras North America

FASForm™ does not burn coal. It disassembles coal in a reducing atmosphere through a continuous, closed-loop, zero-waste process, separating it into clean solid carbon (FASCarbon™), ultra-low-sulfur diesel, naphtha, and other high-value products. Under the MOU, FASCarbon™ produced at a Wyoming facility could be railed to WFA’s member utilities under separate commercial terms or transacted into international markets, making WFA and Frontieras a new global supplier.

“This relationship with Western Fuels is a tremendous next step for Frontieras North America. Our mission to broadly deploy across North America and the state of Wyoming allows us to unlock the true value of its great coal reserves. Western Fuels is an extraordinary organization with great leadership built upon delivering value and serving. We are a values fit and look forward to the opportunities ahead.” — Matthew McKean, Chief Executive Officer, Frontieras North America

ABOUT FRONTIERAS NORTH AMERICA

Frontieras North America is an energy and environmental technology company redefining the entire global sector of coal utilization. Through its patented FASForm™ Solid Carbon Fractionation technology, Frontieras converts coal and other hydrocarbons into clean fuels, fertilizers, and industrial chemicals through a zero-waste process. Headquartered in Houston, Texas, the company is constructing its first commercial-scale facility in Mason County, West Virginia. Frontieras holds an international patent portfolio spanning five continents. For more information, visit frontieras.com.

ABOUT WESTERN FUELS

WFA is a comprehensive and cost-effective fuel chain management organization, strengthened by collective advocacy. In addition to being a world-class producer and mining operation, WFA is a group of unparalleled logistics experts serving our membership through fuel purchases, rail car management, contract negotiations, and logistics endeavors to ensure that each member’s fuel is delivered where and when it is needed. WFA stands ready to become and transform an organization’s entire fuel and transportation department, manage any size rail fleet, or step in to provide only the services that are needed — putting economies of scale to work in all organizations, regardless of size. For more information, visit westernfuels.org.

Reservation of a ticker symbol is not a guarantee of listing on any securities exchange. Listing is subject to regulatory approval and other requirements.

Corporate Communications:

Nora Shepard, VP of Communications

communication@frontieras.com

IBN.Ai
Austin, Texas
www.IBN.Ai
512.354.7000 Office
Editor@IBN.Ai

The Four Pillars: How 16 Years Built Frontieras North America — Frontieras North America

Frontieras North America — Tue, 18 Aug 2026 17:06:09 GMT

How a Book, a Partnership, and Sixteen Years of Patience Built Frontieras North America

By Matthew McKean, Chief Executive Officer & Co-Founder • Frontieras North America

In the summer of 2009, I read a book that changed how I think about building companies.

Aftershock, by economists Robert and David Wiedemer, was a book about bubbles. Most people read it for the financial predictions. I read it for something else entirely: a framework the Wiedemer brothers laid out for understanding how major technologies achieve lasting, society-level impact. They called it S.T.E.P. Science. Technology. Economics. Politics. Four independent pillars, each one necessary, none sufficient alone. Their argument was that transformational innovations don’t fail because the science is wrong or the engineering is bad. They fail because the pillars don’t align. You can have brilliant technology that dies in hostile economics. You can have favorable economics that stall under hostile politics. The Wiedemers’ insight was structural: you have to account for all four, and you have to accept that you don’t control the timing on all of them.

I wrote that framework into the original business plan for Frontier Applied Sciences. That was 2010. Sixteen years later, on April 2, 2026, we broke ground on an $850 million commercial facility in Mason County, West Virginia, with the Governor, a United States Senator, the Secretary of State, and the President of the West Virginia Coal Association standing beside us.

Every major decision this company has made traces back to those four pillars. This is the story of how they came together.

The Meeting

I met Joe Witherspoon in the summer of 2010. Joe is a licensed Professional Engineer with a degree in Chemical and Fuels Engineering from the University of Utah and decades of engineering, design and operational experience inside the industrial plants where hydrocarbons are actually processed: Chevron, Enterprise Products, Sinclair Oil, Marathon Petroleum. He had spent his career refining and reforming fossil fuels at scale, and he had developed something I had never seen before. A process for thermally fractionating coal into multiple high-value products without burning it.

Not coal-to-liquids. Not gasification. Not combustion with bolt-on scrubbers. Joe had designed a closed-loop, continuous-flow system that disassembles coal at the molecular level in a reducing atmosphere and captures every output. The original FASForm™ design produced four known product streams: naphtha, kerosene, diesel, and a purified coke product that would become what we now call FASCarbon™. We theorized there would be additional outputs on the gas side, potentially propane, butane and other hydrocarbon gases, but we would not know the gas composition or the water-side products until we could build and run a test unit.

Joe is the inventor. He is the reason this company exists.

We filed a US provisional patent that year. In January 2011, we formally launched Frontier Applied Sciences and filed the international PCT patent declaration, initiating protection across up to 153 countries. The first pillar, Science, was established. The underlying chemistry of hydrocarbon fractionation was sound, validated by decades of refining science and by Joe’s engineering. The second pillar, Technology, had a working design and a patent claim. But we knew, even then, that two pillars were not enough.

Building In The Dark

The political environment in 2010 and 2011 was, to put it plainly, the worst possible moment to be building a coal-based technology company.

Barack Obama had told the San Francisco Chronicle’s editorial board in January 2008 that under his energy plan, anyone who wanted to build a coal-fired power plant could do so, but it would bankrupt them. He was not speaking theoretically. The EPA promulgated the Clean Power Plan, tightened Mercury and Air Toxics Standards, and pursued a regulatory architecture explicitly designed to make coal economically unviable. Between 2008 and 2016, more than 400 coal mines closed and more than 300 coal-fired power plants shuttered. 83,000 coal jobs disappeared. Peabody Energy, the world’s largest private coal company, filed for bankruptcy. The President of the United States was not quietly discouraging coal. He was publicly celebrating its decline.

