Oil and Natural Gas

Oil and Natural Gas

Supplies the majority of the fuel that moves goods and people, heats homes, and supports manufacturing, petrochemicals, and essential products.

Oil and Natural Gas Overview

Oil and natural gas have long been central pillars of the United States’ energy system, playing a pivotal role in powering the nation’s economy, transportation networks, and industrial capabilities. As the two largest primary energy sources in the country, they supply the majority of the fuel that moves goods and people, heats homes, and supports manufacturing, petrochemicals, and countless essential products. Their importance is not only rooted in their abundance and established infrastructure, but also in the reliability and high energy density they offer compared to many alternatives.

Today, oil and natural gas are positioned within an evolving energy landscape marked by growing renewable generation, technological innovation, and shifting policy priorities. While wind, solar, and other clean energy resources continue to expand, oil and gas remain indispensable, providing baseload power, balancing intermittent sources, and underpinning sectors that currently lack scalable substitutes.

Oil

Oil is mainly used for heating and transportation. While America’s dependence on foreign oil has declined in recent years, oil prices have increased. The U.S. Department of Energy’s approach to oil is two-pronged: to support research and policy options to increase our domestic supply of oil; and to ensure environmentally sustainable supplies domestically and abroad.  The Energy Department is actively investing in research, technology and processes to make oil drilling cleaner and more efficient. Focus areas include enhanced oil recovery and improved offshore drilling practices, among others.

Natural Gas

Natural gas is an abundant resource across the United States – in fact, America is the world’s leading natural gas producer, due to the dramatic rise in shale gas development that has resulted from new discoveries and extraction methods. The Energy Department is committed to safely developing these natural gas resources, with a focus on investing in innovative research, exploring natural gas development from methane hydrates, and supporting the deployment of alternative fuel vehicles powered by natural gas.

Understanding the role of oil and natural gas within this broader context is essential for assessing the nation’s energy strategy, evaluating pathways to decarbonization, and balancing economic, environmental, and security considerations in the years ahead.

Technology Gaps

Technology gaps in oil and natural gas recovery center on fundamental subsurface science, advanced monitoring, data integration, and environmentally responsible extraction. Technology gaps in oil & natural gas R&D include:

Subsurface characterization and imaging

  • High-resolution, real-time subsurface imaging
  • Integration of seismic, fiber-optic, electromagnetic, and geochemical data
  • Understanding pore-scale to field-scale fluid behavior1

Reservoir modeling and prediction

  • Predictive models for heterogeneous, fractured, and shale reservoirs
  • Multi-physics model coupling (geomechanics, chemistry, flow, thermal)1

Low recovery efficiency

  • Low oil recovery in unconventional plays
  • Understanding of hydrocarbon release from nano-porous rock
  • Modeling fracture growth, spacing, and proppant transport7

Enhanced Oil Recovery (EOR) gaps

  • Chemical EOR agent degradation
  • CO₂ miscibility, mobility control, and retention
  • Monitoring of injected fluids 7

Methane emissions detection and monitoring

  • High-resolution satellite, airborne, and ground coverage
  • Real-time attribution of emissions to sources
  • Continuous leak detection and quantification6

Pipeline and natural gas infrastructure integrity

  • Aging materials with inadequate corrosion/embrittlement resistance
  • Need for real-time distributed sensors for leaks and structural health
  • Limited predictive analytics for pipeline failure risk1,2, 3

Drilling, completion, and well integrity

  • Deep subsurface diagnostic tools while drilling
  • Long-term integrity, including cement degradation, casing corrosion, micro-annuli
  • Assessing and remediating orphan/legacy wells
  • Domestically manufactured sensors and downhole tools for harsh environments6

Produced water treatment and beneficial reuse

  • Cost-effective desalination and selective ion/contaminant removal
  • Real-time water chemistry sensors
  • Brine concentration and mineral recovery4, 5

Environmental impact prediction

  • Modeling induced seismicity from injection operations
  • Subsurface fluid migration and groundwater risks
  • Low-emission field operation technologies8, 9

Data, digitalization, and AI/ML

  • Sparse, inconsistent, and proprietary subsurface datasets
  • Physics-informed AI models and standardized data frameworks
  • Multi-source sensor data fusion capabilities10

Conferences

LNG 2026 – 21st International Conference & Exhibition on Liquefied Natural Gas

February 2-5, 2026, Doha, Qatar
Registration

In 2025, the Americas LNG Summit & Exhibition, held in Lake Charles, Louisiana, welcomed over 5,000 attendees, with 250+ regional and international exhibitors and 150+ speakers.

Offshore Technology Conference (OTC) 2026

May 4-7, 2026, Houston, Texas
Registration

This conference is expected to attract 30,000 energy professionals, with 50 technical sessions and 360+ technical presentations.

Data Driven O&G Conference & Exhibition 2026

May 13-14, 2026, Houston, Texas
Registration (Early Bird options closing January 31, 2026 and June 20, 2026)

This conference expects 350+ attendees, 24+ speakers and 250+ companies from 35+ countries.

3rd Global Summit on Oil, Gas, Petroleum Science and Engineering (Petroleum Summit 2026)

May 18-19, 2026, Boston, Massachusetts
Registration (Early Bird option ends November 30, 2025)

This edition of the conference is expected to draw over 100 international participants.

Arpel Conference 2026

June 1-4, 2026, Buenos Aires, Argentina
Registration

While specific details on attendance were not found to be publicly available, this Arpel Conference 2024 video provides context on attendees and activities.

Gas, LNG & The Future of Energy 2026 (Wood Mackenzie)

June 2-3, 2026, London, United Kingdom
Registration (Early Bird option ends November 30, 2025)

This event is expecting 30+ speakers from across the gas and LNG value chain, with 300+ attendees and 35+ countries represented across the globe.

Oil & Gas Digital Transformation Conference & Exhibition 2026

September 23-24, 2026, Houston, Texas
Registration (Early Bird options closing January 31, 2026 and June 20, 2026)

The 2024 event had 350 attendees, featured 55 exclusive speakers, and had hundreds of conference sessions presented each day.

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