NEW Disruptive Technology My "X" Sub will be changing directions. I have been focused on Oil and Gas Exploration and Development using a Teach and Mentor line of thinking. I will be changing to "DELSEG" New Focus: Recently, I have obtained a United States Utility Patent eGrant No_12381450 August 5 2025. "SUBTERRANEAN ELECTRICITY-GENERATING SYSTEM" which I call "DELSEG" (Deep Earth Linear Sonde Electron Generation.) I will be offering "DELSEG" on a License Basis to manufacture, sell, and service. It is an Unconventional, Conventional Resource which is the new or existing well bores that can be converted to generating electricity. This is a new innovation and disruptive technology invention primarily for the Oil and Gas Industry, but applicable for generation of electricity in any other business. BACKGROUND The present disclosure relates to the generation of electricity using vertical Linear Sondes below ground level in a vertical shaft. The oil and gas producing industry has existing well bores that can be converted to contain the linear Sondes. Oil and gas wells reach an economic limit and will require plugging and abandoning. There are 100’s of thousands of wells that are currently at their economic limit and in addition and as well as, there are 100’s of thousands orphaned and temporarily abandoned wells that require plugging and abandoning. These wells can be reconditioned and converted by using the existing casing to accommodate the vertical linear Sondes while at the same time plugging off the well bore interval previously used to produce oil and gas and water from a rock reservoir. Existing Pipelines can be converted to use as Conduit for electrical transmission power lines. In addition, new well bores can be drilled and DELSEG installed. This also applies to Energy Generation companies and Utilities. Energy generation utilities are typically called "electric utilities" or "power companies," which are companies that generate and distribute electricity for sale to consumers, often regulated by local and national authorities; they can include investor-owned, publicly owned, or cooperative entities depending on their structure DELSEG combines the technology of the Petroleum Industry drilling and completion methods, including a vast segment of service and supply companies with this new capability in generation of electrons. DELSEG constitutes Renewable Energy Facilities which can also be a Utility-scale electricity provider. DELSEG would offer sustainability, and repeatability. Below PPT color Image for minimum concept clarity only. There are 15 Claims and 11 Drawing Sheets. NOT an advertisement or solicitation for investment. This is a new technology. DM if of interest. @exxonmobil @bp_America @Shell @OilnGasInvestor @IPAAaccess @SecretaryWright @OPECSecretariat #oilandgas #oil #gas #electricygeneration

Invictus Energy Ltd moving ahead with the Musuma-1 Exploratory well. Relatively shallow depth. Invictus Energy's Musuma-1 well is planned to a total vertical depth of approximately 1,500 metres; about 5,000 Feet. • Well Type: Simple, low-cost vertical well • Target: Eastern Margin play in the Cabora Bassa Basin • Resource Estimates: 1.2 trillion cubic feet (Tcf) of gas and 73 million barrels of condensate • Scheduled Spud Date: November 2026 There has never been a well drilled in this part of the Basin - so this is exploration at its best. 👍

The Prospector 5 Drilling Rig experienced a "punch through" with an estimated 115 personnel on board. The rig tips over and sinks. A punch-through is a dangerous offshore incident where a jack-up drilling rig's leg suddenly plunges deep into the seabed. How can it sink? Short Youtube Video explains >> youtube.com/shorts/WxdIPL1EK… x.com/surajit_ghosh2/status/…

