Ashley County Now (2026)

03/09/2026

The Oil Field Almost Nobody Knows Is There

By K. Brad Barfield

Most people who pass through western Ashley County do not think of it as oil country.

They see pine timber.

Creeks.

Logging roads.

Industrial forestland.

The long economic shadow of Crossett Lumber Company and Georgia-Pacific.

That is the visible landscape.

But tucked into that same country are the remains of another industry.

Pump jacks.

Wellheads.

Tanks.

Piping.

Old drilling locations.

And, according to the surviving research assembled for this series, a small petroleum system that appears to have persisted long after the great South Arkansas oil-boom era had passed.

That is what makes the Crossett-area story so unusual.

There was no El Dorado-style explosion.

No forest of derricks.

No overnight boomtown.

No famous gushers that became part of Arkansas folklore.

Instead, the local petroleum story seems to have unfolded quietly.

Early exploratory holes tested the geology.

Many did not become producers.

Later operators returned.

By around 1980, drilling intensified again in the area west of Crossett.

Some of those later wells appear to have found enough oil to justify completion and long-term operation.

Decades later, the most visible evidence is not a refinery or an oil camp.

It is a pump jack moving slowly among the pines.

That small scale may be exactly why so few people know the story.

A marginal field can disappear visually into the landscape.

One well occupies only a small clearing.

A narrow road leads to it.

A few tanks stand nearby.

The surrounding timber keeps growing.

Years pass.

The machinery ages.

Unless someone knows what they are looking at, it can seem like little more than abandoned industrial equipment.

But the pump jack tells a deeper story.

Its motion connects Ashley County to the same buried petroleum province that made El Dorado and Smackover famous.

The rocks beneath Crossett belong to the same enormous Gulf Coast sedimentary system.

The Cotton Valley extends beneath this part of Arkansas.

The Smackover lies deeper still.

The geological ingredients that created major petroleum fields farther west did not stop at the Ashley County line.

They simply became harder to find and apparently less prolific.

That difference matters.

The lesson here is not that western Ashley County secretly contains another El Dorado.

Nothing in the supplied research supports that.

The more defensible story is smaller and, in some ways, more interesting.

Ashley County appears to have hosted a modest, long-lived petroleum operation in a place almost everyone thinks of as timber country.

That means two resource histories occupied the same land at once.

Pine above.

Oil below.

And even deeper, the same regional stratigraphy that now attracts attention elsewhere in South Arkansas for lithium-rich brine.

That stacked history is one of the central ideas of this entire series.

The land has never been only what we can see at the surface.

Its economic history is vertical.

Forests.

Sedimentary rock.

Oil.

Saltwater.

Brine.

Different generations have looked at the same acreage and seen different resources.

The old pump jacks west of Crossett are therefore more than curiosities.

They are surviving pieces of Ashley County's subsurface history.

And perhaps the most remarkable thing about them is how ordinary they look.

A machine rocks slowly.

Pines stand around it.

A dirt road runs past.

Nothing about the scene announces that a borehole beneath it reaches into rocks laid down near the edge of the young Gulf roughly 140 million years ago.

That part of the story is invisible.

Unless you know where to look.

Sources: This essay draws on the supplied research packet’s reconstruction of petroleum exploration and later production in western Ashley County, including early exploratory drilling, renewed activity around 1980, surviving pump-jack infrastructure, and the broader Cotton Valley petroleum setting beneath the Crossett area. Because the supplied research products differ in the precision of their field names, production totals, operator history, and exact producing intervals, those details should be confirmed against Arkansas Oil and Gas Commission and environmental regulatory records before being presented as settled fact. Unless otherwise indicated, essay researched and written by K. Brad Barfield.

02/09/2026

What Happens to the Saltwater

By K. Brad Barfield

When an old oil well produces mostly water, that water cannot simply be dumped beside the pump jack.

It has to go somewhere.