This is the environment in which Joe and I spent seven years building FASForm™.

We could not raise commercial capital. No serious institutional investor was going to fund a coal-utilization technology when the sitting administration was promising to bankrupt the industry it depended on. The S.T.E.P. framework told us exactly why: the Science was valid, the Technology was advancing, the Economics were modeled, but the Politics were hostile. Three pillars standing. One missing. And the missing pillar was the one we could not control.

So we built what we could control. And we funded it ourselves.

From 2010 through mid-2017, every dollar spent on Frontier Applied Sciences came from Joe Witherspoon and me personally. Every patent filing. Every legal fee. Every hour of engineering. Every piece of fabricated equipment. The company was not ready for outside investment, and the political climate would not have supported a raise even if it had been. So we wrote the checks ourselves and kept building.

Scarcity As A Teacher

Limited capital forced us to be resourceful in ways that ultimately made the company stronger.

We could not hire large patent firms to prosecute our intellectual property, so we did it ourselves. Joe wrote the entire patent specification (detailed description), every technical claim in the patent and produced every process diagram. I wrote the historical and contextual background narrative. Our patent attorney helped assemble the filings into submittable format and guided the process, but the substance of the work was ours. When the patent office issued actions, Joe answered them, technically and in detail. He did this not once, but across nine countries on five continents, building a global IP portfolio that would eventually cover approximately 85% of the world’s coal production and half the world’s population. That is not how patent portfolios normally get built. We built it that way because we had no other option.

The same constraint applied everywhere. We could not hire consultants to study the coal markets, so we studied them ourselves. We became deeply knowledgeable about coal chemistry, natural gas economics, power generation, global commodity pricing, and the regulatory frameworks governing energy production across multiple continents. We did not acquire this knowledge because someone told us to. We acquired it because limited capital left no alternative. Every question that needed an answer, we had to answer ourselves.

When we needed to validate the technology, we faced the same choice. We considered partnering with universities and research centers in Texas. We explored those options and discovered they would charge far more than we could afford. More importantly, they did not have the expertise to understand our technology. We would have been teaching FASForm to outsiders while trying to validate it, effectively handing over proprietary knowledge during the most sensitive phase of development. So Joe designed our process demonstration unit, which I call Alfred. Joe had the overall framework and key components fabricated and procured all other equipment and instrumentation and installed it, himself. I was there and helped with my own two hands. And we built our own test unit.

We found a remote location on unincorporated land near College Station, Texas, about an hour and a half from Houston. And then, during COVID, while the rest of the world was locked down, Joe and I traveled back and forth from our homes in Arizona and Utah to run our tests. Privately. Without prying eyes. Hidden away from the world for a year. That is as close to a literal skunkworks as it gets: two founders, a test unit, and empty Texas land.

Alfred confirmed what Joe’s engineering had predicted: the liquid and solid product yields were real. It also answered the questions we could not answer on paper. We now knew the full gas, oil and water streams composition, including hydrogen and methane produced by the process, which would be consumed onsite to provide thermal heat and refining capability for hydrotreating our liquid fuels to finished specifications. We had the empirical basis for a complete product and energy profile, independently validated by laboratory analysis. The technology was no longer theoretical.

By 2018, we held US Patent No. 9,926,492 and a global intellectual property portfolio spanning five continents. Over 60,000 man-hours had been invested in technology development and validation. Seven years. No fanfare. No press releases. No stage. Just the work.

What The Delays Built

“When nothing seems to help, I go and look at a stonecutter hammering away at his rock, perhaps a hundred times without as much as a crack showing in it. Yet at the hundred and first blow it will split in two, and I know it was not that last blow that did it, but all that had gone before. ”

— Jacob Riis

The patent years were the stonecutting years. But what most people don’t realize is that the forced pause didn’t just preserve the technology. It improved it.

While the capital markets were closed to coal innovation, Joe Witherspoon kept engineering. He didn’t sit idle waiting for the politics to change. He went deeper into the process chemistry. He and our team re-engineered, modified, optimized, and expanded the original FASForm plant design. What emerged from those years of continued development was not the same technology we had patented.

Joe developed a method for recovering sulfur from the process byproducts to make sulfuric acid, turning what would have been a waste stream into an industrial chemical product. Then he went further. In 2024, he invented what we now call the Witherspoon Method: a process for converting the ammonia byproducts into ammonium sulfate fertilizer at production costs significantly below conventional methods. The company has filed international patent claims for the Witherspoon Method, which is currently patent pending.

The original FASForm design produced four known product streams. The FASForm that breaks ground in Mason County in 2026 produces six: diesel, naphtha, kerosene, purified solid carbon, sulfuric acid, and ammonium sulfate fertilizer. Every additional revenue stream that Joe engineered during the delay period makes the plant more profitable, more resilient, and more valuable. The zero-waste profile that defines Frontieras today did not exist in the original patent. It was built, one innovation at a time, during the years when the world told us coal had no future.

The political headwinds didn’t just delay us. They made us better.

The Economics Had To Stand Alone

There was a reason we built FASForm’s financial model to operate without a single dollar of government subsidy, and it was not ideological purity. It was strategic.

If you studied the S.T.E.P. framework honestly, you understood that the Politics pillar was volatile. Administrations change. Subsidies expire. Tax credits get repealed. Any technology whose economics depend on political favor is one election cycle away from irrelevance. We watched this happen to companies that thrived under favorable policy and collapsed when the credits dried up. We watched it happen to clean coal demonstration projects that burned through federal grants and produced nothing that could survive in an open market.

FASForm had to be profitable on its own terms. The structural advantage was there from the beginning: coal as a feedstock costs $2–3 per million BTUs compared to $3–15 for oil and natural gas. The United States holds approximately 249.8 billion short tons of recoverable coal reserves, the largest in the world, enough to sustain production for over 250 years at current rates. The feedstock was cheap, abundant, and domestic. The outputs, now six distinct product streams, sell into global commodity markets at prices set by supply and demand, not by regulation.