Risk - there is geological risk, financial risk, and many other risks in the O&G Industry including offshore: WATCH: Borr Drilling rig sinks offshore Gabon, five missing The Prospector 5 Drilling Rig experienced a "punch through" with an estimated 115 personnel on board. The rig tips over and sinks. (Link below at bottom of post) A punch-through is a dangerous offshore incident where a jack-up drilling rig's leg suddenly plunges deep into the seabed. How It Happens Jack-Up Rigs: These rigs stand on the ocean floor using three or four massive steel legs. At the bottom of each leg is a large footing called a spudcan. Preloading Phase: When the rig arrives at a new location, workers pump ballast water into tanks to weigh the rig down. This forces the spudcans into the seafloor to test and lock in a stable foundation before lifting the hull out of the water. The Layer Problem: Punch-through happens when a strong, stiff layer of soil (like hard clay or sand) sits directly on top of a soft, weak layer of soil (like soft mud or loose silt). The Sudden Drop: The upper layer temporarily holds the massive weight of the rig. Suddenly, the soil layer fails under the load, and the spudcan violently punches through it into the weak layer below. The leg can drop several meters in just a few seconds. Consequences of a Punch-Through Loss of Balance: Because only one leg drops while the others stay still, the rig tilts or lists sharply. Structural Stress: The sudden shift places extreme bending forces and stress on the rig's hull and legs. Capsize or Sinking: In severe cases, the sudden loss of stability can cause the entire platform to capsize, collapse, or sink (such as the recent October 2026 sinking of the Prospector 5 rig off the coast of Gabon). Personnel Risk: The abrupt jolt and tilt pose an immediate physical danger to the crew on board. The video is in the article at this link: energyvoice.com/oilandgas/60…

Video: Pantheon Resources appoints Dave Wilkins as CEO to lead Alaska development strategy - Max Easley moves to SANTOS as President A YouTube Video by Proactive Investors Oct 21, 2026 Link: youtube.com/watch?v=eZqS6oMV… Max Easley (former Pantheon Resources Plc's CEO) is moving to become President Santos Alaska, replacing Bruce Dingeman who is currently the Executive Vice President and President for Alaska at Santos, overseeing key regional operations including the major Pikka Phase 1 oil project on the North Slope.

Invictus Energy Ltd (ASX : $IVZ) (OTCQB: $IVCTF) (VFEX:I $NV) api.investi.com.au/api/annou… 19 OCTOBER 2026

AOGCC Public Notices: The Pantheon Resources Plc subsidiary Great Bear Pantheon LLC has received Approved for converting the Megrez-1 well to a Water Disposal well. North Slope Alaska USA. Screenshot below from my Reddit Sub: 🔽 reddit.com/r/3CPG_PetroleumG…

Invictus Energy Ltd (ASX : $IVZ) (OTCQB: $IVCTF) (VFEX:I $NV) "Musuma-1 wellpad completed and accepted by drilling contractor." Link: api.investi.com.au/api/annou… HIGHLIGHTS • Musuma-1 wellpad construction completed, including all associated civil works and access road upgrades. • Drilling contractor Exalo has formally accepted and signed off the completed wellpad, clearing a key milestone ahead of the rig move. • Exalo Rig 202 to relocate from Mukuyu-2 to Musuma-1, ahead of rig-up and completion of remaining rig maintenance activities. • Following rig-up and maintenance, final rig acceptance will be undertaken prior to commencement of drilling. • Musuma-1 remains on track to spud in November. More information using the link above.

Sharing an Excellent Post with great video - "Here is how analog engineering unlocked Alaska’s oil boom" Been there, did that myself. Credited with the Discovery of the Denver Basin, Colorado US Codell/Niobrara. AAPG Historical article about this discovery titled "Raymond's Folly" >> drive.google.com/file/d/1VRT…

