The energy supply chain is the backbone of international economies and serves as a central and fundamental element underlying both the economic and financial capabilities of any country’s GDP. The performance of the global energy sector is a key assurance of growth and provides direction to domestic and international business and trade indices. The ability to create sustainable economic platforms depends on ensuring the affordability of energy supply to downstream and infrastructural businesses.
Disruption in the energy supply chain not only affects the market price of crude oil, gas, or hydrogen, but also steals the ability of economic sectors to perform, dragging markets into negative side effects. Industries such as manufacturing, logistics, utility services, airlines, and agriculture can face severe crashes and price spikes.
Energy supply disruptions—whether driven by embargoes, wars, or natural disasters—have a significant impact on the international economy and political stability, which may lead to economic recessions and uncalculated currency collapses. Therefore, stability in the energy supply chain cannot depend solely on current pricing, which is fully controlled by supply and demand dynamics between producers and buyers. Projections of future energy needs, such as crude oil, natural gas, hydrogen, uranium, and other products, are essential to determine global economic growth. Thus, the role of energy futures contracts is to balance and manage price risk through speculation on future prices.
Energy futures contracts are financial agreements intended to secure the buying or selling of a specific amount of energy (such as oil, natural gas, or electricity) at a fixed price on a future date. These standardized agreements are traded on exchanges, where one party agrees to buy a commodity in the future and another agrees to sell it, with the price fixed today while delivery occurs later.
These contracts are typically traded on exchanges like the New York Mercantile Exchange (NYMEX), the Shanghai International Energy Exchange (INE), and the GCC Interconnection Authority (GCCIA), where Gulf Cooperation Council countries are shifting away from barter exchange toward financial trading in the energy sector.
Energy producers, such as oil and gas companies, lock in prices for future production. An oil producer sells crude oil futures to guarantee revenue, while energy consumers—such as airlines, utilities, and manufacturers—hedge fuel costs. In addition, traders and investors act as financial participants who speculate on price movements.
Therefore, in the game of winning and losing, stability in the energy markets can be intentionally disrupted, and geopolitical tensions can be amplified to ensure that price speculation aligns with influential bidders. Responsible producing countries such as the UAE and other Gulf states understand this position and are working to ensure that the world’s energy supply is not manipulated by short-term, irresponsible bidders attempting to benefit from instability. They also recognize that balanced global economic performance supports medium- and long-term strategies.
Today, the world faces a large supply shock caused by the blockage of the Strait of Hormuz, affecting the supply of approximately 11 million barrels per day—representing about 10% of global supply—particularly to developing countries in Asia, Africa, and South America. This is not merely a supply shortage; it is a threat to daily life capabilities, as many of these nations hold very limited commercial reserves to support their economic needs.
To be precise, energy futures contracts themselves are not harmful. However, the way they are used in markets can sometimes create negative effects on the energy supply chain—especially when speculation, volatility, or poor hedging strategies occur.
An increase in price volatility in energy futures markets due to speculation or macroeconomic news can impact the entire supply chain. Prices in futures markets often influence real-world fuel prices, and higher volatility indicates greater uncertainty in the market.
For example, if crude oil futures suddenly rise, refineries must pay more for oil, forcing fuel distributors to raise prices. This, in turn, impacts transport companies and increases overall costs. Therefore, volatility makes planning production, shipping, and inventory more difficult for supply chain participants. This becomes a losing game for economies but a winning game for hidden traders.
The fact that many traders in futures markets are financial investors rather than physical users of energy may invite large-scale speculative trading in market exchanges. This can push prices higher or lower than actual supply-demand conditions through artificial price spikes, panic buying, hoarding, and distorted supply signals, leading to inefficient allocation of energy resources. Although companies hedge with futures to protect against price changes, poorly executed hedging strategies can result in large margin calls and disrupted cash flow.
Energy futures contracts are legally binding financial agreements. Even during extreme events such as wars, embargoes, or natural disasters, they generally continue to operate under exchange rules. In physical energy supply contracts, force majeure may excuse a party from delivering energy. However, futures contracts behave differently—they remain valid and continue daily settlement, requiring margin payments. Even if war disrupts supply, traders must meet margin calls and settle gains or losses, as futures are financial instruments rather than purely delivery contracts.
For instance, sanctions following the Russian invasion of Ukraine restricted trade in certain Russian energy products. This affected futures contracts by banning delivery of certain crude origins, preventing some traders from participating, and forcing changes in contract specifications. Therefore, during wars or embargoes, futures contracts generally remain valid, prices become extremely volatile, traders must still meet margin requirements, and exchanges may intervene or modify delivery rules. However, this is not the primary protection mechanism of futures contracts.
In today’s world, energy supply has become central to international tensions and power dynamics. The disruption of the Strait of Hormuz has elevated war risk, including significant increases in shipping insurance premiums. The inability to secure oil and gas supply is not merely a political statement; it represents a calculated economic gain that flows through futures contract valuations due to higher transport cost assumptions.
According to Morgan Stanley, if disruptions persist with oil prices at or above $100 per barrel, markets are likely to price in lower growth and higher inflation, affecting sectors beyond energy. Forecast models suggest that inflation could increase by 0.6 to 0.8 percentage points, depending on the duration and scale of supply constraints, particularly via the Hormuz route.
Speculative pressure in futures markets is driven by uncertainty regarding the duration of conflict and the extent of supply chain disruptions. The game of winning and losing in the energy sector is not controlled by CFO projections but by speculators who can anticipate future price increases and secure positions with relatively low capital, often supported by superior access to information. Ultimately, the losers in this game are consumers, who must bear the cost of hidden monopolies and absorb the uncalculated losses from their own income.
Disclaimer
This publication does not provide any legal advice, and it is for information purposes only. You should not rely upon the material or information in this publication as a basis for making any business, legal, or other decisions. Any reliance you place on such material is therefore strictly at your own risk.
