An open letter to Congress · Clean Refineries Inc. & Green Fuels Operating

From American crude to American fuel.

September 17, 2026 materials · 13 slides + an interactive state map

Letter to Chairman Burchett

On a phone: tap any slide to open it full-screen. Slides open sideways so the small type is readable — or turn your phone to landscape.

New · September 18, 2026

The policy paper behind this briefing, addressed to the Chairman

Everything on this page is the public case. The paper is the one put formally to the member whose subcommittee can act on it: twenty-one pages, eleven tables, the full citation basis, and the concessions we make against our own interest. Read it in the browser or take the PDF.

The Honorable Tim Burchett Chairman, Subcommittee on Delivering on Government Efficiency Committee on Oversight and Government Reform U.S. House of Representatives · Tennessee’s Second District Copied to all eighteen subcommittee members — see the roster
Read the open letter in full — “America Doesn’t Have an Oil Shortage. It Has a Refining Problem — and a 2015 Law Nobody Finished.” (about 1,500 words)

By Larry M. Shultz

A farmer cannot harvest a field with a barrel of crude oil. The farm needs diesel — and this year's harvest is running at the highest fuel and fertilizer costs in American history.

Diesel hit $6.31 a gallon the week of September 15, 2026, up from $3.70 a year ago, and past $8 on the West Coast. You don't need a diesel engine to feel it. Diesel moves the food and the freight, so its price lands on every kitchen table in America.

We are not short of oil

Here is what almost nobody is saying: we are not short of oil. American wells pump nearly 14 million barrels a day, near an all-time record.

We are short of the plants that turn that oil into diesel. Refineries are pinned at 97 percent of capacity and distillate inventories sit 13 percent below their five-year average. And we are losing what we have.

America is down to 130 operable refineries, two fewer than a year ago. LyondellBasell's Houston plant closed in March 2025. Phillips 66 ended crude processing in Los Angeles in October 2025. Valero's Benicia refinery ceased operations in April 2026. More than half a million barrels a day erased in eighteen months, against 18.2 million barrels per calendar day of operable capacity at the start of this year.

We cannot simply expand what we own, because its owners are closing it. And no law keeps our own fuel home when the world runs short. So when Persian Gulf and Russian diesel and gasoil exports fell 1.6 million barrels a day between February and August, American diesel was auctioned onto foreign tankers at the higher world price — exactly when our farms and fleets could least afford to lose it.

Americans are not reacting to one bad month. They are exhausted. A pandemic reset the price of everything and they were told it was temporary. In 2022 diesel hit a record and they were told it was temporary. Each time, prices climbed a step and never came back down. A grain farmer is watching this harvest's fuel bill eat the crop's margin. A trucker is parking the rig because the load no longer covers the diesel. Neither did anything wrong. Both are paying for an export law they have never heard of.

Two things would fix this, and both are within reach of Congress this session.

Fix one: a consumer circuit breaker

Finish the job Congress started in 2015 and then seemed to forget.

Section 101 of Division O of the Consolidated Appropriations Act, 2016 — titled, by its own drafters, "Freedom to Export Crude Oil" — was signed into law as Public Law 114-113 on December 18, 2015, codified at 42 U.S.C. § 6212a and implemented at 81 FR 2943. It repealed the post-embargo law of 1975 that had kept American crude in America for forty years, and it did so in one sentence: no official of the Federal Government shall impose or enforce any restriction on the export of crude oil.

That broad, permanent export protection was traded in the same bill for a five-year extension of the wind and solar tax credits.

Notice the asymmetry. The renewable credits carried fixed terms and expiration dates. The export repeal got neither. Congress kept emergency powers on the books, but they demand hard-to-obtain multi-agency findings and presidential action, with no automatic trigger and nothing written from the consumer's side of the pump. In ten years, no restriction has ever been used.