Alfred’s 12-month test run near College Station produced independently validated results. We completed FEL 1 and FEL 2 engineering. We had our products tested by the world’s largest testing laboratory, providing clarity as to what our products were and how they could be marketed.

The third pillar was standing. FASForm was engineered to be profitable at conservative commodity pricing, with no reliance on credits, mandates, or political goodwill. If the politics never turned, the economics would still work. That was the design.

The Final Pillar

And then the politics turned.

The ESG mandates that had dominated institutional capital allocation for a decade collapsed under the weight of their own contradictions. European deindustrialization accelerated as energy costs soared. AI and data center demand created an electricity consumption surge that wind and solar could not serve at scale. The Department of Energy projected data centers would reach 6.7 to 12 percent of total US electricity demand by 2028. The IEA projected natural gas and coal would supply over 40% of the incremental power required.

West Virginia passed the Advanced Baseload Act, creating a 20% investment tax credit for 20 years for new baseload energy facilities. The state enacted expedited permitting with 45-day certification windows. The Governor committed $4.2 billion under the “50 by 50 Plan.” The federal government allocated $175 million in DOE Modernization Grants.

In 2021, we established Frontieras North America as the commercial vehicle for FASForm’s deployment in the United States and Canada. In January 2026, we closed on 183 acres in Mason County, West Virginia. On April 2, 2026, Governor Patrick Morrisey, Senator Shelley Moore Capito, Secretary of State Kris Warner, and West Virginia Coal Association President Chris Hamilton joined us at the groundbreaking ceremony for the first commercial FASForm™ facility.

The fourth pillar was in place.

I said something at that ceremony that I had been thinking about for sixteen years: We are not just breaking ground on a project. We are breaking ground on an industry.

I meant it. FASForm is not a single plant. It is a platform. FASGEN™, our co-location technology, is designed to integrate with the more than 200 existing coal-fired power plants operating across the United States, converting them from single-output combustion facilities into multi-product energy hubs. The Mason County facility is the first proof point. The coal fleet modernization is the horizon.

What Patience Earns

Robert and David Wiedemer wrote a framework about economic forces and the conditions required for transformational change. I took that framework and applied it to the most fundamental industry on earth. Science, Technology, Economics, and Politics. You need all four. You cannot rush the ones you don’t control. And you must not stop building the ones you do.

Joe Witherspoon and I have been partners since 2010. We have spent sixteen years building a patented, validated, globally protected, zero-waste technology platform that converts America’s most abundant energy resource into the fuels, chemicals, fertilizers, and materials that civilization runs on. We built the science. We proved the technology. We engineered the economics to stand without subsidy. And we waited, with discipline, for the politics to arrive.

They arrived. Now we build.

Abundant, affordable, and available energy for all.

Matthew McKean

CEO & Co-Founder, Frontieras North America

Frontieras North America Selects Yokogawa as Main Automation Contractor for Mason County Facility — Frontieras North America

Frontieras North America — Tue, 11 Aug 2026 06:00:52 GMT

Bringing deep process control expertise to one of America’s most ambitious hydrocarbon conversion projects.

Frontieras North America ("Frontieras") and Yokogawa Corporation of America (“Yokogawa”), a subsidiary of global industrial automation leader Yokogawa Electric Corporation, announce the selection of Yokogawa as the main automation contractor (MAC) for Frontieras' first commercial-scale FASform™ Solid Carbon Fractionation facility in Mason County, West Virginia.

The designation formalizes an engineering relationship developed directly between Frontieras' technical leadership and Yokogawa's project team. As MAC, Yokogawa will assume full accountability for the facility's automation and control infrastructure, encompassing process control systems, safety instrumented systems, analytical instrumentation, cybersecurity architecture, and advanced digital operations solutions across the plant lifecycle.

The Mason County facility is designed to process 2.7 million tons of coal per year using Frontieras' patented FASForm™ Solid Carbon Fractionation technology—a zero-waste, non-combustion process that converts coal into refined liquid fuels, FASCarbon™ solid fuel, hydrogen, ammonium sulfate fertilizer, and industrial chemicals.

As MAC, Yokogawa's scope encompasses the full automation lifecycle of the Mason County facility, from front end engineering design through commissioning and startup. The MAC scope includes instrumentation and analytical systems, production control system and safety instrumented system design, cybersecurity architecture compliant with IEC 62443-SL2 standards, control room design, and advanced digital solutions including plant historian, operator training systems, and asset management platforms.

Matthew McKean, Chairman, CEO and Co-Founder, Frontieras North America with Kevin McMillen,President and CEO, Yokogawa Corporation of America, and Corporate Officer, Yokogawa Electric Corporation

Joseph Witherspoon CTO and Co-Founder, Frontieras North America with Kevin McMillen, President and CEO, Yokogawa Corporation of America, and Corporate Officer, Yokogawa Electric Corporation

The Mason County facility broke ground on April 2, 2026. The $850 million facility is estimated by the West Virginia Department of Economic Development to contribute approximately 3% incremental GDP impact to the state. The project is expected to create approximately 2,000 construction-phase jobs and 200 permanent operational positions upon full commissioning.

Executive Statements

“We are honored to have Yokogawa as the MAC for Frontieras North America. Yokogawa offers the industry’s best-in-class fully integrated process control and safety systems through their CENTUM VP distributed control system, a truly reliable and robust system and a perfect fit for Frontieras’ first-of-a-kind technology and processing facility in Mason County, WV. Yokogawa’s expertise in the process control, analyzer and cybersecurity space is exactly what Frontieras North America requires.”

- Joseph Witherspoon, P.E., CTO and Co-Founder, Frontieras North America

“Frontieras has spent many years cultivating this relationship, knowing that Yokogawa had the perfect technology, built upon its 110-year history. We needed a partner that could be the stand-by technology for what we expect to be a broad North American deployment. Yokogawa is that company.”

