Zion Oil and Gas Inc (QB)【ZNOGW】株式ニュース

The 350 Meters Were Real, The Oil Wasn't

(Figure 1. The two tracks of the Golan story, 2013–2020: what was said publicly, above the line, and what was filed with the SEC, below it.)

A Genie Energy case study in how to read an exploration headline — by Ethan

ZNOG

READ THIS FIRST — NOT INVESTMENT ADVICE: This is an independent educational analysis — a factual reconstruction drawn from public SEC filings (Genie Energy Ltd., CIK 1528356), company press releases, court and planning records, contemporaneous news coverage, and peer-reviewed research. It is NOT a forecast, NOT a recommendation, and NOT investment advice concerning any security. The author is a long-term ZNOG shareholder; Genie Energy (GNE) is discussed solely as a regional case study. Nothing herein confirms anything any company has not itself filed or published. Oil and gas exploration involves substantial risk, including total loss of capital.

.THE QUESTION EVERYONE STOPPED ASKING
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If you followed Israeli oil in the autumn of 2015, you remember the headline. A company drilling in the southern Golan Heights had reportedly found an oil column three hundred and fifty meters thick — ten times a typical find — with “billions of barrels” in play. The company was backed by some of the most famous names in Western public life. Israeli television carried the chief geologist’s interview; wire services carried it around the world; and for a season, the Golan was the most exciting address in oil.

And then — nothing. No gusher, no scandal, no dramatic collapse. The story simply faded from view, the way stories do when neither triumph nor catastrophe arrives to end them. A decade later, most people who remember the headline could not tell you how the story ended, or whether it ended at all.

It ended. It ended in writing, in filings signed by the company’s own officers and in research published by the company’s own scientists. This article reconstructs that ending — what was actually said in 2015, what the rock actually contained, what the company told the SEC while the headlines were still warm, and why the venture’s quiet death teaches every reader of exploration headlines, ZNOG’s included, exactly how to hold the next exciting announcement.

One discipline note before we begin, in keeping with this library’s standard: every dated claim below traces to a primary document — an SEC filing, a company release, a court or planning record, or a peer-reviewed paper. Where the record is illustrative rather than measured, we say so.

.OCTOBER 7, 2015: WHAT WAS ACTUALLY SAID
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The announcement that lit the fuse came on Israel’s Channel 2 news. Dr. Yuval Bartov, chief geologist of Afek Oil and Gas — the Israeli subsidiary of US-listed Genie Energy — described a target stratum roughly 350 meters thick at a depth of about a kilometer, across three drilling sites. Media reports translated the find into potential “billions of barrels.”

.THE SENTENCE, READ CAREFULLY

But Bartov’s most-quoted sentence deserves a careful reading, because it turned out to be precisely, lawyer-grade accurate: “The important thing is to know the oil is in the rock, and that’s what we now know.” Note what that sentence does not say. It does not say the oil flows. It does not say the oil is recoverable. It says the oil is in the rock — and as we will see, that is a statement about a category of resource that the industry knows intimately, and that almost never makes the news under its true name.

.THE TIMING, DOCUMENTED

The timing around the announcement is part of the documented record. Four weeks earlier, on September 9, 2015, Genie announced that Lawrence Summers, Bill Richardson, Mary Landrieu, and James Woolsey had joined its Strategic Advisory Board — chaired by Michael Steinhardt, alongside existing members Richard Cheney, Rupert Murdoch, and Lord Jacob Rothschild. This article draws no conclusions about intent from that sequence; the dates are simply part of the record, and they explain both the extraordinary media wattage the announcement received and the durable conspiracy folklore that grew around the project afterward.

.THE HONEST RECORD

One more entry in the honest record: the announcement’s wave reached everywhere — including our own company. On the same day as the Channel 2 report, Zion Oil & Gas issued a release referencing the reported Golan discovery. Excitement about Israeli oil is an ecosystem, and in October 2015 the whole ecosystem moved together.

(Afek drilling operations in the southern Golan. Photo courtesy Afek Oil and Gas, via contemporaneous press coverage.)

