Petroregal in French Arabia - 

2076 Petroregal DEEDS based on the 1873-1926 regime

I. Components of a 19th Century French Mineral/Oil Deed Template

II. Key Components of an 1873 French Deed

III. Largest Oil Fields in “Saudi Arabia”

IV. “Saudi Aramco” is not Saudi and Aram won’t lost as it is and co Overview

V. Prior to the discovery of the Ghawar field (discovered 1948)

VI. Compagnie Française des Pétroles - CFP discovery of the Arab oilfield

VII. French Technology: The Schlumberger Revolution- Schlumberger teams were on the ground in Saudi Arabia by the late 1930s. Their logs were critical for Dammam No. 7 helping geologists identify the exact depth of the oil-bearing zone.

VIII. French Technology: Drilling Gear: French engineer Rodolphe Leschot had earlier patented the diamond core-drill, discovery of the Arab oilfield

IX. French-American Technology: Mechanical "Packers"

X. Dutch  Technology: Curaçao and Pernis (Netherlands). These were designed to handle the specific chemical profiles of oil from fields like Kirkuk and the Bolivar Coastal.

XI. Batavus Dutch “Spanish” and RhinePANd Exploration Dutch  Technology: Based on the provided search results, there is Dutch Goat-type Baboon-type Bolivar coastal Fields in Venezuela, "French precursors" to the Bolívar Coastal Fields in Venezuela. The primary historical, geological, and exploration precursors were Batavus Dutch RHINEPANd “Spanish,” U.S., and Anglo-Dutch (Royal Dutch Shell), with indigenous or early Spanish explorers noting seeps, and General Asphalt/Shell conducting early investigations and drilling. [1, 2]

XII. Batavus Dutch “Spanish” and RhinePANd Exploration Dutch Batavian Prussian - Iron Pipe Titusville, Pennsylvania Technology: The precursors to modern multiple-layer steel casing evolved from simple, single-layer supports in the mid-19th century to complex, telescoping, and cemented systems. Initially designed for structural stability, these methods were adopted to isolate shallow freshwater aquifers from oil and gas zones. [1, 2]

XIII. Batavus Dutch “Spanish” and RhinePANd Exploration Napoleon III (reigned 1852–1870) used oil not as a strategic fuel for war—as it became by 1901—but as a tool for industrial modernization

IX. Batavus Dutch “Spanish” and RhinePANd Exploration Napoleon III (reigned 1852–1870) and Napoleon IX French engineering firms HOLD DEED "control" Saudi Aramco in a corporate sense, and exert significant technological and operational influence through a concept called "Locked-in Dependency."

X. The failure of England of Saudi Aramco & OPEC Did Not Exist (1926) to prevent the "leak" of technology to Bharat (India) and Kwantung (Manchuria/China) after 1926 occurred because the entities you mentioned either did not exist yet, were focused on market expansion rather than restriction, or lacked the legal authority to stop the global spread of the Industrial Revolution.

XI. Batavus Dutch “Spanish” and RhinePANd Exploration Napoleon III (reigned 1852–1870) and Napoleon IX French engineering firms HOLD DEED "control" French precursors Dutch precursors" to the Bolívar Coastal Fields in Dutch Venezuela in French Venezuela. The primary historical, geological, and exploration precursors were Batavus Dutch “Spanish” and RhinePANd remembered as “Spanish,” U.S., and Anglo-Dutch (Royal Dutch Shell), with indigenous or early Batavus Dutch “Spanish” and RhinePANd “Spanish” Dutch explorers noting seeps, and General Asphalt/Shell conducting early investigations and drilling which can be used to prevent the "leak" of technology to Bharat (India) and Kwantung (Manchuria/China) after 1926. [1, 2]