And in a mature oil field, handling that water can be one of the most important parts of keeping the wells alive.

The water brought up with oil is generally called produced water or formation water.

It is not ordinary groundwater.

It has been trapped underground within the petroleum-bearing formations, often for millions of years, and can contain very high concentrations of dissolved salts along with other naturally occurring minerals and hydrocarbons.

In South Arkansas oil fields, that water has to be separated from the oil at the surface.

The oil can be stored and sold.

The water becomes a waste stream that has to be managed.

Historically, oil-field saltwater created serious environmental problems when poorly handled. Brine released onto the ground can kill vegetation, damage soils, contaminate shallow water, and move into streams or wetlands.

Modern disposal systems are designed to keep that from happening.

The most common solution is underground injection.

A disposal well takes the produced water collected from nearby oil wells and pumps it back into a suitable deep underground formation.

The idea is not to return the water to the exact pore space from which every barrel originated.

Instead, the operator uses a permitted subsurface interval capable of accepting the fluid while isolating it from usable groundwater.

That requires casing.

Cement.

Pressure control.

Mechanical integrity.

And regulatory oversight.

The supplied research packet identifies a saltwater-disposal component associated with the western Ashley County petroleum system, including an Arkansas environmental permit referenced as 0677-WG-SW.

That is important because it tells us something about the scale and maturity of the local operation.

A field producing significant quantities of water needs more than pump jacks.

It needs water-handling infrastructure.

Piping.

Tanks.

Separators.

A disposal system.

And somebody responsible for keeping all of it functioning.

That infrastructure can be easy to miss.

A person driving through pine timber may notice the pump jack because it moves.

The saltwater system is quieter.

A tank sits still.

A line disappears into the ground.

A disposal well may look like little more than another wellhead.

Yet without that system, continued production from a water-heavy mature field could become difficult or uneconomic.

This also explains why produced water cannot be treated as an afterthought.

If a well produces several times more water than oil, the operator is effectively running two systems at once.

One system recovers a small amount of valuable petroleum.

The other handles a much larger volume of unwanted fluid.

And both systems have to work.

That makes the surviving Crossett-area wells a useful reminder that an oil field is more than the pump jack we see above ground.

There is a complete circulation system behind it.

Fluids rise from the reservoir.

Oil and water are separated.

Oil moves toward storage.

Saltwater moves toward disposal.

Then the unwanted fluid is sent back underground into an approved receiving formation.

The visible machine rocks back and forth in the woods.

The hidden system keeps moving beneath it.

And in an old field where water may greatly outnumber oil, that quiet disposal well can be every bit as important as the pump jack itself.

Sources: This essay draws on the supplied Crossett-area research packet’s discussion of mature wells producing substantial formation water and its identification of a saltwater-disposal component associated with the western Ashley County petroleum system, including the permit reference 0677-WG-SW. The broader explanation of produced-water separation and underground disposal reflects standard oil-field practice. The exact disposal interval, well identity, operator, injection volumes, and current permit status should be confirmed from the original Arkansas environmental and oil-and-gas regulatory records before publication as settled fact. Unless otherwise indicated, essay researched and written by K. Brad Barfield.

02/09/2026

Ashley County Now presents

OUACHITA–FELSENTHAL WATCH

Federal Judge Rejects Entergy Bid to Block Reporting on Google Power Deal Tied to $1.6 Billion Jefferson County Energy Project

By K. Brad Barfield

The legal fight surrounding Arkansas Cypress Solar and Battery changed significantly Wednesday.

U.S. District Judge Lee Rudofsky denied Entergy Arkansas’ request for a temporary restraining order that would have immediately prevented Arkansas news organizations from publishing additional information obtained from records connected to Google’s massive West Memphis data-center power agreement.

Entergy had gone to federal court Tuesday after documents the company considered confidential were mistakenly released by the Arkansas Public Service Commission.