- Matthew McKean, CEO and Co-Founder, Frontieras North America

“This project represents an important step forward in bringing first-of-kind industrial technology to commercial scale. Yokogawa is proud to support Frontieras North America with the integrated automation, safety, analytical, and digital solutions needed to help establish a secure, efficient, and reliable operating environment from day one.”

- Kevin McMillen, President and CEO, Yokogawa Corporation of America, and Corporate Officer, Yokogawa Electric Corporation

About the Technology

FASForm™ Solid Carbon Fractionation does not burn coal. The technology operates in a reducing atmosphere, thermally disassembling hydrocarbons into multiple output streams simultaneously: ultra-low sulfur diesel (ULSD), naphtha, jet fuel, FASCarbon™, hydrogen, ammonium sulfate fertilizer, and sulfuric acid. The process is closed-loop and zero-waste. No combustion occurs during fractionation, and all byproducts are either used or monetized.

The technology is protected by U.S. Patent No. 9,926,492 and a global patent portfolio spanning nine of the world's largest coal-producing countries, covering approximately 85% of global coal production capacity.

About Frontieras North America

Frontieras North America is an energy and environmental technology company redefining the entire global sector of coal utilization. Through its patented FASForm™ Solid Carbon Fractionation technology, Frontieras converts coal and other hydrocarbons into clean fuels, fertilizers, and industrial chemicals through a closed-loop, zero-waste process. Headquartered in Houston, Texas, the company is constructing its first commercial-scale facility in Mason County, West Virginia. Frontieras holds an international patent portfolio spanning five continents. For more information, visit frontieras.com.

About Yokogawa

Yokogawa provides advanced solutions in the areas of measurement, control, and information to customers across a broad range of industries, including energy, chemicals, materials, pharmaceuticals, and food. Yokogawa addresses customer issues regarding the optimization of production, assets, and the supply chain with the effective application of digital technologies, enabling the transition to autonomous operations. Founded in Tokyo in 1915, Yokogawa continues to work toward a sustainable society through its 18,000+ employees in a global network of 136 companies spanning 63 countries. For more information, visit www.yokogawa.com.

Yokogawa Corporation of America is a wholly owned subsidiary of Yokogawa Electric Corporation. Established in 1957, the business is headquartered in Houston, Texas and supported by other domestic manufacturing and service locations across the U.S, Canada and Mexico. For more information, visit www.yokogawa.com/us.

The names of corporations, organizations, products, services, and logos herein are either registered trademarks or trademarks of Frontieras North America, Yokogawa Electric Corporation, or their respective holders.

Media Enquiries

Frontieras North America

Nora Shepard, VP of Communications; communication@frontieras.com

Yokogawa Corporation of America

Christie Cronje, PR and Corporate Communications Manager; Christie.cronje@yokogawa.com

Frontieras Is Building a Headquarters in the Energy Capital of the World — Frontieras North America

Frontieras North America — Tue, 04 Aug 2026 04:00:14 GMT

And how Houston got that name in the first place.

By Frontieras North America‍

Design concepts for our Houston headquarters. Final buildout may vary.

Frontieras North America is building its corporate headquarters in Houston, in Energy Tower IV in the Energy Corridor, with a grand opening later this year.

Capital, engineering talent, offtake desks, EPC firms, and the people who finance and build the world's largest energy projects all converge in the same few square miles. If you are serious about energy at industrial scale, that city is where the decisions get made, and you either have a place there or don’t. Frontieras now has one. Our space is being built for the conversations that decide things—diligence, offtake, engineering, and the long-horizon capital that funds industrial infrastructure. These are the kinds of meetings that need to happen across a table instead of a screen.

Here is the part most people never think about: there is no oil under Houston. There's no coal either. The city known as the energy capital of the world is not sitting on top of anything, and it never was.

That’s the most interesting thing about Houston, and it’s why we’re going there.

We Don't Mine Coal. We Take It Apart.

Coal companies typically headquarter near the seam, because their business is getting the resource out of the ground and onto a train. But that’s never been our business.

Frontieras commercializes FASForm™ Solid Carbon Fractionation, a patented process that disassembles coal rather than burns it. Coal enters a single-stage, oxygen-deficient reactor, and what comes out the other side is six separate revenue streams: diesel, naphtha, jet fuel, FASCarbon™, ammonium sulfate fertilizer, and sulfuric acid. The technology is protected by patents granted in nine countries across five continents, covering roughly 84% of global coal reserves and 91% of global production. Coal’s value was always locked inside the rock; the industry simply never had a way to get at it without setting it on fire first.

That makes Frontieras a hydrocarbon processing company whose feedstock happens to be coal. And processing companies live in Houston, next to the engineers who design their facilities, the firms that build and operate them, and the desks that buy what comes out.

The first FASForm™ facility is actively advancing toward construction in Mason County, West Virginia, but it won't be the last. The plants go where the coal is, and the headquarters goes where the decisions get made.

"Houston is the capital of global energy, and a company built to change how the world uses its most abundant hydrocarbon resource belongs here. When we open our doors, we're not visiting the energy community—we're part of it."

— Matthew McKean, Chairman, CEO, and Co-Founder

Energy Tower IV in the Energy Corridor

The Office Is the Technology, Told in Architecture

Walk in and the first thing you’ll see is the halo—an illuminated ring suspended above the reception floor that echoes the geometry of the FASForm™ reactor and the mark at the center of our logo. On the wall, the process itself is drawn in light: feedstock in, six products out. Across from it, in bold letters you can read from the elevator, the promise the whole company is built on: Abundant. Affordable. Available.

The palette is deliberately dark and warm, with walnut, charcoal, brushed metal, and amber. It is not climate-tech pastel, and it is not a coal company's dusty back office. It reads the way the company reads: industrial, confident, and unapologetic.

This office will be where strategic partners, engineering firms, offtakers, and institutional investors will go to meet the team, changing how the world gets value out of coal.

