@joehoreg752: sess👍👍 @Riswanda audio.malang #karnval2026 #fyppppppppppppppppppppppp

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Tuesday 27 October 2026 01:46:37 GMT

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$The United States has set successive records in crude oil and natural gas production in recent years, driven primarily by the shale (tight oil/gas) revolution using hydraulic fracturing (“fracking”) combined with horizontal drilling. As of late 2026, the U.S. remains the world’s largest producer of both. Crude Oil Production • 2025 annual record: U.S. crude oil production (including lease condensate) averaged about 13.6–13.7 million barrels per day (b/d) , breaking the prior records from 2024 (~13.2–13.3 million b/d) and earlier years. • 2026 trajectory: The U.S. Energy Information Administration (EIA) forecasts an even higher average of roughly 13.8–13.9 million b/d for full-year 2026, with monthly/weekly peaks already near or above 13.9–14.0 million b/d in periods of 2025–2026. Production in the first half of 2026 averaged ~13.7 million b/d. • Historical context: Output bottomed near 5 million b/d around 2008. It surpassed the old 1970 peak (~9.6 million b/d) in 2018 and has since more than doubled from the late-2000s low. The U.S. overtook Russia and Saudi Arabia to become the top global crude producer around 2018 and has held that position. Key drivers of growth: • Permian Basin (West Texas and southeastern New Mexico) accounts for nearly half of U.S. output (~6.6–6.8 million b/d) and most of the recent increases. • Additional contributions from the Federal Gulf of America (offshore), with new projects coming online, plus smaller gains or stability in other shale plays (Eagle Ford, Bakken, etc.). • Higher well productivity and efficiency gains have allowed production to rise even when rig counts or drilling activity have been relatively flat or lower, thanks to better technology, longer laterals, and optimized completions. • Supporting factors include higher oil prices in periods of 2026 (e.g., WTI averaging higher than in 2025), infrastructure for takeaway, and continued private-sector investment. Natural Gas Production • Records continue: Dry natural gas production hit monthly records (e.g., ~113.7 billion cubic feet per day in July 2026) and is on track for successive annual records. EIA data point to roughly 107–108 Bcf/d average in 2025, rising toward 112 Bcf/d or higher in 2026, with further growth projected into 2027. Gross withdrawals have also set new highs (e.g., ~137 Bcf/d in July 2026). • Growth is concentrated in the Permian (associated gas produced alongside oil) and Haynesville, with contributions from Appalachia and elsewhere. Production has more than doubled since the mid-2000s. Demand-side support includes rising LNG exports (a major growth driver) and increasing electricity demand from data centers and other sources. Why This Happened: The Shale Revolution The surge stems from technological advances that unlocked previously uneconomic resources in tight shale and similar formations: • Hydraulic fracturing creates fractures in low-permeability rock to release oil and gas. • Horizontal (directional) drilling allows long laterals through the productive zone, dramatically increasing contact with the reservoir. • Supporting innovations in seismic imaging, proppants, completion designs, data analytics, and operational efficiency have continuously improved recovery and lowered costs. These techniques, commercialized at scale in the U.S. starting in the late 1990s/2000s (initially more for gas, then oil), transformed the industry. Private mineral rights ownership, established infrastructure, capital markets, and a relatively supportive regulatory and legal environment also enabled rapid scaling that has been harder to replicate elsewhere at the same pace. Broader Implications The U.S. is a net energy exporter (including significant crude and LNG exports). High domestic production has enhanced energy security, supported lower or more stable prices relative to what they might otherwise be, contributed to economic activity (jobs, GDP, trade), and altered global energy geopolitics by reducing reliance$
The United States has set successive records in crude oil and natural gas production in recent years, driven primarily by the shale (tight oil/gas) revolution using hydraulic fracturing (“fracking”) combined with horizontal drilling. As of late 2026, the U.S. remains the world’s largest producer of both. Crude Oil Production • 2025 annual record: U.S. crude oil production (including lease condensate) averaged about 13.6–13.7 million barrels per day (b/d) , breaking the prior records from 2024 (~13.2–13.3 million b/d) and earlier years. • 2026 trajectory: The U.S. Energy Information Administration (EIA) forecasts an even higher average of roughly 13.8–13.9 million b/d for full-year 2026, with monthly/weekly peaks already near or above 13.9–14.0 million b/d in periods of 2025–2026. Production in the first half of 2026 averaged ~13.7 million b/d. • Historical context: Output bottomed near 5 million b/d around 2008. It surpassed the old 1970 peak (~9.6 million b/d) in 2018 and has since more than doubled from the late-2000s low. The U.S. overtook Russia and Saudi Arabia to become the top global crude producer around 2018 and has held that position. Key drivers of growth: • Permian Basin (West Texas and southeastern New Mexico) accounts for nearly half of U.S. output (~6.6–6.8 million b/d) and most of the recent increases. • Additional contributions from the Federal Gulf of America (offshore), with new projects coming online, plus smaller gains or stability in other shale plays (Eagle Ford, Bakken, etc.). • Higher well productivity and efficiency gains have allowed production to rise even when rig counts or drilling activity have been relatively flat or lower, thanks to better technology, longer laterals, and optimized completions. • Supporting factors include higher oil prices in periods of 2026 (e.g., WTI averaging higher than in 2025), infrastructure for takeaway, and continued private-sector investment. Natural Gas Production • Records continue: Dry natural gas production hit monthly records (e.g., ~113.7 billion cubic feet per day in July 2026) and is on track for successive annual records. EIA data point to roughly 107–108 Bcf/d average in 2025, rising toward 112 Bcf/d or higher in 2026, with further growth projected into 2027. Gross withdrawals have also set new highs (e.g., ~137 Bcf/d in July 2026). • Growth is concentrated in the Permian (associated gas produced alongside oil) and Haynesville, with contributions from Appalachia and elsewhere. Production has more than doubled since the mid-2000s. Demand-side support includes rising LNG exports (a major growth driver) and increasing electricity demand from data centers and other sources. Why This Happened: The Shale Revolution The surge stems from technological advances that unlocked previously uneconomic resources in tight shale and similar formations: • Hydraulic fracturing creates fractures in low-permeability rock to release oil and gas. • Horizontal (directional) drilling allows long laterals through the productive zone, dramatically increasing contact with the reservoir. • Supporting innovations in seismic imaging, proppants, completion designs, data analytics, and operational efficiency have continuously improved recovery and lowered costs. These techniques, commercialized at scale in the U.S. starting in the late 1990s/2000s (initially more for gas, then oil), transformed the industry. Private mineral rights ownership, established infrastructure, capital markets, and a relatively supportive regulatory and legal environment also enabled rapid scaling that has been harder to replicate elsewhere at the same pace. Broader Implications The U.S. is a net energy exporter (including significant crude and LNG exports). High domestic production has enhanced energy security, supported lower or more stable prices relative to what they might otherwise be, contributed to economic activity (jobs, GDP, trade), and altered global energy geopolitics by reducing reliance

@joehoreg752: sess👍👍 @Riswanda audio.malang #karnval2026 #fyppppppppppppppppppppppp

𝐉🅾️𝐄 𝐇🅾️𝐑𝐄𝐆

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Tuesday 27 October 2026 01:46:37 GMT

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