The utility argued that the records contained protected trade secrets and asked Rudofsky to stop further disclosure.

The judge declined.

Rudofsky repeatedly raised First Amendment concerns and rejected Entergy’s argument that the information was not a matter of significant public concern.

He also noted an important fact about the company seeking the restriction:

Entergy Arkansas is not simply an ordinary private business.

It is a regulated public utility whose infrastructure investments, rates and service arrangements operate within a state regulatory system.

That distinction matters.

WHAT CHANGED WEDNESDAY

Entergy’s lawsuit has not necessarily disappeared.

But its attempt to obtain an immediate court order stopping publication has failed.

A temporary restraining order would have provided emergency relief while the larger legal dispute proceeded.

By denying that request, Rudofsky has left the news organizations free, for now, to continue reporting information they possess.

That represents a substantial change from Tuesday, when the possibility remained that a federal judge could temporarily prohibit further publication.

WHAT STARTED THE DISPUTE

The controversy involves Entergy Arkansas’ agreement to provide electricity for Google’s planned data center in West Memphis.

Documents released through the Arkansas Public Service Commission disclosed previously confidential details concerning how Google is expected to help finance the enormous amount of new electrical infrastructure associated with its load.

Published reporting puts Google’s expected payments at approximately:

$526 million associated with Arkansas Cypress

and

$190 million toward transmission-system improvements.

Together, those reported obligations amount to approximately $716 million.

Those numbers matter because the Arkansas data-center debate increasingly revolves around one basic question:

Who pays for the power system required to support these enormous new loads?

THE JEFFERSON COUNTY CONNECTION

The servers will operate in West Memphis.

But one of the largest physical investments associated with the new load is being constructed much farther south.

Arkansas Cypress Solar and Battery is an Entergy Arkansas project in Jefferson County.

Entergy’s regulatory filings describe the project as:

600 megawatts of solar generation

paired with

350 megawatts of battery storage.

Associated transmission infrastructure will connect the project with Entergy Arkansas’ system at White Bluff.

The estimated project cost is approximately $1.602 billion.

Entergy currently targets operation in 2028.

This makes the dispute directly relevant to the region we monitor.

The data center may sit beside the Mississippi River in West Memphis, but a substantial piece of Arkansas’ physical response to that new electrical demand is being constructed in Jefferson County.

WHY THE COURT DECISION MATTERS

This case now involves much more than one utility contract.

It sits at the intersection of several questions Arkansas will increasingly have to answer as data centers and other extremely large industrial loads enter the state.

Who pays for new generation?

Who pays for new transmission?

How much financial risk remains with ordinary utility customers?

How should regulators evaluate special contracts negotiated with extraordinarily large electricity users?

And how much information about those agreements can legitimately remain confidential?

Utilities routinely protect commercially sensitive customer information.

That is not unusual.

But utility regulation creates an additional public-interest question because generation plants, substations, transmission lines and customer rates exist inside a system overseen by government regulators.

That creates inevitable tension between commercial confidentiality and public transparency.

Wednesday’s ruling does not settle that larger debate.

But it establishes something important about the immediate dispute:

Entergy did not meet the standard necessary to obtain an emergency order restraining publication.

CONFIRMED

Entergy Arkansas filed its federal action September 1.

U.S. District Judge Lee Rudofsky heard arguments concerning the requested temporary restraining order.

On September 2, Rudofsky denied that request.

The judge repeatedly cited First Amendment concerns and rejected Entergy’s argument that the information was not a matter of substantial public interest.

Arkansas Cypress remains an approved 600-MW solar and 350-MW battery-storage project in Jefferson County with an estimated cost of approximately $1.602 billion.

NOT RESOLVED

The denial of the temporary restraining order does not necessarily end Entergy’s broader lawsuit.

Requests for longer-term injunctive relief and other claims remain separate legal questions unless the court later dismisses or resolves them.

