Alaska Energy Watch Juneau, Alaska  ·  Special Session  ·  May 28, 2026

Nobody Has Done the Math on Valdez.
Here's Why That's a Problem.

The legislature is in special session debating billions in tax breaks for a project with unknown real costs. A cheaper alternative — with a prior FERC approval, existing deep-water infrastructure, and a floating liquefaction solution — has never received a serious cost comparison. The legislature is about to vote anyway.

Investigative · Alaska LNG · May 28, 2026

The Nikiski terminus was chosen in 2013 by oil companies that have since left the project. The alternative that should be on the table has been dismissed in a single page of a 3,800-page document. The condensate already goes to Valdez. The supertankers already go to Valdez. The floating liquefaction technology exists. Nobody has priced it. The legislature is being asked to vote anyway.

The Route Nobody Wants to Talk About

The Nikiski route for Alaska LNG leaves the Trans-Alaska Pipeline System corridor at Livengood — north of Fairbanks — and swings southwest through a new corridor that includes terrain adjacent to Denali National Park, down the Parks Highway, across the Beluga flats, and then 27 to 29 miles underwater across Cook Inlet before reaching Nikiski on the Kenai Peninsula.

That underwater crossing is not a minor engineering detail. Pipe sections would require up to six inches of concrete coating to hold them against Cook Inlet's 4-to-6-knot currents and 25-foot tidal range. Each 40-foot section would weigh up to 33 tons. The inlet contains 40-foot boulders, 15-foot sand waves, beluga whale critical habitat, and some of the most turbulent water in North America. When a Hilcorp pipeline leaked in Cook Inlet, repairs were delayed for weeks by sea ice — a fact the City of Valdez specifically cited in its FERC filings.

The Valdez alternative follows the existing TAPS corridor the entire way from Prudhoe Bay to tidewater — through an already-permitted, already-disturbed utility corridor — and terminates at Anderson Bay near the existing Valdez Marine Terminal, where supertankers carrying North Slope crude already navigate deep, ice-free water every day.

Factor	Nikiski Route	Valdez Route
Departure from TAPS corridor	At Livengood — ~400 miles from Prudhoe Bay	Never — follows TAPS entire route
New undeveloped right-of-way	~196 miles through undeveloped terrain	Minimal — existing corridor
Subsea crossing	27–29 miles across Cook Inlet	None
Subsea crossing risk	Beluga critical habitat, 40-ft boulders, extreme currents, sea ice repair risk	Eliminated entirely
Denali National Park	Passes through or adjacent	Avoided — follows Richardson corridor
Existing deep-water port	No — new terminal construction required	Yes — supertankers operate daily
Prior FERC environmental review	None for terminal pre-2017 application	1995 Final EIS — Anderson Bay approved
Liquefaction terminal model	Fixed onshore — $5–10B per train	Floating FSLO technology available — fraction of cost

The Cost Question Nobody Is Asking

The legislature has been told the project costs $46.2 billion. Independent analysts put it at $50–60 billion or more. Glenfarne has an updated cost estimate produced by Worley in 2025 and has declined to release it. The special session is proceeding without knowing the real number.

What has not been asked in any committee hearing, as far as the public record shows, is this: What would the Valdez route cost by comparison?

Cost Component	Nikiski Estimate	Valdez Advantage
New right-of-way (~196 miles avoided)	$1B+ at conservative $5M/mile	Potentially eliminated
Cook Inlet subsea crossing	Undisclosed — engineering extreme	Does not exist in Valdez route
Fixed onshore liquefaction terminal	$15–30B (3 trains at $5–10B each)	Floating terminal: ~$450M comparable recent project
Marine terminal construction	New build required at Nikiski	Existing supertanker infrastructure at Valdez
Environmental mitigation — beluga	Required — critical habitat crossing	Eliminated

The floating liquefaction terminal differential alone is potentially the most significant number in Alaska energy history. The Nikiski plan requires three fixed onshore LNG trains — at $5 to $10 billion per train — plus storage tanks and a new marine terminal. Excelerate Energy's Floating Liquefaction Storage and Offloading vessel technology, presented specifically for Valdez at the 2012 Alaska LNG Summit, delivers comparable capacity at a fraction of that cost. A recent comparable integrated floating terminal project ran approximately $450 million. Even scaling aggressively for Alaska conditions and export volumes, floating liquefaction at Valdez represents a fundamentally different cost architecture.

"The legislature is being asked to vote without knowing whether a cheaper route exists. That is not a procedural detail. It is the entire question."

The Condensate Problem — Revisited

In our previous analysis, we showed how GaffneyCline consultant Nicholas Fulford's Qatar comparison — offered to justify Alaska LNG's economics — actually dismantled them. Qatar's model works because co-products exit from integrated tidewater infrastructure at minimal marginal cost.