.WHAT “OIL IN THE ROCK” ACTUALLY MEANS
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This is the heart of the story, and it requires ten minutes of geology. Readers who internalize this section will never read an exploration headline the same way again.

.SOURCE ROCK 101

Crude oil is not born as oil. It begins as organic matter — plankton, algae — settling into oxygen-poor mud on ancient sea floors. Buried and compacted over geological time, that organic matter becomes kerogen: solid, waxy hydrocarbon material locked inside otherwise ordinary rock. A rock rich in kerogen is called a source rock, and a source rock is exactly what its name says: a potential source of oil.

.It is not a pool of oil. Nothing in it flows.

.THE EARTH’S KITCHEN

To turn kerogen into oil, the earth must cook it. Burial depth brings heat; heat plus geological time “matures” the kerogen through a well-mapped sequence: immature kerogen first softens into bitumen — heavy, viscous, essentially immobile tar — and only with further heat does bitumen crack into light, mobile, flowable crude. Geologists call the temperature band where that final transformation happens the oil window. Too shallow and cool, and you have undercooked rock: kerogen and bitumen, oil that is technically “in the rock” but will not move. Too deep and hot, and the oil cracks onward into gas.

.OIL SHALE BY ANOTHER NAME

When a source rock rich in immature kerogen lies near the surface, the industry calls it oil shale — and the only way to get oil out of it is to do the earth’s cooking artificially, mining or heating the rock in place. That is expensive, energy-hungry, and environmentally fraught, which is why oil shale projects around the world have such a difficult history.

.THE GOLAN TARGET, NAMED

Now the key fact of the Golan story, established in the peer-reviewed literature: Afek’s target was the Ghareb and Mishash formations — Late Cretaceous, organic-rich chalk and marl, a Type II-S source rock. This is the same rock family as Jordan’s famous oil shales and the “oil shale member” of Israel’s Shfela basin. In plain terms: the Golan target was the oil-shale formation, under a different name and a basalt roof.

.THE AFEK THESIS: NATURE’S OVEN

That is not an accusation — it is the setup for understanding what Afek’s scientists were genuinely hoping. The company’s thesis, described in contemporaneous reporting, was that the Golan basin was special: that unusually high heat flow — the region is capped by young volcanic basalts — had done the cooking naturally, maturing the kerogen into liquid oil without anyone needing to build a retort. Nature’s oven, already run.

.THE KEROGEN PEOPLE

The people holding that thesis were the right people to hold it. When Israel Energy Initiatives’ Shfela oil-shale project — which planned to heat the very same rock artificially — was effectively killed by a planning committee in 2014, much of its scientific staff moved to Afek, including chief scientist Harold Vinegar, formerly Shell’s chief scientist and one of the world’s foremost authorities on in-situ conversion of oil shale. Afek was, in its scientific DNA, a kerogen company — and it went to the Golan to test whether nature had finished the job the Shfela project never got to start.

.READ THE SENTENCE AGAIN

Read Bartov’s sentence once more with all of this in mind: “The oil is in the rock.” For a Type II-S source rock, that sentence is true the moment you confirm rich kerogen and bitumen in your cores. The billion-dollar question was never whether oil was in the rock. It was how far the earth’s cooking had progressed — and that question would be answered not by press conference, but by well tests.

(Afek’s own published site infographic: the pre-drill plan — Bashan Volcanics cover, Adullam and Taqiya carbonates, and the Ghareb–Mishash “Target Layer.” Marked “illustration” by the company.)

(Figure 2. The same column, after the fact. Only starred depths are sourced measurements; the maturity verdict comes from research co-authored by Afek’s own scientists.)

.THE DRILLING RECORD
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Afek received its exclusive petroleum exploration license over roughly 400 square kilometers of the southern Golan in early 2013 (records cite the award in February 2013 and the license in April 2013). Environmental petitions — from the Society for the Protection of Nature in Israel and others — took the project to Israel’s High Court, and drilling did not begin until December 30, 2014, on a first well planned to about 3,280 feet, roughly one kilometer. Israel’s Northern District planning committee had approved a ten-well, three-year exploratory program in July 2014.