The ruling also does not revoke regulatory approval for Arkansas Cypress or stop construction of the Jefferson County project.

This is a dispute over information and publication—not a ruling against the energy project itself.

WHAT TO WATCH NEXT

Watch whether additional portions of the Google–Entergy agreement now become public.

Watch whether those documents reveal more about the division of generation costs, transmission costs and financial risk.

Watch how the Arkansas Public Service Commission responds to the accidental release of protected materials.

And watch whether Arkansas changes the rules governing disclosure of future large-load utility agreements.

Because Google will not be the last enormous electrical customer Arkansas encounters.

Similar questions could eventually appear around projects in Hope, El Dorado and elsewhere across South and Southwest Arkansas.

The precedent being tested in Little Rock may therefore matter considerably farther south.

The immediate takeaway:

Entergy asked a federal judge to stop further reporting.

For now, the judge has said no.

Sources: This report draws on proceedings in Entergy Arkansas’ federal lawsuit filed September 1, 2026; reporting on U.S. District Judge Lee Rudofsky’s September 2 denial of Entergy’s temporary restraining-order request; Entergy regulatory and SEC disclosures concerning Arkansas Cypress Solar and Battery; and previously published reporting concerning Google’s expected financial contributions toward Cypress and associated transmission infrastructure. Unless otherwise indicated, essay researched and written by K. Brad Barfield.

02/09/2026

Fifteen Barrels of Oil and Hundreds of Barrels of Water

By K. Brad Barfield

One of the easiest ways to misunderstand an old oil well is to look only at the oil.

A mature producing well may bring up much more water than petroleum.

That is not unusual.

In fact, for many aging oil wells, water eventually becomes the dominant fluid.

The reason lies in the reservoir itself.

Oil, gas, and formation water occupy pore spaces underground. As a field matures and petroleum is withdrawn, the proportion of water entering the well can increase.

Sometimes dramatically.

A well that once produced mostly oil may later produce a mixture containing only a small fraction of petroleum.

That does not necessarily mean the well is finished.

It means the economics have changed.

This is especially relevant to small, mature fields like the one described in the supplied Crossett-area research.

One version of that research characterizes surviving western Ashley County wells as low-volume producers — roughly on the order of a few dozen barrels of oil per day across the field, with individual wells moving much larger amounts of formation water along with the oil.

That is the kind of production profile that can keep a pump jack moving without creating anything resembling an oil boom.

But the exact numbers matter.

The packet includes a stronger reconstruction suggesting recent production in the range of roughly 14 to 15 barrels of oil per day fieldwide, with total monthly oil production measured in the hundreds of barrels.

It also describes individual wells producing substantial volumes of saltwater.

Those figures are useful because they help us visualize the scale.

Fifteen barrels of oil is not a gusher.

It is about 630 gallons.

Spread across several wells, that is modest production.

Meanwhile, the same wells may bring up many times that amount of water.

That is why the oil field at the surface can look deceptively quiet.

The pump jack rocks.

Fluid comes up.

Oil is separated.

Water is separated.

The oil can be stored for sale.

The water becomes a disposal problem.

And in a mature field, the water-handling system can be just as important as the oil-producing system.

This is where small oil fields become exercises in efficiency.

The operator has to maintain the pump.

Pay for electricity or fuel.

Repair rods and tubing.

Handle corrosion.

Separate fluids.

Store oil.

Dispose of produced water.

Maintain roads and tanks.

Comply with state environmental and petroleum regulations.

All of that has to be paid for by a relatively small stream of oil.

That is why production volumes alone do not tell us whether a marginal well is profitable.

A well making only a few barrels per day may survive for decades if operating costs are low.

Another well producing more oil may be abandoned if water handling, mechanical problems, or repairs become too expensive.

The economics are specific to the operator and the well.

What the Crossett-area research suggests is not a giant hidden petroleum reserve beneath Ashley County.

