Comparative Analysis of Present Energy Turmoil and 1973 Oil Crisis

Syllabus: GS3/ Energy; GS2/ International Relations

Context

• The ongoing conflict in West Asia has disrupted global oil supply, particularly through the Strait of Hormuz, drawing comparisons with the 1973 Oil Shock.

1973 Oil Crisis Vs Present Crisis

• In 1973, the disruption was caused by coordinated action by Arab members of the Organization of Petroleum Exporting Countries and Organization of Arab Petroleum Exporting Countries.
  • It involved production cuts and targeted embargoes against Western nations.
• In contrast, the present crisis is driven by geopolitical conflict affecting a critical transit chokepoint rather than coordinated production cuts.
• The disruption stems from restricted shipping rather than deliberate supply reduction by producers.

Similarities Between 1973 and the Present Crisis

• Both crises are rooted in geopolitical conflicts in West Asia and supply disruptions have led to sharp increases in global oil prices.
• Oil-exporting nations have leveraged their strategic position in global energy markets.

Global Economic Impact

• The 1973 crisis triggered stagflation, high inflation, low growth, and rising unemployment, in major economies.
  • It led to deep recessions in the US, Europe, and Japan.
  • The crisis exposed the vulnerability of oil-importing nations to external shocks.
• The current crisis has raised fears of stagflation, especially in developing economies heavily dependent on oil imports.
• Rising oil prices are increasing inflation, production costs, and food prices globally.

Impact on India

• India was not directly targeted by the embargo but was severely affected due to import dependence.
• The oil import bill rose sharply from $414 million in 1973 to $1,350 million in 1974.
• The OPEC Countries refused to offer preferential pricing to India and the crisis worsened its balance of payments and triggered inflationary pressures.
• It pushed India to explore alternative energy sources, including coal gasification and offshore oil exploration (e.g., Bombay High).

Technological shift towards Coal Gasification

• Coal gasification is the conversion of coal into synthetic gas (syngas) through high-temperature and high-pressure reactions.
  • The process involves converting sulphur into hydrogen sulphide (H₂S) and removing impurities through chemical and physical treatment.
  • The resulting clean gas can be used for domestic fuel, industrial applications, and power generation.
• Globally, coal gasification was used for “town gas” supply in Europe and the United States in the early 20th century.
• From Town Gas to IGCC: With technological advancement, the focus shifted from town gas to Integrated Gasification Combined Cycle (IGCC).
  • IGCC combines gasification with power generation using gas and steam turbines, improving efficiency.
  • Bharat Heavy Electricals Limited contributed to India’s first IGCC plant in 1985.

Concluding remarks

• While the 1973 Oil Shock and the current crisis share similarities in geopolitical origins and inflationary impact, the present disruption is larger in scale but structurally different.
• The global economy is better prepared today with diversified energy sources and strategic reserves, yet vulnerabilities persist, especially in developing nations.
• Long-term energy security requires reducing dependence on volatile regions while accelerating the transition to sustainable energy sources.

Source: TH