More design concepts for our Houston headquarters. Final buildout may vary.

How Houston Got Its Nickname

Which brings us back to the strange fact underneath all of this. Houston has no oil, and it never did.

Two brothers founded Houston in 1836 on a bend of Buffalo Bayou, at the last point a boat could reach, and for the next sixty years that was roughly the extent of its advantage. The American Society of Civil Engineers describes the original waterway as swampy, marshy, and choked with vegetation, passable by shallow-draft boats and nothing larger. Galveston, fifty miles downstream, had the actual harbor. Houston had cotton, mud, and a few hundred people.

Then four months in 1900 and 1901 changed everything.

Houston Main St. 1856

September 1900. A hurricane struck Galveston and killed somewhere between 6,000 and 12,000 people, still the deadliest natural disaster in American history. The region's deepwater port, thought to be its strength, proved to be its biggest vulnerability. The argument for a harbor somewhere inland, upstream, and behind cover no longer had to be made.

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January 1901. A well came in at a salt dome outside Beaumont, ninety miles east. It threw oil more than a hundred feet in the air at a rate of roughly 100,000 barrels a day and ran for nine days before anyone could cap it. Spindletop turned Texas into an oil state overnight, its own liquid gold rush, and within months hundreds of companies had formed to chase it. Houston had none of the oil. What it had was the nearest set of rail connections, warehouses, and wharves to a boom that suddenly needed all three.

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1908–1914. The Texas Company—later Texaco—moved its general offices from Beaumont to Houston in 1908, and other firms followed, but the constraint was still the bayou. In 1909, Harris County formed a navigation district and issued bonds to cover half the cost of dredging a deepwater channel; Congress matched the rest. Crews spent two years cutting fifty miles of channel through bayou and bay. The work finished on September 7, 1914, and on November 10 the Houston Ship Channel opened to ocean-going vessels at twenty-five feet deep.

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1919–1930. Almost nothing stood on the channel's banks when it opened. Humble Oil & Refining sold half its stock to Standard Oil of New Jersey to finance a refinery, broke ground in the fall of 1919, and ran the first oil into a still on May 11, 1920. That site still operates today as ExxonMobil's Baytown complex. By 1930 eight refiners had been built along the channel. Engineers followed the refiners, capital followed the engineers, and the trading desks followed the capital.

A century later, the concentration is hard to overstate. ExxonMobil, Chevron, Phillips 66, ConocoPhillips, Occidental, Halliburton, Baker Hughes, Kinder Morgan, and Cheniere are all headquartered in the Houston area, part of twenty-seven Fortune 500 companies based there, tied with Chicago for second in the country behind only New York. The Greater Houston Partnership counts roughly 4,200 energy-related firms across the region, and the Energy Corridor, a seven-mile stretch of Interstate 10 on the west side of the city, holds more corporate energy offices than any comparable district on earth. The capital that funds energy infrastructure at scale is concentrated in a few square miles, and it does not travel well.

None of this was geology or guaranteed to happen. Houston became the energy capital of the world because it decided to be one and dug fifty miles of channel to make it true.

The oil is still somewhere else, but the decisions are in Houston.

Houston Ship Channel, 1946. Courtesy of the University of Houston.

Where You Dig and Where You Decide

Houston has been running on that split since 1901. The oil came out of the ground ninety miles east; the decisions about it were made here.

Frontieras is built the same way. Our facilities go where the coal is—the first is in West Virginia, and there will be others. Houston is where the decisions about all of them will get made. Where an offtake conversation gets finished. Where a sovereign or institutional investor sits down for diligence. Where the firms that engineer, construct, and operate our plants are a short drive away instead of a flight.

One headquarters. Many plants. Most of the coal sector only ever had the plants. Plenty of energy companies only ever had the first. The businesses that actually build things have both.

There is still no oil under Houston, but that was never the point.

Norman Borlaug Fed a Billion People. We're Applying His Lesson to Coal. — Frontieras North America

Frontieras North America — Tue, 21 Jul 2026 16:31:42 GMT

Norman Borlaug fed a billion people by refusing to accept that wheat was a fixed resource. Frontieras is doing the same with coal.

By Matthew T. McKean

In 1986, my high school in Eastern Washington hosted a statewide science symposium. I was working in the school library at the time, encouraged by a guidance counselor who had recognized something in me before I recognized it myself: an affinity for research and learning. When the list of speakers came through, I did what had become a habit. I pulled books on every one of them and read everything I could find before they arrived.

One of the speakers was Paul Ehrlich.

Ehrlich had published The Population Bomb in 1968 and declared the fight to feed humanity over. Hundreds of millions would starve in the coming decade, he wrote, regardless of any crash program to stop it. The math was settled. Population was growing exponentially, food production was not, and the only responsible course of action was triage: decide which nations could still be saved and let the rest collapse. By 1986, nearly two decades later, almost every forecast in that book had failed. The great famines never came. The mass die-offs never materialized. The world's population had grown by billions, and global caloric production had outpaced it. I was a high school student, and even I could see that the record did not support the reputation. I could not reconcile how this man was still being presented as an authority on anything.

What I did not know yet, sitting in that library, was why Ehrlich had been so spectacularly wrong. The answer was a man named Norman Borlaug.

While Ehrlich was writing about the inevitability of famine, Borlaug had spent two decades in Mexico developing semi-dwarf wheat varieties that could support heavier grain heads without breaking their stalks. Shorter, stronger stems. Higher yields per acre. Resistance to the rust diseases that had devastated harvests across three continents. When India and Pakistan imported his seed stock in the mid-1960s, wheat production in those countries nearly doubled in five years. Mexico, which had been importing grain when Borlaug arrived in 1944, became a net wheat exporter by 1956. By the time Ehrlich's book hit bestseller lists, the Green Revolution was already underway, and the great famine never came.