It suggests something more interesting in its own way:

a tiny surviving oil system.

A handful of wells.

Slow mechanical lift.

Modest oil production.

Large volumes of ancient formation water.

And equipment continuing to work decades after the drilling that created it.

That makes the pump jacks west of Crossett easier to understand.

They are not relics of a vanished boom.

If the current production interpretation is confirmed in the state records, they are pieces of a very small mature field still extracting the last economically recoverable petroleum from an old reservoir.

A few barrels at a time.

Mixed with a great deal of water.

Sources: This essay draws on the supplied Crossett-area research packet’s description of mature low-volume production and high produced-water volumes in western Ashley County. The packet includes estimates of roughly 14–15 barrels of oil per day across the surviving field and several hundred barrels of monthly production, but those exact figures should be confirmed against Arkansas Oil and Gas Commission production records before publication as settled fact. The supplied material also supports the broader explanation that mature oil wells may produce much more formation water than petroleum. Unless otherwise indicated, essay researched and written by K. Brad Barfield.

02/09/2026

ICYMI

02/09/2026

Inside a Pump Jack

By K. Brad Barfield

A pump jack looks simple from the road.

A motor turns.

A long steel arm rocks up and down.

A polished rod disappears into the wellhead.

Then the machine repeats the same motion again and again.

But what is happening below the surface is much more interesting.

A pump jack is the visible end of a much deeper system.

The well itself may extend thousands of feet into the subsurface. Inside the casing, a long string of sucker rods connects the surface pumping unit to a downhole pump near the producing interval.

As the walking beam rises and falls, those rods move up and down inside the well.

That motion operates the pump underground.

On the upstroke, fluid enters and is lifted.

On the downstroke, valves inside the pump control the movement of that fluid so the next cycle can lift it farther.

Stroke after stroke, the system gradually brings reservoir fluids toward the surface.

Those fluids are not necessarily pure oil.

That is an important point.

A mature oil well can produce a mixture of oil, natural gas, and formation water.

Sometimes the volume of water greatly exceeds the volume of petroleum.

The surface pump does not know the difference.

Its job is to lift whatever enters the wellbore.

Once the fluid reaches the surface, equipment separates the oil, gas, and water so each can be handled appropriately.

The reason a pump jack is needed is also straightforward.

Many oil wells do not flow naturally forever.

Early in a reservoir's life, underground pressure may be sufficient to push petroleum toward the surface on its own.

As pressure declines — or if the reservoir never had enough pressure to begin with — operators need artificial lift.

The pump jack provides it.

That makes the familiar rocking machine less a symbol of a spectacular oil boom than a symbol of a mature producing well.

It is patient machinery.

Slow.

Repetitive.

Persistent.

And that description fits the petroleum landscape west of Crossett much better than an image of a roaring gusher.

The pump jacks associated with the later Ashley County story sit in timber country where the surface can remain remarkably quiet.

There may be no refinery in sight.

No dense field of derricks.

No bustling company town.

Just a clearing, a tank, some piping, and a machine rocking steadily beside the woods.

Yet every stroke connects the surface to rock deposited around 140 million years ago.

If the producing interval is a Cotton Valley sandstone, the pump is ultimately drawing fluid from pore spaces between grains of ancient sand.

Those grains may once have traveled through a Jurassic river.

They may have settled in a channel or delta near the young Gulf.

They were buried.

Compacted.

Cemented into sandstone.

Later, petroleum entered the reservoir.

Then, millions of years after the ancient river disappeared, somebody drilled a steel-lined hole into it and connected that buried sandstone to a mechanical pump at the surface.

That is what makes an old pump jack worth looking at twice.

It is not merely a machine sitting in the woods.

It is the final moving piece in a system stretching from Jurassic geology to modern engineering.

The beam moves only a few feet.

The connection beneath it reaches through a mile of time.