The wells carried the license’s name, Ness (“miracle”): Ness 5 south of Katzrin, Ness 3 near the Bnei Yehuda industrial area, Ness 6 near Moshav Kanaf, Ness 10 north of the Sheikh-Ali Fault, and Nes 12 — which at about 150 meters struck not oil but high-quality water, a detail that will return at the end of this story. Through 2015 and 2016 the program drilled, cored, and ran well-flow tests; a two-year license extension was granted in November 2015 amid the post-announcement excitement.

Then, on November 16, 2017, Genie announced that the target zone of Ness 10 — the northern well drilled specifically to chase the play’s best remaining case — “does not contain commercially producible quantities of oil or natural gas.” Drilling was suspended, and Genie told shareholders it was sharpening its strategic focus on its retail energy business. The public story mostly ends there. The filed story had been ending for over a year already.

(Rig work at a Golan exploration site. Photo via contemporaneous press coverage of the Afek program.)

.THE SEC RECORD: WHAT SHAREHOLDERS WERE TOLD
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Genie Energy is a US-listed company, and its filings — signed under securities law — form the venture’s authoritative ledger. Two write-downs tell the story with a bluntness no press release ever matched.

.TWO WRITE-DOWNS

In the third quarter of 2016 — less than a year after the “billions of barrels” broadcast — Genie determined, based on analysis of the first five wells and market conditions, that it had no clear path to demonstrating even probable or possible reserves in the southern license area, citing substantial doubt regarding economic viability. It wrote off $41.0 million of capitalized exploration costs. In the fourth quarter of 2017, following the Ness 10 result, it wrote off the northern region as well: another $6.5 million.

.THE FINAL ENTRY

The final entry came in an 8-K dated December 21, 2020. A last planned test on the one completed well that had shown enough hydrocarbon evidence to justify hope was performed that month. The filing’s language is the epitaph of the entire venture:

.“no traces of light oil were found.”

Afek began shutting down operations, cleaning and sealing wells per regulatory requirements, with full cessation on or about December 31, 2020. The oil and gas segment moved to discontinued operations, and the Golan disappears from Genie’s EDGAR trail thereafter.

.THE ADJECTIVE THAT MATTERS

Note the adjective in that final sentence — light oil. Not “no oil.” No traces of light oil: the mobile, flowable crude that the oil window produces. It is the same distinction Bartov’s 2015 sentence carried, now read in the other direction. The oil was in the rock in 2015, and it was still in the rock in 2020 — as kerogen and bitumen, exactly where the earth’s unfinished cooking had left it.

.THE WRITE-DOWNS, PER SEC FILINGS (CIK 1528356)

Q3 2016 · Southern license area (first five wells) · “No clear path to demonstrating probable or possible reserves… substantial doubt regarding economic viability” (10-K FY2017) · $41.0M
Q4 2017 · Northern region (Ness 10) · Target zone “does not contain commercially producible quantities” (announcement Nov 16, 2017) · $6.5M

Total capitalized exploration written off: $47.5M

.THE POLITICS TEST
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No honest account of this story can ignore its political dimension, and no disciplined account can hide behind it. The Golan Heights is territory whose status is contested under international law; the license drew High Court petitions, sustained NGO campaigns, pointed questions from international media about the legality of resource extraction in occupied territory, and — remarkably — activist filings inside the SEC’s own system: a 2016 shareholder-proposal document arguing the project’s exposure under the Hague Regulations. The opposition was real, documented, and vigorous. Given the famous names on the advisory board, it has always been tempting to conclude that politics, not geology, killed the project.

.THE CONTROL EXPERIMENT

The record supplies a rare thing: a control experiment. Political friction peaked in 2013–2016 — and drilling proceeded anyway, well after well. Then, in March 2019, the United States formally recognized Israeli sovereignty over the Golan Heights: for a US-listed company, the single greatest political de-risking the project could ever receive. If politics had been the binding constraint, this was the moment to accelerate.