Borlaug received the Nobel Peace Prize in 1970. He is credited with saving over a billion lives. And the lesson of his career, distilled to a single sentence, is this: scarcity is almost never a resource problem. It is an engineering problem.

The Malthusian Instinct

The Ehrlich prediction failed because it rested on a fixed-resource assumption. The planet had a certain number of arable acres, those acres produced a certain number of calories, and the only variable was how many mouths were trying to eat. When the mouths outnumbered the calories, collapse was inevitable. This is the Malthusian instinct: when you see scarcity, count what you have and ration it.

Borlaug rejected the premise. He understood that the constraint was not land but yield. The same acre that produced twenty bushels of wheat under traditional methods could produce sixty with the right genetics, the right cultivation techniques, and the right inputs. He did not discover new farmland. He unlocked the latent productive capacity of farmland that already existed.

This distinction matters because the Malthusian instinct did not die with Ehrlich's credibility. It simply migrated to a new resource.

Today, the same intellectual framework that declared food production a closed system now declares energy a closed system. The fossil fuel reserves under our feet are treated as liabilities rather than assets. The prevailing policy consensus, at least until very recently, has been to restrict supply, constrain access, and manage the decline of hydrocarbon energy in favor of alternatives that cannot yet deliver baseload power at industrial scale. The experts count the molecules and the emissions and conclude the math is fatal. And once again, the math is wrong, because it assumes a fixed relationship between the resource and the output.

Coal’s Borlaug Moment

For more than a century, the world has had one primary use for coal: burn it. The entire infrastructure of coal utilization, from mine to power plant to smokestack, is designed around combustion. And combustion is an extraordinarily crude way to extract value from one of the most molecularly complex hydrocarbons on earth. Burning coal is the energy equivalent of grinding wheat into dust and throwing it on a fire for heat. You get something out of it, but you destroy almost everything the raw material actually contains.

FASForm™, the Solid Carbon Fractionation technology developed by my co-founder and CTO Joe Witherspoon, does not burn coal. It disassembles it. Operating in a reducing atmosphere through a continuous, closed-loop process, FASForm thermally cracks coal at the molecular level and separates it into multiple high-value product streams: ultra-low-sulfur diesel, naphtha, purified solid carbon (FASCarbon™), hydrogen, industrial chemicals, and ammonium sulfate fertilizer. One feedstock in, six products out. No combustion. No waste.

The parallel to Borlaug is structural, not metaphorical. Borlaug looked at wheat and saw an engineering problem: how do you extract more nutritional output from the same acre of farmland? His dwarf varieties did not cost more per calorie produced. They produced more calories per unit of input. The economics were not imposed from outside through subsidies or mandates. They were unlocked from within the resource itself. Joe Witherspoon looked at coal and saw the same kind of problem, and arrived at the same kind of answer. FASForm does not add cost to coal. It unlocks the economic value that combustion has been destroying for over a century. One ton of coal, processed through FASForm, yields approximately 2.3 barrels of liquid fuels, 0.6 tons of purified solid carbon, hydrogen, industrial chemicals, and fertilizer. That value was always inside the coal. The process simply releases it.

And in both cases, the establishment consensus said it could not be done. The agricultural scientists of the 1950s told Borlaug that shuttle breeding across different climatic zones was theoretically unsound. He did it anyway, and it cut his development timeline in half. The energy establishment has spent decades telling the world that coal is a dying industry with no future beyond the boiler. We are proving otherwise, on 184 acres in Mason County, West Virginia, where an $850 million commercial facility held its ceremonial groundbreaking on April 2, 2026.

The Fertilizer Connection

There is a detail in the Borlaug story that most people overlook, and it happens to be the detail that makes this comparison more than an analogy.

Borlaug's dwarf wheat varieties were engineered to produce dramatically higher yields per acre. But those yields were only achievable with dramatically higher fertilizer inputs. The Green Revolution was not just a seed revolution; it was a fertilizer revolution. Without synthetic nitrogen and sulfate-based fertilizers delivered at scale, the new wheat varieties could not express their genetic potential. The seeds were the breakthrough, but fertilizer was the infrastructure that made the breakthrough operational.

FASForm produces ammonium sulfate fertilizer as one of its six output streams.

This is not a coincidence we manufactured for rhetorical purposes. The Witherspoon Method, Joe's process for converting volatile byproducts into ammonium sulfate — currently patent pending with the United States Patent and Trademark Office — was designed to capture and monetize what conventional coal processing discards as waste. That is the critical economic insight: conventional combustion treats these byproducts as disposal problems, which incur cost. FASForm treats them as product streams, which generate revenue. The fertilizer is not an expense added to the process. It is value liberated from the feedstock. And that value flows directly into the same agricultural system that Borlaug built. The technology that redefines coal also feeds the food system that feeds the world.

The global fertilizer market is projected to reach $283 billion by 2033. It is a market defined by geopolitical concentration, supply chain fragility, and rising input costs. Conventional fertilizer production requires dedicated facilities, purpose-built infrastructure, and enormous capital expenditure. We did not build a fertilizer plant. We built a fractionation platform, and fertilizer is one of the things it unlocks. That is the difference between a technology that incurs cost and a technology that unlocks economic potential. FASForm does the latter, across every product stream, from every ton of coal it processes.

The Abundance Thesis

The United States holds approximately 250 billion short tons of recoverable coal reserves, the largest in the world, enough to sustain production for over 250 years at current consumption rates. This is not a liability. It is the largest untapped molecular inventory on earth.

Under the old model, where coal's only use case is combustion, the environmental and economic arguments against continued extraction have a certain internal logic. If all you can do with coal is burn it, then the externalities of burning it are the only framework for evaluating it. But FASForm breaks that framework entirely. When you fractionate coal instead of combusting it, you eliminate the emissions profile that justified the policy assault on the industry in the first place. No combustion means no direct CO₂ emissions from the process. A 97% reduction in sulfur oxide emissions. Complete elimination of airborne mercury.