The North Slope of Alaska. A lot of news, I mean a lot about the Alaska LNG and Gasline Projects. @NavalInstitute @US_OGA @USNavy @OilnGasInvestor @SecretaryWright Did you know that the United States Navy was the first to explore for oil and gas? The US Navy “Fighting Seabees” did the construction work !! The federal lands today known as the NPRA (National Petroleum Reserve Alaska) was previously the NPR4 (Naval Petroleum Reserve No.4). The NPR-A is a 23 million-acre roadless area located 200 miles north of the Arctic Circle. Key Facts About Navy Exploration • Naval Reserve Designation: President Warren G. Harding established Naval Petroleum Reserve No. 4 (NPR 4)—now known as the National Petroleum Reserve–Alaska—in 1923 to serve as a wartime fuel source as the fleet transitioned from coal to oil. • The 1944 Expedition: The U.S. Navy launched its major exploratory phase in 1944, sending the 1058th Naval Construction Battalion (Seabees) to set up camps, build airstrips, and transport heavy machinery. • First Arctic Oil Wells: Navy teams drilled the first official Arctic oil wells at Umiat and Cape Simpson in 1945. • Drilling Tally: Between 1944 and 1952, the U.S. Navy drilled 91 test holes across the region, followed by additional exploratory wells contracted through later decades. • Commercial Discovery: While the Navy proved the presence of petroleum, the massive commercial breakthrough came later on March 12, 1968, when Atlantic Richfield Company (ARCO) and Humble Oil discovered the giant field at Prudhoe Bay. Oil was first produced along Alaska’s north slope in the 1940s when America’s naval fleet was converting from coal to oil. The Naval Petroleum Reserve No. 4 was established in 1923 and the U.S. Navy began exploring in 1944. Later, the U.S. Geological Survey drilled some wells for scientific research, some still in use today. A total of 136 test holes were drilled under two distinct drilling periods, both sponsored by the U.S. Government to explore for oil and gas resources. In the first period, from 1944 to 1952, the U.S. Navy drilled 91 holes. In the second period, from 1975 to 1981, Husky Oil Corporation, working under contract for both the U.S. Navy and USGS, drilled 36 holes. The remaining nine holes were drilled in the Barrow area between 1953 and 1974. Petroleum exploration in the NPR-A has been ongoing for nearly 100 years. In the early 1900s, field geologists from the United States Geological Survey (USGS) exploring the North Slope of Alaska found several oil seeps in this area. Their discovery prompted President Warren G. Harding to set aside this portion of Alaska’s North Slope as an emergency oil supply for the U.S. Navy. President Harding established the Naval Petroleum Reserve No. 4 (NPR-4) by Executive Order in 1923. During early exploration programs, the U.S. Navy (1944-1953) and the U.S. Geological Survey (1975–1982) drilled 136 exploratory wells and boreholes at depths ranging from 100 to 20,335 feet. The US Navy operated the Naval Petroleum Reserves (NPRs) directly under the Department of the Navy via the Office of Naval Petroleum and Oil Shale Reserves. Within the department, administration fell directly under the authority of the Secretary of the Navy. Photo Map - location on the NPRA (NPR-4) Photo below Winterized rig drilling the wildcat Seabee#1 at Umiat Seabee. Historical Naval Petroleum Reserves The United States Naval Petroleum and Oil Shale Reserves comprise the following numbered locations: Naval Petroleum Reserves (NPR) • NPR No. 1 (Elk Hills) and NPR No. 2 (Buena Vista): Both are situated in Kern County, California. Naval Petroleum Reserve No. 1 (Elk Hills, California): Sold to Occidental Petroleum for $3.65 billion in 1998, marking the largest federal property divestiture in U.S. history up to that time. • NPR No. 3 (Teapot Dome): Located in Wyoming. Naval Petroleum Reserve No. 3 (Teapot Dome, Wyoming): Sold to Stranded Oil Resources Corporation for $45.2 million on January 30, 2015, completely ending federal ownership and operation of the Naval Petroleum Reserves program. • NPR No. 4: Situated on Alaska's North Slope, later renamed the National Petroleum Reserve in Alaska (NPR-A) and transferred to the Bureau of Land Management in 1976. Naval Oil Shale Reserves (NOSR) • Oil Shale Reserve No. 1 & No. 3: Located in Colorado. • Oil Shale Reserve No. 2: Located in Utah Combined Oil Shale Reserves contain approximately 4.3 to 6 Trillion Barrels. The present day ownership of the Oil Shale Reserves 1 & 2 is managed through the US BLM. The #2 was transferred to the Northern Ute Indian Tribe ~2000-2001.

Helium One Global (LON: HE1) (OTC: HLOGF) Fireside Chat Video liberum.wistia.com/medias/a4…

Invictus Energy Ltd (ASX : $IVZ) (OTCQB: $IVCTF) (VFEX:I $NV) Musuna-1 Exploration Well location under construction.