So the fix is a circuit breaker built to deliver fuel, not to count export cargoes. Congress will negotiate the terms, but the design should look like this: when retail prices run 15 percent above a seasonally and inflation-adjusted three-year average and a verified regional shortage exists, an assessment triggers. Relief targets distillate first — diesel and heating oil — through product-specific, volume-limited, regularly reviewed measures. Crude export restrictions apply only where a specific feedstock shortage is blocking additional domestic fuel production.

Better still, write the rule into the financing itself. Any refinery built with federal or state help — loan guarantees, Defense Production Act money, state bonds, tax abatements — should carry a domestic-supply covenant: its diesel, gasoline, jet fuel and asphalt go to American customers, with committed volumes to designated American terminals during a declared shortage, with public reporting of cost, volume and destination, and terms set before the financing closes.

A refinery built with public money should sell its fuel to the public that built it.

Attach the same covenant to the other benefit Congress controls: relief from the Renewable Fuel Standard, available to small refineries under 75,000 barrels a day. Today that framework shields incumbents, while a new regional refinery with no blending arm must buy every mandated compliance credit on the open market — a cost that lands straight back on the pump price. Extend hardship-based relief to qualifying new entrants, with terms established up front and the domestic-supply covenant attached. The principle is simple and fair: where government confers financing, a benefit, or forbearance on a new refinery, the fuel should serve American customers here at home.

Fix two: build where the oil is — and build it clean

No new refinery with real conversion capacity has opened in America since 1977, and not because the math failed. A conventional plant separates crude by boiling it — roughly 1,000°F under 900 psi — and that violence produces the flaring, benzene, sulfur oxides and particulates that downwind communities have rightly refused for two generations.

That barrier is gone. The patented NZET process — net-zero emissions technology — developed by Clean Refineries Inc. and deployed by Green Fuels Operating does not boil the oil. It atomizes crude into micro-droplets at low pressure and separates the fractions at low temperature in a closed loop, recovering vapors instead of creating toxic refining emissions. The only operating stack is an auxiliary natural-gas heater running below seven parts per million of nitrogen oxides — cleaner than a commercial furnace. That is why an NZET plant can be permitted at ordinary industrial-zoned sites, and why it can be built for roughly half the capital cost of a refinery that boils its oil.

This changes America's refinery map. For a century our refineries clustered on the Gulf Coast to meet tankers carrying imported crude, rather than inland, near the fields and the customers. Today, shipping crude a thousand miles to the coast and hauling the finished fuel back by pipeline and rail is an outdated transportation tax on middle America. For fifty years nobody would tolerate a refinery in their back yard. A plant that does not pollute downwind communities changes that calculus — and lets smaller regional refineries be built where the diesel-rich crude actually is.

That is no longer theoretical. Green Fuels Operating broke ground on May 29, 2026 on a $400 million, 30,000-barrel-a-day clean refinery in Duncan, Oklahoma, on a brownfield site idle since 1983 — expandable to 50,000 barrels a day. The engineering, the emissions verification and a state-by-state map of which American crude actually yields diesel are all in the briefing linked at the end of this article.

Congress already has the tools

On April 20, 2026 the President determined that domestic refining is essential to the national defense under the Defense Production Act, and the Department of Energy was directed to deploy Title III incentives. DOE's Section 1706 authority carries $1 billion through September 30, 2028 and explicitly covers projects that replace ceased energy infrastructure. Congress can appropriate the DPA fund for refining and set competitive selection criteria. The framework exists. The missing ingredient is follow-through.

The calendar will not wait. Harvest is burning fuel now, and within weeks the Northeast starts drawing heating oil from those same thin tanks. Voters have noticed: 47 percent call cost of living their top issue, and 74 percent say it is moving in the wrong direction.

Why both parties can say yes

Republicans get energy dominance made real — more American refining capacity, built fast, export markets untouched in ordinary times. Democrats get what they have waited fifty years for: a refining technology with no toxic process emissions. Not one new polluting plant. For half a century the choice was a dirty refinery or no refinery, and communities rightly said no, which is why nothing has been built. The environmental movement's fifty-year objection was never an obstacle to this plan. It was the specification for it.