Sources: This essay draws on the supplied research packet’s discussion of surviving pump-jack operations in western Ashley County and its description of mature oil-well artificial-lift systems. The specific mechanical dimensions, equipment manufacturer, stroke settings, and production rates of individual Crossett-area pumping units should not be assumed without operator or regulatory documentation. Unless otherwise indicated, essay researched and written by K. Brad Barfield.

02/09/2026

The Crossett Field — What the Records Actually Show

By K. Brad Barfield

By this point in the story, it would be tempting to say that western Ashley County simply became the Crossett Oil Field in 1980 and move on.

The surviving research does not let us do that quite so easily.

And that is exactly why the records matter.

The material assembled for this series contains two different versions of the local petroleum story.

One presents the Crossett area as a small but genuine Cotton Valley oil field developed around 1980, with later wells continuing to produce from western Ashley County.

The other is more cautious.

It confirms substantial historical drilling in Township 18 South, Range 9 West, including wells around the Crossett area, but warns that much of the Ashley County record consists of exploratory or wildcat wells and that the exact producing history must be established from individual completion and production records.

Those are not the same claim.

So before turning local memory into geological fact, we have to separate what appears secure from what still requires verification.

First, the drilling is real.

Oil companies did explore western Ashley County.

The wells were not imaginary landmarks or later folklore.

Records establish serious subsurface testing in the area west of Crossett, including locations tied historically to the large timberland ownership pattern that dominated this part of the county.

Second, the geology is plausible.

The Cotton Valley extends beneath this region.

The broader South Arkansas petroleum system is well established.

Nearby portions of the state produced oil from Cotton Valley reservoirs.

There was therefore a legitimate geological reason to drill here.

Third, later wells in the Crossett area appear to have moved beyond purely speculative exploration.

That is where the stronger research product identifies a small producing system centered on wells drilled around 1980 and afterward.

It even supplies individual well identities, operators, production totals, and a modern operator.

But those highly specific claims are precisely where we need the strongest documentation.

A field name used by a regulatory agency may differ from a name used in an industry database.

A well may be listed in “Crossett Field” in one secondary source while the original Arkansas record classifies it differently.

A reservoir described broadly as Cotton Valley may have a more specific completion name in the well file.

A production database may combine historical information in ways that need to be checked against the original state record.

None of that means the stronger narrative is necessarily wrong.

It means that precision requires primary records.

That is one of the most important lessons of this entire series.

Petroleum history can sound wonderfully definite after forty or fifty years.

Someone remembers a well.

A database supplies a field name.

A later operator acquires the lease.

A pump jack remains beside a woods road.

Then all of those pieces gradually collapse into one clean story.

But geology is rarely that clean.

Neither are property records.

Neither are regulatory files.

So what can we safely say now?

Western Ashley County was repeatedly explored for petroleum.

The area around Crossett contains documented wells penetrating the deep Gulf Coast section.

Renewed drilling occurred around 1980.

Later local wells appear to have produced petroleum and left behind the pump-jack landscape that survives in the area today.

What we should not yet do is attach every precise production number, discovery date, reservoir name, or operator history to that story without reconciling the Arkansas Oil and Gas Commission files.

That may sound overly cautious.

It is actually the opposite.

It is how we protect the parts of the story that are true.

The pump jacks in the pines are interesting enough without exaggeration.

If they represent a tiny surviving Ashley County oil field, the original records will show it.

And if the official history turns out to be more complicated than the name “Crossett Field” suggests, that is interesting too.

Because the goal is not to manufacture a local oil legend.

The goal is to recover the one that actually happened.

Sources: This essay draws on the supplied research packet’s two overlapping reconstructions of petroleum activity in western Ashley County. Both support historical drilling and renewed exploration around 1980; however, they differ in how definitively they characterize the Crossett field, individual producing wells, reservoir names, cumulative production, and operator history. Those specific points should be reconciled against Arkansas Oil and Gas Commission completion, field, and production records before being presented as settled fact. Unless otherwise indicated, essay researched and written by K. Brad Barfield.