What actually happened is in the filings. Nothing revived. Twenty-one months after recognition, Genie ran one last test, found no traces of light oil, and shut the venture down.

.Politics made the project slower, louder, and more expensive. The rock is what made it end.

This library’s standard is to document individual, provable facts and decline to assert group motives. Applied here, that standard cuts in an unexpected direction: it rescues the Golan story from the conspiracy shelf and returns it to the geology shelf, where its lessons are actually useful.

.THE SCIENCE POST-MORTEM — WRITTEN BY AFEK’S OWN TEAM
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Here is the remarkable coda. The definitive scientific answer to the 350-meter question was published in 2020 in Marine and Petroleum Geology — and its author list includes Harold Vinegar, credited with conceptualizing “the goals and the reasons for drilling in the Shfela and Golan basins,” and Yuval Bartov himself. The paper thanks the companies for releasing the research. The people who made the announcement also published its post-mortem.

.Which is, whatever else one says about this venture, scientific integrity of a high order.

.THE FINDING

The finding: across the ~350-meter organic-rich section in the Golan basin, thermal maturity increases with depth from an early maturation state down to the peak of bitumen generation. Research cores tell the same story — an early-mature sample from 1,051 meters, with the deepest studied material from about 1,290 meters reaching peak bitumen. Bitumen: the heavy, viscous, immobile middle stage of the earth’s kitchen.

.The light-oil window — the final transformation that makes crude flow — was never reached.

.So the famous 350 meters was real. The organic richness was real.

The natural maturation thesis was even partially real: nature had indeed started the oven. It simply never finished. Bartov’s 2015 sentence and Genie’s 2020 filing turn out to be the same sentence spoken eight years apart — the oil is in the rock; no traces of light oil — both true, both precise, and between them the entire distance between a headline and a barrel.

(Figure 3. The four gates between a geological headline and a commercial discovery — and where the Golan story stopped.)

.THE WATER FOOTNOTE
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Every story deserves its grace note, and the Golan venture’s is genuinely lovely. The one undisputed, producing discovery of the entire program came from Nes 12 — the well that hit high-quality water at about 150 meters. Afek gave the National Water Authority access to the well, and in 2016, during a sustained regional drought, the Mei Golan agricultural cooperative hired Afek — the drilling expertise was real, whatever the rock withheld — to develop a water production well for Golan farmers.

.They went looking for oil. They left behind water.

On this forum, of all places, that ending needs no further commentary.

.WHAT THIS TEACHES ZNOG READERS
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This library does not tell the Golan story to gloat over another company’s failure — Afek drilled real wells, published its own post-mortem, and honored its regulatory obligations on the way out. We tell it because it is the cleanest teaching case in our region for four disciplines every exploration investor needs.

.LESSON ONE — THE FOUR GATES

First: oil in the rock, recoverable oil, and commercial oil are three different things, separated by gates that each say no independently. Thickness headlines live at the first gate. Payouts live at the last.

.The Golan cleared gate one magnificently and died at gate two.

When you read any resource announcement — anyone’s — locate which gate the sentence is actually describing.

.LESSON TWO — NEIGHBORHOOD ? EQUIVALENCE

Second: geological neighborhood is not geological equivalence. On a regional map, the Syrian fields along the Palmyride trend, the Golan basin, and Zion’s Megiddo-Jezreel license can look like one connected oil province. They are three different geological stories: the Syrian fields are their own proven system; the Golan play was a shallow Cretaceous source rock under basalt, betting on natural maturation; Zion’s Megiddo-Jezreel program targets deeper, older objectives with a different thesis entirely.

.The Golan’s failure proves nothing about Zion — and, with equal force, regional success stories prove nothing for it. Each play answers only to its own rock.

.LESSON THREE — EXACT WORDS MATTER

Third: exact words matter. “The oil is in the rock.” “No traces of light oil.” “Does not contain commercially producible quantities.” Companies choose these words with counsel in the room. The discipline of reading the exact sentence — rather than the headline built on top of it — is the single highest-return habit an investor in this sector can form.