Farm states get in-basin refineries matched to diesel-rich crude, closer to the customers who need the fuel. Consumers get fuel that stays home when shortages strike.

The American people produce the oil and pay the bills. They are asking two things: keep American fuel home when shortages strike, and clear the path to build the clean refineries that make the diesel, gasoline, jet fuel and asphalt America needs. No law of physics ties a Permian barrel to the Persian Gulf. Only a law of Congress does.

01 / 13America Needs More Diesel
02 / 13Diesel Is the Fuel Behind the Economy
03 / 13The Real Problem: A Refining Deficit
04 / 13Refinery Capacity: Corrected EIA Series
CHAPTER 02

The proposed safeguards

Slides 05–06
05 / 13Fix One: A Consumer Circuit Breaker
06 / 13The Proposed Domestic-Supply Covenant
CHAPTER 03

Refining, feedstocks & regional markets

Slides 07–10
07 / 13Fix Two: A Distributed Network of Clean RefineriesSee the refinery program →
08 / 13Refining Technology: Process and VerificationSee the NZET process →
09 / 13Small Refineries and Renewable-Fuel Compliance
10 / 13Match the Feedstock to the Market

Interactive companion · after slide 10

Explore the crude, state by state.

Select a state, search a basin, or filter for profiles describing heavy crude. Open a profile for its named crude streams, source quality ranges and metro-market estimates.

26 + 1state profiles + federal offshore area
27 source profilesClick a state to inspect its source record
U.S. crude profiles by stateSelect a state to read the source profile. Alaska and Hawaii appear as insets. State outlines are not oil-field boundaries.Alaska: open supplied crude profileAKAlabama: open supplied crude profileALArkansas: open supplied crude profileARArizona: no profile supplied in sourceAZCalifornia: open supplied crude profileCAColorado: open supplied crude profileCOConnecticut: no profile supplied in sourceDistrict of Columbia: no profile supplied in sourceDelaware: no profile supplied in sourceFlorida: open supplied crude profileFLGeorgia: no profile supplied in sourceGAHawaii: no profile supplied in sourceHIIowa: no profile supplied in sourceIAIdaho: no profile supplied in sourceIDIllinois: open supplied crude profileILIndiana: open supplied crude profileINKansas: open supplied crude profileKSKentucky: open supplied crude profileKYLouisiana: open supplied crude profileLAMassachusetts: no profile supplied in sourceMaryland: no profile supplied in sourceMaine: no profile supplied in sourceMEMichigan: open supplied crude profileMIMinnesota: no profile supplied in sourceMNMissouri: no profile supplied in sourceMOMississippi: open supplied crude profileMSMontana: open supplied crude profileMTNorth Carolina: no profile supplied in sourceNCNorth Dakota: open supplied crude profileNDNebraska: open supplied crude profileNENew Hampshire: no profile supplied in sourceNew Jersey: no profile supplied in sourceNew Mexico: open supplied crude profileNMNevada: no profile supplied in sourceNVNew York: open supplied crude profileNYOhio: open supplied crude profileOHOklahoma: open supplied crude profileOKOregon: no profile supplied in sourceORPennsylvania: open supplied crude profilePARhode Island: no profile supplied in sourceSouth Carolina: no profile supplied in sourceSCSouth Dakota: open supplied crude profileSDTennessee: no profile supplied in sourceTNTexas: open supplied crude profileTXUtah: open supplied crude profileUTVirginia: no profile supplied in sourceVAVermont: no profile supplied in sourceWashington: no profile supplied in sourceWAWisconsin: no profile supplied in sourceWIWest Virginia: open supplied crude profileWVWyoming: open supplied crude profileWYALASKA / HAWAII INSETS · NOT TO SAME SCALESTATE OUTLINES · NOT FIELD BOUNDARIES
Federal offshore is a separate source record, not a state.
Heavy / heavier in sourceOther diesel-favorableBlend candidateVery light / condensateNo profile supplied

State-level screening, not a field inventory. The “Heavy” filter follows the supplied descriptions. API and sulfur ranges are retained as provided. Production figures are total crude, all grades—not heavy-crude volumes.