02/09/2026

What Happened in Section 10

By K. Brad Barfield

By the early 1980s, the petroleum story west of Crossett had narrowed from a regional question to something much more specific.

A particular section of land.

A particular drilling location.

A particular attempt to find oil beneath the pine woods.

The surviving research materials point to Section 10, Township 18 South, Range 9 West as one of the important locations in the later Crossett-area drilling story.

That sounds almost meaningless until we translate it.

The Public Land Survey System divides much of Arkansas into townships six miles square. Each township is divided into 36 numbered sections, each nominally about one square mile.

So “Section 10” is not a field name.

It is an address written in the language of land surveying.

And for petroleum exploration, that address matters.

A well is never drilled merely “near Crossett.”

It occupies a precise position on a particular tract, tied to mineral leases, property records, drilling permits, geological maps, and later production records.

That precision becomes especially important in a place where the underground geology changes over short distances.

The Cotton Valley sandstone beneath western Ashley County was not one continuous reservoir waiting to be punctured anywhere within the township.

As we have seen throughout this series, these sands can be irregular.

A channel can curve.

A sand can thicken.

It can pinch out.

One well can encounter reservoir rock while another nearby hole reaches the same general interval and finds little worth producing.

That is why Section 10 becomes interesting.

The research packet identifies renewed drilling in this immediate area during the period when operators were reconsidering the Crossett prospect. The significance of those wells was not simply that somebody drilled again.

The significance was that the later drilling appears to have encountered enough petroleum to change the nature of the local question.

Earlier operators had asked:

Could oil exist beneath this part of Ashley County?

The later wells suggested a more practical question:

Could it actually be produced here?

That distinction is enormous.

Oil encountered while drilling is not automatically a commercial discovery.

A well must be completed.

The reservoir has to deliver fluid to the wellbore.

Production must be measured.

Formation water has to be handled.

Equipment must be installed.

And the well has to produce enough revenue to justify keeping it alive.

In a small field, that may never look spectacular.

There may be no towering gusher.

No boomtown.

No forest of derricks.

The end result may simply be a pump jack moving slowly in a clearing among the pines.

That quiet appearance can hide how improbable the entire chain of events actually was.

Ancient rivers had to deposit the right sand.

The rock had to retain porosity.

Petroleum had to migrate into it.

A trap had to preserve it.

Earlier drilling had to provide enough information to justify another attempt.

And then the new borehole had to intersect the productive portion of the reservoir.

Section 10 therefore represents something larger than a legal land description.

It represents the point where millions of years of geological history intersected with twentieth-century exploration decisions on one square mile of western Ashley County.

But there is an important caution.

The supplied research contains conflicting levels of certainty about the exact well-by-well history here. One part presents a detailed discovery narrative; another advises that Arkansas Oil and Gas Commission completion and production records should be reconciled before assigning a definitive discovery well, exact producing sand, or formal field status.

So we should not improve the story by making it cleaner than the evidence allows.

What the surviving material does support is this:

By around 1980, operators had returned to the Crossett area.

Section 10 became part of that renewed drilling effort.

And wells in this immediate western Ashley County landscape became central to the small petroleum system whose remnants can still be seen today.

The next step is to identify exactly what those wells found.

Not from memory.

Not from local legend.

From the records.

Sources: This essay draws on the supplied research packet’s reconstruction of renewed drilling in Section 10, Township 18 South, Range 9 West, west of Crossett, and its explanation of Cotton Valley reservoir variability and later Crossett-area petroleum activity. Because the supplied research products differ in how definitively they describe the discovery and production history, exact well identity, completion interval, producing sand, and formal field designation should be confirmed against Arkansas Oil and Gas Commission records before publication as settled fact. Unless otherwise indicated, essay researched and written by K. Brad Barfield.

Ashley County Now

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