DID YOU KNOW !! **Alaska's LNG History** Alaska was indeed the pioneer for liquefied natural gas (LNG) in the United States, launching production at the Kenai LNG Facility on June 8, 1969. 💡 Key Historical Facts First Exports: The Kenai plant exported LNG to Japan, serving as the only U.S. LNG export facility for decades. Cargo Volume: It shipped roughly 1,300 cargoes before pausing major operations. 🌟Pioneering Status: Long before the Lower 48 built large export terminals, Alaska established the nation's foundational trade route for overseas LNG. Photo - Kenai LNG terminal in Alaska; Source: ConocoPhillips

The "NEW" Polar LNG Project. Polar LNG announced the launch of a shoreside LNG project at Prudhoe Bay, Alaska back on the map as new North Slope LNG proposal emerges as potential complement to Alaska LNG pipeline. March 31, 2026 **Polar LNG launched on Monday**. Joel Riddle, its president and CEO, in an interview said the company wants to make a final investment decision on its plant in mid-2027 and start producing LNG in 2029 or 2030. Operational headquarters are located in Anchorage, Alaska. A Smarter Approach to LNG Polar LNG rethinks how LNG infrastructure is built, drawing on decades of global LNG experience and proven modular construction methods to prioritize speed, efficiency, and environmental responsibility. By combining a nearshore design with modular construction, the project simplifies development and accelerates delivery. Up to $9B nearshore project on Arctic’s horizon with Polar LNG unleashing Alaska’s gas. Natural gas is sourced from North Slope developments and transported via a new pipeline to a nearshore facility. There, a modular gravity-based structure processes and liquefies the gas directly at the source. LNG is then loaded onto specialized ice-class carriers for year-round export. Video >> Inside Polar LNG: A Conversation with CEO Joel Riddle youtube.com/watch?v=w0_haaA5…

Invictus Energy Ltd (ASX : $IVZ) (OTCQB: $IVCTF) (VFEX:I $NV) Musuma-1 Exploration Well update

Sharing >> Alaska LNG Project Overview video. About Alaska LNG Alaska LNG consists of an 807-mile, 42-inch pipeline to deliver natural gas from Alaska’s North Slope to meet Alaska’s domestic needs, a North Slope gas treatment plant, and a 20 MTPA LNG terminal in Nikiski, Alaska. Glenfarne owns 75% of Alaska LNG and the State of Alaska, through the Alaska Gasline Development Corporation, owns 25%.

Glenfarne Welcomes $50 Billion-Plus U.S.-Korea Investment for Alaska LNG President Trump announces South Korean investment to support Alaska LNG pipeline and export facility, advancing project toward construction by erodriguez | Oct 1, 2026 | Glenfarne Statement Link: glenfarnegroup.com/glenfarne… ANCHORAGE, Alaska, September 30, 2026: Glenfarne Group, LLC (“Glenfarne”), the lead developer and majority owner of Alaska LNG, today welcomed President Donald J. Trump’s announcement of a $50 billion-plus South Korean investment in Alaska LNG. Brendan Duval, CEO and Founder of Glenfarne, joined President Trump in the Oval Office for the announcement. Use the link above to read the full statement.

RNS Number : 0866X Pantheon Resources PLC 01 October 2026 Appointment of CEO and Board Changes RNS Link: polaris.brighterir.com/publi… Pantheon Resources plc (AIM: PANR) ("Pantheon" or the " Company"), the oil and gas company developing the Kodiak and Ahpun oil fields in close proximity to pipeline and transportation infrastructure on Alaska's North Slope, is pleased to announce the appointment of accomplished energy executive, David Wilkins, as Chief Executive Officer, succeeding Max Easley with immediate effect. Mr. Easley is leaving Pantheon to take on another senior executive role with a large operator in Alaska.  He will remain with Pantheon for a period of time  to ensure a smooth handover and continuity of business.