The profiles and source screening labels are carried over from the supplied index.html. Dates and estimates are not a live data feed. A missing refinery-capacity value is treated as missing information, not as zero.

Optional planning tools

Original webpage inputs and arithmetic, kept separate from the story.

Blend-gravity illustration

Adjust the original tool’s light-crude share and blendstock selection.

0% light crude100% light crude

Original linear API approximation

31.0° API
10°Source band: 28–36°50°

This retains the uploaded calculator’s arithmetic: (42 × light share) + (selected API × remaining share). It is an illustration, not a tested assay. As the presentation notes state, API gravity alone does not establish diesel yield.

Freight-cost illustration

Change the supplied cost assumptions to inspect the original two-leg calculation.

Outbound: gallons ÷ 42 × input rate
Return: gallons × input rate

Illustrative freight total

Default rates and equal-gallon allocation are retained from the uploaded tool. This is not a refinery-yield model or a guaranteed pump-price discount; local processing and distribution still have their own costs.

End of the interactive companionContinue with slides 11–13: financing & delivery →
CHAPTER 04

Financing, implementation & the conclusion

Slides 11–13
11 / 13Congress Already Has the Tools
12 / 13Implementation Timeline and Delivery Metrics
13 / 13The Letter’s Concluding Proposal

Four ways to take this further

This briefing is published by Clean Refineries Inc. and Green Fuels Operating. The proposals are the author’s; the technology and the Duncan project are real, financed and under construction. Pick the door that fits you.

The policy paperThe formal paper to the Chairman of the DOGE Subcommittee: the export bills, Section 12501 of the farm bill, and the single amended bill that would fix both. Twenty-one pages.Read or download the letter → CRI-GFO-Letter-to-Chairman-Burchett.pdf
The full deckAll thirteen slides as a single PDF, numbered 1–13, with the source notes carried in the accompanying PowerPoint. 8 MB.Download the presentation →America-Needs-More-Diesel-13-Slides.pdf
The technologyNZET clean refining: atomization and low-temperature separation in a closed loop, with an auxiliary natural-gas heater as the only operating stack.Clean Refineries Inc. →
The projectThe $400 million, 30,000 barrel-per-day Duncan, Oklahoma refinery — a brownfield site idle since 1983, expandable to 50,000 b/d.Green Fuels Operating →
The policy languageThe consumer circuit breaker and the domestic-supply covenant are drafted as statutory language, not as talking points. For members, staff and committee counsel.Request the drafts →
A site in your regionStates, counties and municipalities with industrial-zoned land near producing fields: an NZET plant permits where a conventional refinery cannot.Start the conversation →

Sources & reading notes

Dated source records, presentation references and the assumptions behind the interactive tools.

What is included in this merged webpage?

The 13-slide America Needs More Diesel presentation supplies the visual story, in its existing order; the same thirteen slides are available here as a single file — download the presentation (PDF, 8 MB). The supplied index.html supplies 26 state profiles, one federal offshore profile, metro estimates and the two optional calculators. The interactive companion appears after the feedstock slide.

This is a presentation of Larry Shultz’s supplied materials, dated September 17, 2026. Proposed provisions are described by their author; they are not presented as independently established current law or agency endorsement. Time-sensitive figures remain dated source figures, not a live feed.

Map scope, crude descriptions & missing values

Oil and refinery data come from the original webpage’s embedded state records. The source attributes production to the EIA 2025 Crude Oil Production table and refining capacity to the January 1, 2026 Refinery Capacity Report. This merge does not reverify or replace those figures. Typical API and sulfur ranges, named streams, source rankings and the original screening assessments are preserved.