.LESSON FOUR — THE FILINGS ARE THE RECORD

Fourth: the filings are the record. Press releases fade, television interviews are forgotten, but 10-Ks and 8-Ks are permanent, signed, and searchable. Every decisive fact in this article came from EDGAR or peer review — which is exactly why this library verifies against primary sources before publishing anything, about any company, in any direction.

.THE HONEST MIRROR

And the honest mirror, because our standard requires it: these same four disciplines apply to hopeful stories, ZNOG’s included. The Garb estimates are professional assessments of recoverable volumes if a discovery is made — gate-two-and-three numbers, contingent on gate two opening. MJ-02 is the current test of that gate. We hold our own story to the standard this article applies to Genie’s, or the standard is worth nothing.

.SOURCES
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Genie Energy Ltd., Form 10-K for FY2017 (filed March 2018), SEC CIK 1528356 — Q3 2016 and Q4 2017 exploration write-downs and stated bases. · Genie Energy Ltd., Form 8-K, December 21, 2020 — final well test, shutdown, discontinued operations. · Genie Energy press release, September 9, 2015 — Strategic Advisory Board appointments. · Genie/Afek announcement, November 16, 2017 — Ness 10 result and suspension. · Afek/PRNewswire, September 19, 2016 — Nes 12 water and Mei Golan work. · Energy Voice, February 2015 — spud and planned first-well depth. · Times of Israel and Globes coverage, October 2015 — announcement and contemporaneous caution. · HLRN/Haaretz reporting — license, legal challenges, geological theory. · Shareholder proposal filing (PX14A6G), April 2016 — international-law objections on EDGAR. · Rosenberg, Reznik, Vinegar, Feinstein, Bartov et al., Marine and Petroleum Geology (2020) — Type II-S maturation across the ~350 m Golan section; peak bitumen generation. · Organic-rich carbonates core study, Journal of Petroleum Science and Engineering (2020) — core depths 1,051–1,290 m. · Afek Oil and Gas public site infographic (English) — formation sequence and site plan, marked “illustration” by the company. · Wikipedia, “Genie Energy,” for well names and license chronology, cross-checked against the above.

By Grace Alone Go I

THE MANASSEH REPORT EDITION II THE ROAD AHEAD

"The Road Ahead — Three Stages Between Here and an Answer"
Edition II · July 2026 · By Ethan · An independent shareholder record

ZNOG

READ THIS FIRST — NOT INVESTMENT ADVICE: This report is a factual and educational summary compiled from Zion Oil & Gas SEC filings, company press releases, zionoil.com operational updates, public market-quote sources, and the general petroleum-engineering literature. It is not a forecast, recommendation, or investment advice, and the author is not a financial advisor. Nothing herein confirms any operational milestone, well result, completion design, or price outcome that has not been publicly filed or announced by the company. Illustrative material is labeled as such throughout.

.WHERE THINGS STAND
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The last word from the company remains the June 10, 2026 press release — simultaneously filed as an 8-K — announcing that MJ-02 sidetrack field operations had commenced: the well re-entered, the temporary plug being drilled out, with wellbore conditioning and the planned horizontal sidetrack still ahead. The rig, recertified and recommissioned, now works under the name JB-1, in honor of founder John M. Brown. .That places operations at Stage 1 of the six-stage road — and as of this writing, July 5, no further operational update has been issued. Roughly three and a half weeks of quiet.

Quiet is not news, and this report will not pretend it is. What the quiet does give us is time — time to walk, carefully and in order, through the five stages that remain between today's plug drill-out and the only event that answers the question every shareholder carries: a flow test. That walk is this edition.

(Figure 1 — The six-stage road from plug drill-out to flow test. Stage labels per the six-stage sequence in Zion's June 10, 2026 press release. Only Stage 1 is confirmed by a primary source as of July 5, 2026.)