And here is the economic point that matters most: these environmental improvements are not achieved by adding expensive mitigation systems on top of a combustion process. There are no scrubbers, no carbon capture bolt-ons, no compliance costs layered onto thin margins. The emissions disappear because the combustion disappears. The economics improve because the outputs multiply. Coal at $2–3 per MMBtu in, six high-value product streams out, serving transportation, agriculture, steel manufacturing, hydrogen, and chemical markets simultaneously. FASForm does not clean up coal at a cost. It revalues coal at a profit.

This is not a compromise with the energy transition. It is a different thesis altogether. The transition away from coal was premised on the assumption that coal's only destiny was the boiler, and that cleaning up the boiler would always cost more than it was worth. FASForm eliminates both the boiler and the cost structure that made coal politically indefensible. Remove those assumptions, and 250 years of domestic reserves become the foundation of American energy independence, industrial competitiveness, and national security for generations.

Borlaug understood this at a civilizational level. In a world panicking over scarcity, he saw abundance locked inside a resource everyone else had written off. He did not argue with the pessimists. He went to the lab, engineered a solution, and let the harvest speak for itself. India and Pakistan did not need fewer people. They needed better wheat. And the world does not need less coal. It needs a better process for extracting what coal actually contains.

From New Field to Existing Ones

There is one more dimension to the Borlaug parallel that bears directly on where Frontieras is headed.

Borlaug's revolution did not require new farmland. That was the entire point. His dwarf wheat varieties were designed to transform the productivity of land already under cultivation. Existing farms, existing irrigation, existing labor forces. The infrastructure was in place. What changed was the seed and the method. The result was that millions of acres of farmland already in service across Mexico, India, and Pakistan were suddenly producing two and three times their historical output, without a single new acre cleared.

FASGEN™ applies the same logic to America's existing coal fleet.

There are more than 200 operational coal-fired power plants in the United States, representing approximately 90 gigawatts of installed capacity. Over 40% are scheduled for retirement by 2030. These are not obsolete facilities. They are industrial infrastructure with rail access, water access, grid interconnections, trained workforces, and decades of remaining useful life. What makes them politically and economically vulnerable is not the plant itself. It is the process: raw coal combustion, with all the emissions, compliance costs, and single-output economics that combustion entails.

FASGEN is a co-located platform that integrates FASForm technology into these existing plants. It upgrades coal before combustion, converting a single-output power station into a multi-output energy hub producing FASCarbon, liquid fuels, hydrogen, and industrial chemicals alongside cleaner power generation. The plant stays open. The jobs stay. The grid stays stable. And the economics are transformed, because the facility is no longer selling one product into one market on thin margins. It is selling six products into six markets, from the same feedstock, through the same gate.

This is not a retrofit that adds cost to a dying asset. It is a technology integration that unlocks new revenue from existing infrastructure. Borlaug did not tell Indian farmers to abandon their fields and start over somewhere else. He gave them better seed for the fields they already had. FASGEN gives American coal plants a better process for the infrastructure they already own. The scale of that opportunity, across 200-plus facilities in dozens of states, is what makes FASGEN not just a technology play but a national industrial strategy.

Engineering Over Ideology

The deeper lesson of Borlaug's life is that scarcity narratives are almost always a failure of engineering, not a failure of resources. The Malthusians of the 1960s looked at population curves and food production curves and saw a civilization-ending collision. Borlaug looked at the same data and saw a design challenge. He was right, and a billion people are alive because of it.

I came to this conviction through my own reading, long before Frontieras existed. That afternoon in my high school library, researching Ehrlich and finding a man whose predictions had collapsed under the weight of reality, planted a question I carried for years: if the scarcity thesis was wrong about food, where else was it wrong?

Borlaug's story stayed with me for a reason beyond intellectual curiosity. I grew up in the agricultural world of Eastern Washington, and I went on to study human nutritional science as a pre-med undergraduate. The Green Revolution was not an abstraction in that context. It was the reason global food systems worked at the scale they did. I understood what Borlaug had accomplished at the molecular level: engineering a plant to express more of its genetic potential, and then pairing it with the right inputs to realize that potential in the field. Years later, when I met Joe Witherspoon and he explained what he had engineered with coal — disassembling a hydrocarbon at the molecular level to release its full range of embedded value — I recognized the pattern immediately. It was Borlaug's insight applied to a different feedstock. The resource was not the constraint. The process was.

I found the theoretical framework for that instinct in college, when I read Unlimited Wealth: The Theory and Practice of Economic Alchemy by Paul Zane Pilzer. Published in 1990, the book was an inversion of everything classical economics teaches. Pilzer was a Wharton-trained economist who had served as an advisor in two presidential administrations, and his central argument was that orthodox economics had built its entire framework on a false premise. Traditional economics begins with scarcity: the earth contains a fixed supply of resources, and the function of economic systems is to allocate them. Pilzer rejected that premise entirely. He proposed what he called Economic Alchemy, expressed in a simple equation: W = P × Tn. Wealth equals Physical Resources multiplied by Technology, and Technology has an exponential multiplier effect on itself. In Pilzer's framework, a society's wealth is not constrained by the quantity of its physical resources. It is constrained by the gap between the technology available and the technology actually being applied to those resources. Technology does not manage scarcity. It eliminates it.

That idea restructured the way I think about everything Frontieras does. Coal is not scarce. It is the most abundant hydrocarbon reserve in the United States, enough to last 250 years. What has been scarce is the technology to extract its full molecular value. The gap between what coal contains and what combustion captures is enormous, and that gap is not a problem. It is an economic opportunity of historic proportion. FASForm closes that gap. It applies a fundamentally new process to an existing physical resource and multiplies the wealth it generates. Pilzer would recognize the pattern immediately: the resource did not change. The technology changed. And the technology changed everything.