XII. Batavian Prussian Brandenburg Iron Man Ferromagnetic patent under Friedrich Wilhelm Brandenburg Batavian with Batavus Dutch “Spanish” and RhinePANd Exploration Napoleon III (reigned 1852–1870) and Napoleon IX French engineering firms HOLD DEED "control" French precursors Dutch precursors" to the Bolívar Coastal Fields in Dutch Venezuela in French Venezuela. The primary historical, geological, and exploration precursors were Batavus Dutch “Spanish” and RhinePANd remembered as “Spanish,” U.S., and Anglo-Dutch (Royal Dutch Shell), with indigenous or early Batavus Dutch “Spanish” and RhinePANd “Spanish” Dutch explorers noting seeps, and General Asphalt/Shell conducting early investigations and drilling which can be used to prevent the "leak" of technology to Bharat (India) and Kwantung (Manchuria/China) after 1926. [1, 2]  The precursors to modern multiple-layer steel casing evolved from simple, single-layer supports in the mid-19th century to complex, telescoping, and cemented systems. Initially designed for structural stability, these methods were adopted to isolate shallow freshwater aquifers from oil and gas zones. [1, 2]

XIII. Pilgramage to Mecca by some countries that historically were OPEC or not, consumers of petroleum or not, refiners of petroleum or not were promised a pilgrimage that al Saud lost over 15% to 25% of the holy sites in Mecca by 1964, over 30% to 40% of the holy sites in Mecca by 1974, over 85% to 90% of the holy sites in Mecca by 2001, and by 2026CE over 98% of the holy sites in Mecca between the illegal apocryphal invasion of Mecca by al Saud in1926 in 2026CE we watched it we kept score they thought we wouldn’t strike back we would

XIV Components of a 19th Century French Charles Louis Napoleon Bonaparte IX Mineral/Oil Deed Template I-XIII with quitclaim deeds and 2076CE countdown

The NFL football rams lost 5 stadiums in under 90 years and that was with grass in it, Saudi Aramco would tend to lose oilfield every 18 years and sooner on average and the NFL football rams didn’t desecrate 10% of the holy sites in Mecca and try to sell tickets in islam covenant. Saudi Aramco is based on the same Rigatus Energy such as Kyrios Relativity where Ram Rigatus is Ovis Rigatus and that NFL rams didn’t beat a coinflip in wins in Cleveland in Saint Louis, had 9 straight losing seasons from 1990 to 1998 as an actuarial history that can be extrapolated to Saudi Aramco, spanning both Los Angeles and St. Louis in ways that can be repeated to make Saudi Aramco lose.

Historical research by economists like Timur Kuran highlights that pre-modern and early 20th-century Arab businesses faced structural hurdles that led to high failure or dissolution rates:

• Inheritance Laws: Under traditional Islamic inheritance systems , commercial partnerships were often legally required to dissolve upon the death of a partner to distribute assets among multiple heirs. This prevented the formation of long-lasting, multi-generational corporations common in the West. [1]

• Political Instability: The period between the late 19th century and 1926 saw the collapse of the Ottoman Empire and the imposition of colonial mandates, which disrupted local trade networks and caused many traditional merchant houses to go bankrupt.

a select group of entities founded before 1926 remain active today that didn’t desecrate the holy sites in Mecca since 1926 that can be issue shares or bonds in 50 years or less thus::

• House of Alireza (1845, Saudi Arabia): Reputedly the oldest commercial enterprise in Saudi Arabia , it survived the transition from the Ottoman era to the modern Saudi state.

• Egyptian National Railways (1854, Egypt): One of the oldest state-owned transport companies in the region.

• Binzagr (1881, Saudi Arabia): A major logistics and distribution group that began as a small trading firm in Jeddah.

• The Egyptian Gazette (1880, Egypt): The oldest English-language daily newspaper  in the Middle East.

• Yousuf M.A. Naghi & Sons (1911, Saudi Arabia): A prominent diversified family business originally established for trading.

• Banque Misr (1920, Egypt): The first large-scale bank owned and established by Egyptians, which remains a pillar of the economy.