Three other clocks are running in the background, all facts, none resolved:

The warrants. On June 30, three warrant series — ZNWAS (145,180,117), ZNWAU (19,147,462), and ZNWBB (15,000,000), together 179,327,579 warrants, all at a $0.25 strike — reached their expiration date. .Whether they were exercised, extended, or lapsed is not confirmed in any filing as of this writing. The next 10-Q share count, or any 8-K or prospectus supplement in between, will tell us. Until then it is an open question, and we treat it as one.
The license. License 434 ("Megiddo Valleys") is valid through September 13, 2026. Management stated at the June 2 annual meeting its intent to exercise the first of four contractual one-year extension options; the application window closes on or about August 13, 2026. .No extension appears in any primary source yet. This is the next hard calendar milestone.
The tape. ZNOG last closed at $0.40, down 6.76% on the session (Thursday, July 2 — the final session before the Independence Day weekend). We note the price as observed fact and assign no cause.

(ZNOG's July 2, 2026 session — an early slide to the $0.39s, then a flat afternoon pinned at $0.40 into the close. Observed market data; no cause assigned.)

Now, the road ahead.

.SECTION 2 — STAYING IN THE ZONE: HOW YOU STEER A DRILL BIT TWO MILES DOWN
(Covers Stages 2-4: wellbore conditioning, sidetrack kickoff, lateral drilling)
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Here is the problem in one sentence: the drilling team must guide a bit that is roughly five kilometers away from them, by remote measurement alone, out of a vertical hole and into a horizontal path that stays inside a rock layer that may be only meters thick — and keep it there for the length of the lateral.

(The shape of the problem — vertical bore, curve, and steered lateral. AI-generated illustration with generic American stratigraphy; not Zion's geology or geometry — MJ-02's target lies deeper than the 2 miles shown.)

Everything about Stages 2 through 4 is in service of that sentence.

.CONDITIONING (STAGE 2) is the unglamorous prerequisite. Before anything can be steered, the existing wellbore below the re-entry point must be circulated clean, its casing verified, and the mud system brought to the weight and properties the sidetrack plan calls for. The June 10 release named this step explicitly as what follows the plug drill-out. It generates no headlines, and skipping it generates disasters.

.THE KICKOFF (STAGE 3) is where MJ-02 stops being a vertical well. The standard tool is a whipstock — a long steel wedge set inside the casing at the chosen kickoff depth. A mill run against the whipstock's face cuts a window through the casing wall, and the new bore exits sideways through that window, leaving the original deeper hole plugged and abandoned below. From the window, the build section begins: the bit gains angle at a planned rate (the "build rate," conventionally measured in degrees per hundred feet — the schematic below is illustrative, since Zion has not published the sidetrack's geometry) until the bore turns from vertical to horizontal. Drillers call the finished arc "the curve," and the moment the bore reaches the target layer at horizontal is called "landing."

This, incidentally, is the quiet answer to a question long asked: why sidetrack MJ-02 rather than re-use MJ-01, twenty feet away? MJ-01's 7-inch casing, tied back to surface, constrained the length and quality of any horizontal leg it could host. MJ-02's architecture gives the curve and lateral room to be done properly. The two wells remain one continuous story: MJ-01 established that hydrocarbons are present in the Triassic; MJ-02 exists to test whether a properly engineered horizontal can make them flow.

.THE LATERAL (STAGE 4) is where geosteering earns its name. Just behind the bit rides a package of instruments — MWD (measurement while drilling) for the bore's inclination and azimuth, and LWD (logging while drilling) sensors, most importantly gamma ray, which reads the natural radioactivity of the rock the bit is currently in. The readings travel to surface not by wire but by mud-pulse telemetry — pressure pulses sent up through the drilling mud itself, decoded at surface in near-real time. The steering itself is done either with a bent mud motor — oriented, then slid in the desired direction — or with a rotary steerable system (RSS), a tool whose pads push against the borehole wall to nudge the bit's path while the whole string keeps rotating; RSS is the modern standard for long laterals because it steers continuously without stopping rotation.

(A "push-the-bit" rotary steerable tool — actuation pads press against the borehole wall to steer while drilling. AI-generated illustration, for education.)