Borlaug lived that thesis before Pilzer ever wrote it down. He looked at wheat and saw a technology gap between what the crop was producing and what it was capable of producing. He closed that gap with better genetics and better agronomy, and the result was the largest increase in agricultural output in human history. Frontieras is closing the same kind of gap with coal, and the implications are no less significant.

The connection runs deeper than philosophy. When we conducted the 12-month pilot validation of FASForm technology, we did it at a demonstration unit near College Station, Texas — home to Texas A&M University, where Borlaug spent the final 25 years of his career as a Distinguished Professor, and where the Norman Borlaug Institute for International Agriculture carries on his work today. I will not pretend that was anything other than coincidence. But spending months testing our technology within miles of the institution Borlaug built gave me time to think more deeply about the parallel. Borlaug engineered a way to unlock the latent value inside the world's most abundant grain crop. Joe Witherspoon engineered a way to unlock the latent value inside the world's most abundant hydrocarbon. Both men saw molecules where the rest of the world saw limits. The proximity made that comparison impossible to ignore.

We face a version of the same collision today that Borlaug faced in the 1960s. Global energy demand is accelerating, driven by industrialization, population growth, and the computational infrastructure required by artificial intelligence and advanced manufacturing. The policy consensus of the past two decades was to meet that demand by restricting proven energy sources and subsidizing unproven ones. It did not work. Europe's experiment with aggressive decarbonization has produced deindustrialization, energy poverty, and strategic dependency. The developing world, which needs cheap, dense, reliable energy more than anyone, has been told to wait for technologies that do not yet exist at scale.

Frontieras exists because we believe the answer to energy scarcity is the same as the answer to food scarcity: not rationing, but engineering. Not ideology, but ingenuity. Not adding cost to a broken process, but unlocking the economics that were always inside the resource. The coal beneath our feet is not a relic of an industrial past. It is the raw material for an industrial future, waiting for the right technology to release its full value.

We do. It is called FASForm. It is patented across five continents. It has been validated through a 12-month pilot program and over 60,000 man-hours of engineering. And it is now actively advancing toward construction at commercial scale in Mason County, West Virginia.

Norman Borlaug fed a billion people by refusing to accept that the world's most abundant grain crop was performing at its maximum potential. He saw molecules where others saw limits. He engineered abundance from a resource the experts had written off.

We are doing the same thing with coal. And when the first barrel of ultra-low-sulfur diesel rolls off the line in Mason County, we intend for the world to understand that the next great resource revolution was never about finding something new. It was about seeing what was already there.

Abundant, affordable, and available energy for all.

Matthew T. McKean

Chief Executive Officer | Frontieras North America

Frontieras North America Appoints Rachael Crump to Board of Directors — Frontieras North America

Frontieras North America — Thu, 16 Jul 2026 06:00:36 GMT

Fortune 500 chief accounting officer to chair Frontieras North America’s Audit Committee, bringing more than 25 years of expertise in financial governance, SEC reporting, and audit oversight

HOUSTON, July 16, 2026 -- via IBN – Frontieras North America, Inc. ("Frontieras" or the "Company"), an energy and environmental technology company commercializing its patented FASForm™ Solid Carbon Fractionation process, today announced the appointment of Rachael Crump to its Board of Directors. Crump, a certified public accountant and NACD Directorship Certified board member, brings to Frontieras more than 25 years of financial leadership across Fortune 500 and high-growth organizations as the Company advances commercialization of its first FASForm™ facility in Mason County, West Virginia. Crump will serve as chair of the Board’s Audit Committee. Her appointment expands the Frontieras Board of Directors to seven members, four of whom are independent.

"Rachael’s seat on our board was built with intent," said Matthew McKean, chairman, CEO, and co-founder of Frontieras. "As chair of our Audit Committee, she brings deep expertise in financial reporting, audit oversight and SEC compliance[FDBR1] — a career spent inside the audit process, from Ernst & Young to Fortune 500 financial leadership, along with years of direct participation in quarterly analyst calls. Her appointment also brings our board to seven directors, four of whom are independent. This appointment reflects our ongoing commitment to strong corporate governance,[FDBR2] and we are honored to welcome her."

Rachael Crump is chief accounting officer of Insight Enterprises, Inc. (“Insight”), a Fortune 500 IT solutions integrator with more than $8 billion in annual revenue, where she leads global accounting, financial reporting, consolidation, compliance, and corporate FP&A across 19 countries. During her tenure, she has led finance diligence and integration for 12 global acquisitions and contributed to the organization’s growth from $4 billion in[FDBR3] revenue. She also serves as Audit Committee Executive Liaison to the Insight Board of Directors.

Prior to Insight, Crump spent a decade at Amkor Technology, a global semiconductor manufacturer, where she oversaw global accounting policies, compliance, and audit readiness across SEC, SOX, and IFRS frameworks. Her earlier career includes serving as Corporate Controller of MedAire, Inc., where she led SEC registration and SOX readiness and served as interim CFO, and financial leadership roles at Best Software, a Sage Group subsidiary. She began her career at Ernst & Young, LLP, auditing technology-sector IPO clients.

Crump is a Certified Public Accountant, Chartered Global Management Accountant, and Certified Information Technology Professional, and holds the NACD Directorship Certification. She served as Chair of the Arizona Society of CPAs from 2022 to 2023, and was named one of the Top 50 Women Leaders in Finance by Women We Admire. She holds a BBA in Accounting from the University of Wisconsin–Whitewater and completed the Thayer Executive Leadership Program at the U.S. Military Academy at West Point.

“I’m excited and honored to join the Frontieras Board of Directors and serve as Audit Committee chair during this pivotal stage of the Company's growth,” Crump said. “Frontieras is pursuing an ambitious vision supported by innovative technology and an experienced leadership team. I look forward to working with my fellow directors and management to help strengthen the Company's governance, financial oversight, and transparency while supporting disciplined execution and long-term value creation for shareholders.”

About Frontieras North America

For more information, visit: www.frontieras.com

Forward-Looking Statements

Contact: communication@frontieras.com

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