The heavy-profile filter highlights California, Wyoming, Mississippi, Alabama and Florida because their source descriptions explicitly identify heavy or heavier crude streams. It is a source-description filter, not a new independent API classification. The Louisiana profile includes “Heavy Louisiana Sweet” as a stream name but describes the crude as light-medium; it remains in the source’s other favorable group. “Diesel-favorable,” “blend candidate” and “diesel-poor” are the source’s screening labels, not measured yields.

The supplied records are not a complete national field, well, reserve or heavy-crude-volume inventory. A state without a supplied profile is not assigned zero production. A blank refinery-capacity field is displayed as “Not supplied.” State output is total crude across grades. Named streams are associated with states; no field boundaries, well locations or new reserves have been inferred.

State outlines were generated from the locally available Basemap U.S. county geometry, dissolved by state and simplified for display. Alaska and Hawaii use separate insets. Outlines are a visual reference only, not oil-bearing-area boundaries.

How the estimates and planning tools work

Metro demand retains the supplied population-times-national-rate method: 174 gallons of distillate, 407 gallons of gasoline, 75.5 gallons of jet fuel and 0.0836 metric tons of asphalt per person per year. Daily output divides the annual estimate by 365; monthly output divides it by 12. The original webpage identifies these as illustrative scale estimates, not measured metropolitan sales.

The blend tool retains the source’s linear weighted-API arithmetic and its illustrative 28–36° screening band. It does not establish diesel yield. The freight tool retains the supplied $6 per barrel outbound and $0.242 per gallon return defaults and its original volume allocation. Neither tool is a substitute for a tested crude assay, a costed finishing plan or a complete refinery economic model.

Presentation source notes · all 13 slides

Open any slide’s original speaker notes for its source citations, qualifications and the distinctions between company estimates, proposed provisions and documented performance.

Referenced source pages carried by the presentation

EIA: annual operable crude-distillation capacity series
EIA: separation, conversion and treatment
EPA: small-refinery exemption framework
EPA: small-refinery eligibility explanation
U.S. Patent 11,214,743 — the NZET clean refining process

These are reference links carried by the supplied presentation. External pages may change; the material on this webpage remains the dated source edition.

About Clean Refineries Inc. and Green Fuels Operating

Who published this briefing, and what is actually built.

Clean Refineries Inc. (CRI)

CRI developed and owns the patented NZET (net-zero emissions technology) refining process. Rather than boiling crude at roughly 1,000°F under 900 psi, NZET atomizes crude into micro-droplets at low pressure and separates the fractions at low temperature in a closed loop, recovering vapors instead of creating toxic refining emissions. The only operating stack is an auxiliary natural-gas heater running below seven parts per million of nitrogen oxides.

cleanrefineries.com →U.S. Patent 11,214,743 →

Green Fuels Operating (GFO)

GFO develops and operates refineries using the NZET process. On May 29, 2026 it broke ground on a $400 million, 30,000 barrel-per-day clean refinery in Duncan, Oklahoma, on a brownfield site that had been idle since 1983 — expandable to 50,000 b/d, with storage for up to one million barrels, producing asphalt, naphtha, kerosene, diesel, gasoline and aviation fuel.

Green Fuels Operating →
Disclosure. This webpage is published by the author and his companies. Clean Refineries Inc. and Green Fuels Operating have a direct commercial interest in the clean refining technology described here and in the policy changes proposed. The circuit breaker, the domestic-supply covenant and the Renewable Fuel Standard proposals are the author’s recommendations to Congress; they are not current law. Time-sensitive figures are dated source figures as of September 17, 2026, not a live data feed.
01 / 13

Browse the visual story

Download all 13 slides (PDF)

Source notes

Save
Enlarged presentation slide