Point Thomson condensate already travels TAPS to Valdez. That infrastructure exists and operates today. ExxonMobil spent decades in litigation and billions in capital to make it happen.

The Nikiski route requires dragging that condensate 807 miles away from the port where it already exits — adding cost at every step of a journey that ends at a location that cannot currently supply its own gas needs and is simultaneously being constructed as an LNG import terminal.

The Qatar Model — Applied Honestly Qatar integrates co-products at a single tidewater facility. The infrastructure investment serves all products simultaneously. Condensate, LPG, and LNG all exit from Ras Laffan. Alaska's condensate already exits at tidewater — at Valdez. The Qatar model that Fulford cited as justification for Nikiski is, when applied honestly, a precise description of what the Valdez route achieves and what the Nikiski route cannot.

The Competitive Environment Has Changed

When Nikiski was selected in 2013, Qatar's LNG flowed freely through the Strait of Hormuz. That calculation no longer holds.

Since February 28, 2026, Iranian forces have declared the Strait closed following U.S.-Israeli military strikes. QatarEnergy — controlling roughly 20% of global LNG supply — invoked force majeure on all LNG shipments March 4. The IEA described the situation as "the greatest global energy security challenge in history."

Asian buyers who signed non-binding letters of intent with Glenfarne are watching 20% of global LNG supply disappear. The premium for Pacific Rim supply — politically stable, US-controlled, independent of Middle Eastern shipping lanes — has never been higher.

Excelerate Energy, whose floating liquefaction technology was presented at Valdez in 2012 and whose executives engaged Walker's Alaska Gasline Port Authority on exactly this concept, received a force majeure notice from QatarEnergy in March 2026. A company with $538 million in cash, proven FSRU technology, a constrained growth pipeline from Middle East instability, and a pre-existing relationship with the Valdez LNG concept is now operating in a market where Alaska North Slope gas has become strategically invaluable.

What FERC Actually Said — And What It Didn't

FERC's 2020 rejection of the Valdez alternative is frequently cited as definitive. It is worth examining what FERC actually said.

FERC rejected Valdez on two primary grounds: first, it would require 113 miles of lateral spur pipelines to deliver gas to Fairbanks and Anchorage; second, it would pass through rugged terrain at Thompson Pass.

On the first point: Walker argued to FERC in 2019 that in-state delivery was never the stated purpose of the Alaska LNG project — and the project's own documents support this. The stated purpose is to commercialize North Slope gas for export. The spur pipeline requirement is a function of choosing to serve in-state consumers — a worthy goal, but one that could be addressed as a separate, far less expensive project rather than embedded into a $60 billion export terminal decision.

On the second point: Thompson Pass is rugged. TAPS already crosses it. The corridor is permitted, proven, and operational. The Nikiski route avoids Thompson Pass by routing through Denali National Park instead — trading one terrain challenge for another, while adding 196 miles of new right-of-way and a 27-mile subsea crossing through beluga critical habitat.

FERC gave the Valdez alternative one page in a 3,800-page document. The City of Valdez formally objected that this analysis was inadequate. They were correct.

The Political Moment

On May 28, 2026 — today — former Governor Bill Walker filed a letter of intent to re-enter the governor's race as an independent. Walker and his running mate, former Revenue Commissioner Randy Hoffbeck, explicitly named the gasline as a central motivation. Walker has represented the City of Valdez in LNG proceedings for decades. His law firm holds a contract specifically to advocate for Valdez as the LNG terminus before federal regulators. He co-signed Alaska LNG's most significant international deal alongside President Trump in Beijing in 2017.

Walker knows the condensate economics. He knows the TAPS corridor. He was in the room when Excelerate Energy presented floating liquefaction technology at the 2012 Valdez LNG Summit. He has the prior Trump relationship. And he arrives into a race where the incumbent project is stalling, the costs are unknown, the terminus is simultaneously an import terminal, and Phase 1 doesn't reach the consumers it claims to serve.

The Bottom Line The Yukon Pacific Corporation held a FERC-approved permit for an LNG export facility at Anderson Bay, Valdez, from 1995. The environmental record exists. The corridor analysis exists. The deep-water port infrastructure is operational today. A floating liquefaction technology provider with prior Alaska engagement and current strategic need exists. What does not exist is a legislator who has stood up in the special session and asked: before we give away billions in tax revenue to anchor a $60 billion project at a location simultaneously being built as an import terminal — has anyone actually priced the alternative?

The condensate already goes to Valdez. The supertankers already go to Valdez. The FERC environmental work has been done for Valdez. Nobody has done the comparative math.

That should disqualify the vote.