The geosteering team compares the incoming gamma-ray signature against the expected signature of the target layer, built from MJ-01 and MJ-02's own vertical logs and the 3D seismic. Rock layers are not perfectly flat — they dip, roll, and fault — so the lateral is not drilled blind along a straight line; it is steered, nudged up or down in small corrections, to follow the layer wherever it actually goes. When the gamma signature drifts toward that of the rock above or below the target, the team adjusts before the bore exits the zone. The fraction of the lateral that stays inside the target — "in-zone percentage" — is one of the quietest but most consequential numbers in horizontal drilling, because rock outside the zone contributes little or nothing when the well flows.

(AI-generated illustration of what a geosteering workstation display looks like — the red path is the steered lateral following the target band, with gamma-ray and resistivity tracks at left. This is NOT actual geosteering software, NOT Zion data, and its incidental text labels are AI artifacts — it conveys the concept only.)

(Figure 2 — Whipstock, curve, and steered lateral. Schematic, not to scale; depths, angles and lateral length are illustrative — Zion has not published MJ-02 sidetrack geometry.)

What would we expect to hear during these stages, based on how Zion has communicated to date? Company updates have marked stage transitions, not daily footage. A release confirming the kickoff — the moment MJ-02 becomes a horizontal well in fact rather than in plan — would be the natural next milestone. We do not know when. Nobody outside the company does.

.SECTION 3 — ACID, NOT SAND: WHY A MOHILLA COMPLETION WON'T LOOK LIKE A TEXAS FRAC
(Covers Stage 5: liner and completion)
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A drilled lateral is a hole, not a well. Stage 5 — running a liner into the lateral and completing it — is what turns rock access into a flow path. And here is where an assumption quietly imported from a decade of American shale headlines needs unpacking, because it does not transfer cleanly to the Jezreel Valley.

The image most investors carry of "completing a horizontal well" is the Texas one: massive proppant fracturing, where fluid is pumped above the rock's fracture pressure and millions of pounds of sand are carried into the cracks to hold them open mechanically. That method rules the Bakken, the Permian, and the Eagle Ford, because shale and tight siliceous rock will not stay open on their own — release the pressure without sand in the crack, and the crack closes.

Zion's deep target is different rock. The Triassic Mohilla is a carbonate — and carbonate's defining chemical property, for a completion engineer, is that it dissolves in acid. That one fact changes the entire menu:

Matrix acidizing pumps acid below fracture pressure. The acid does not crack the rock; it eats selective pathways — "wormholes" — through the rock immediately around the wellbore, dissolving drilling damage and opening natural pores and fissures. It is the gentlest tool in the box and a routine first step in carbonate reservoirs worldwide.
Acid fracturing pumps acid above fracture pressure. The pressure opens a fracture, and the acid etches its faces unevenly before the fracture closes. Because the etched faces no longer fit together, flow channels remain open — no sand required. The rock's own chemistry does the propping. This tool exists only for carbonates.
Proppant fracturing remains available for carbonate-rich rock too — parts of the Eagle Ford, itself a carbonate-rich marl, are propped — but it is a choice among several in carbonate, not the only door, as it is in shale.

Two disciplines to state plainly. First: Zion has not publicly specified the MJ-02 completion design. Nothing above predicts what the company will pump; it maps the toolbox the rock makes available. When a completion is announced, this section is the reader's translation key. Second: the Eagle Ford comparison applies to play type and development method — horizontal laterals through low-permeability carbonate-rich rock targeting the condensate window — and not to a one-for-one copy of Texas completion recipes.

(Two ways to complete a horizontal well — sand-propped fractures, left, versus acid-created wormholes in carbonate, right. AI-generated illustration of general methods; Zion has not specified the MJ-02 completion design, and nothing here predicts it.)

(Figure 3 — The completion toolbox. General industry methods for reference; not a prediction of what will be used at MJ-02.)

One piece of company history is worth recalling here: during the MJ-01 recompletion program, the company reported perforation and stimulation operations followed by flowback, .with gas reaching the surface (May 2025 announcement). Whatever MJ-02's design turns out to be, Zion has now run completion-type operations on this pad, with this crew lineage, in this rock family — experience that did not exist at MJ-01's first completion attempt in 2017-18.

