Petroleum Overview and Industry Structure

Overview

• Petroleum (crude oil) is a non-renewable fossil fuel formed from decomposed organic material over millions of years.
• It is vital for transportation, heating, manufacturing plastics, and other industrial uses.
• Petroleum extraction, supply, and pricing strongly affect the global economy and geopolitics.
• Environmental risks include carbon emissions, spills from drilling, and water impacts from fracking.
• Alternatives increasingly discussed: wind, solar, and biofuels.

Classification and Properties

• Classes: asphalt, bitumen, crude oil, and natural gas.
• Classification factors: drilling location, sulfur content, API gravity, and density.
• Higher density (heavier oil) is harder to process and generally less valuable.

Industry Structure

• Upstream: exploration, identification, and extraction of raw petroleum.
• Midstream: storage and transportation linking upstream and downstream segments.
• Downstream: refining, processing, and marketing of finished petroleum products.
• Reservoirs: geological structures holding petroleum; oil-in-place vs. recoverable reserves.
• Drilling types: developmental (known reserves), exploratory (search new reserves), directional (targeted vertical/horizontal drilling).

Reserves (Fast Fact)

• Top countries by total oil reserves (as of 2025): Venezuela 303,008 million barrels; Saudi Arabia 267,230; Iran 208,600.

Advantages and Disadvantages

• Pros:
  • Stable energy source for many sectors.
  • Relatively easy to extract and transport.
  • Wide variety of applications (fuel, plastics, fertilizers).
  • High power-to-weight ratio.
• Cons:
  • Significant carbon emissions contributing to climate change.
  • Extraction and transportation can cause ecological damage and spills.
  • Fracking may affect groundwater and local environments.
  • Finite resource — not renewable.

Formation and Renewability

• Formation: transformation of algae, plants, and bacteria under heat and pressure in rock formations.
• Renewability: petroleum is non-renewable with finite global supply.

Alternatives

• Wind: turbines convert wind energy to electricity.
• Solar: photovoltaic or solar thermal harness sunlight for power.
• Biofuels: derived from vegetable oils and animal fats as fuel substitutes.

Investing In Petroleum

• Direct methods: oil futures and commodity trading (more volatile).
• Indirect methods: ETFs and mutual funds focused on energy sector equities.
• Example mutual funds: Vanguard Energy Fund Investor Shares (VGENX); Fidelity Select Natural Gas Fund (FSNGX).
• Example ETFs: Invesco Dynamic Energy Exploration & Production ETF (PXE); First Trust Natural Gas ETF (FCG); iShares U.S. Oil & Gas Exploration & Production ETF (IEO).
• Energy funds often hold major oil companies (ConocoPhillips, Shell, Marathon, Enbridge, Hess).

Action Items

• Consider environmental impact and transition risks when evaluating petroleum investments.
• Compare direct (futures) vs. indirect (ETFs/mutual funds) exposure based on risk tolerance.
• Monitor geopolitical events and reserve reports that influence oil supply and prices.

Decisions

• No explicit decisions recorded in the source material.