.SECTION 4 — THE ONLY NUMBER THAT MATTERS: HOW A FLOW TEST ACTUALLY WORKS
(Covers Stage 6: the flow test)
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Every stage before this one produces engineering facts. Stage 6 produces the economic fact. A flow test is the controlled experiment that asks the reservoir a single question: at what rate, and at what pressure, will you deliver hydrocarbons to surface — and will you keep doing it?

The mechanics, simplified: the well is opened to flow through a choke — a calibrated orifice at surface, sized in sixty-fourths of an inch — which holds the flow to a deliberate, measured rate. Downhole gauges record pressure. During the flow period, rate is measured while bottom-hole pressure draws down. Then comes the step that looks like nothing and means everything: the well is shut in, and engineers watch the pressure build back up. The shape of that buildup curve is the reservoir speaking — from it, engineers derive permeability, near-wellbore damage ("skin"), and true reservoir pressure. A third phase, extended flow, asks the durability question: does the rate hold, or does it decline, and how fast?

(The machinery of a drill-stem test — downhole packer, tester valve and gauges, surface choke manifold and separator. AI-generated generic illustration: note it depicts a sandstone reservoir; Zion's Mohilla target is carbonate.)

(Figure 4 — Flow period, shut-in buildup, extended flow. Entirely illustrative curves — not data, not a forecast, and not a representation of any Zion well.)

Now the discipline. The number that makes headlines is the initial production rate — the first, highest reading, taken when the reservoir is fresh and the near-wellbore region fully charged. The number that makes a company is the sustained rate months later. They are not the same number, and the gap between them is where retail investors get hurt.

We do not need to reach to Texas for the lesson; it sits thirty kilometers away. Meged-5 — the Givot Olam well in the same Triassic Mohilla family, the closest analogue Zion has — produced light oil at rates reported around 800 barrels per day in its celebrated 2011 period. The rate roughly halved as the decade wore on, and by around 2022 the well had gone inactive; the operator's trailing revenue today is zero, even as stale language elsewhere still describes production in the present tense. One documented well, one complete arc: headline rate, decline, silence. It is the single most instructive chart in Zion's neighborhood, and it is why this report will treat any future initial rate — however joyful the day — as the beginning of the answer, not the answer.

There is one more technical wrinkle specific to what management believes this reservoir holds. The company characterized the MJ-01 fluid at the annual meeting as a gas-condensate accumulation. Gas-condensate reservoirs carry a known engineering phenomenon worth having in vocabulary before any test: when bottom-hole pressure falls below the fluid's dew point, liquid condensate can drop out of the gas inside the rock near the wellbore — a "condensate bank" — which can choke the flow of gas past it and cause rates to fall faster than the reservoir's true capacity would suggest. Managing drawdown to control banking is a core reason gas-condensate flow tests are run carefully, on conservative chokes, rather than opened wide for a spectacular number. .If a future test looks "slow and careful," that may be the engineering working exactly as intended. (General reservoir-engineering literature; stated here as education, not as a description of any Zion test plan.)

And the legal stake: under Israel's Petroleum Law, a discovery in commercial quantities is what entitles a licensee to convert to a long-term production lease. The flow test is not just the technical verdict — it is the event with the power to transform what License 434 is.

.WHAT TO WATCH
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In rough calendar order:

Any operational press release — the next one likely marks a stage transition; the kickoff announcement would be the moment MJ-02 becomes a horizontal well in fact.
~August 13, 2026 — the License 434 extension application window closes. The application, and later the extension itself, should each surface in primary sources.
The next 10-Q (or any interim 8-K / prospectus supplement) — resolves the June 30 warrant question: exercised, extended, or lapsed, and what the share count says.
September 13, 2026 — current license expiry, the date the extension exists to move.

Five stages remain. This edition is the map; the company's releases will be the odometer. We will read each one against primary sources, as always, and publish what the record supports — no more, no less.

By Grace Alone Go I