2016年-WEF世界经济论坛_Future_Oil_Demand_Scenarios_10页_1mb

Future Oil Demand Scenarios Summary

Core Content

This document explores various future scenarios for oil and gas demand up to 2040, focusing on how the industry can adapt to a range of possible outcomes, including a world where global warming is limited to 2°C. It outlines the evolving landscape of energy demand, driven by technological innovation, policy changes, and shifts in consumer behavior. The paper is prepared by the World Economic Forum Global Agenda Council on the Future of Oil & Gas and aims to provide strategic insights for the industry to remain viable in a low-carbon future.

Main Views

• Oil and Gas Still Important: Despite the push for renewable energy, oil and gas are expected to remain central to the global energy mix for the foreseeable future, though their role may diminish over time.
• Changing Perceptions: The industry is shifting from expecting a peak in supply to anticipating a peak in demand, due to factors such as the US shale boom, digital transformation, and climate policy changes.
• Diverse Scenarios: Multiple scenarios are presented, including the IEA New Policies, Statoil Renewal, High-Tech, UC Davis, and ExxonMobil energy outlooks, each offering different projections for oil and gas demand and the role of renewables.
• Technological and Policy Drivers: Innovations in energy efficiency, digitalization, and renewable technologies are expected to reduce oil intensity and reshape the energy mix. Policies, such as carbon pricing and fossil fuel subsidies, will play a critical role in this transition.
• Strategic Implications: The oil and gas industry must adapt its investment and production strategies to account for a potential peak in demand. This includes embracing digital transformation, improving operational efficiency, and exploring new business models that align with a low-carbon future.

Key Information

IEA New Policies Scenario

• Oil demand is projected to increase by 14% by 2040, reaching 103.5 million b/d.
• Fossil fuels will still make up ~75% of total primary energy use in 2040.
• In the 450 scenario (consistent with a 50% chance of keeping warming below 2°C), oil demand will fall to 74.1 million b/d by 2040, while coal will decline by 38% and natural gas will rise by 16%.

Statoil Renewal Scenario

• Oil use is expected to drop by ~15% by 2040, to below 80 million b/d.
• Coal will decline to ~14% of primary energy demand, and natural gas will increase to 24%.
• CO2 emissions from energy use will fall by 40% between 2012 and 2040.
• Renewable energy will reach 57% of the power sector by 2040, driven by smart grids, storage, and electric vehicles.
• Electric vehicles will reduce oil’s share in private transportation to below 30% in key regions.

UC Davis Scenario

• Emerging technologies and efficiency improvements could lead to a temporary peak in transportation oil demand in the next decade.
• These trends include the rise of electric vehicles, urbanization, and the impact of the "resource revolution" on productivity and energy use.
• Without strong policy interventions, oil demand in the transportation sector could rise to 55–60 million b/d by the 2040s.
• The scenario highlights the role of big data, automation, and smart systems in reducing energy consumption and oil demand.

ExxonMobil Energy Outlook

• Light duty vehicle demand for oil will peak in 2020 at 23 million b/d.
• Freight transportation demand is expected to grow significantly in developing regions.
• The industry anticipates a rise in demand for oil in aviation, marine, and rail sectors.
• Uncertainties remain regarding the impact of new technologies like drones and autonomous vehicles on oil demand.

Shell Scenario

• Shell outlines pathways to achieve a net-zero carbon emissions world by 2100, emphasizing the need for hydrogen, energy storage, and improved energy efficiency.
• Electricity will become the dominant energy carrier, growing from 20% to 50% of end-user energy consumption.
• The industry must adopt new practices, including intelligent design, recycling, and reduced carbon intensity, to align with future regulations and consumer expectations.

Strategic Implications

• Investment Shifts: Companies must reconsider investment and production strategies as the possibility of peaking oil demand becomes more plausible.
• Cost Efficiency: The industry needs to focus on cost reduction through digitalization, automation, and standardization.
• Carbon Risk Management: Addressing carbon asset risk and aligning with carbon pricing mechanisms is essential for long-term viability.
• Renewable Integration: Oil and gas firms should explore opportunities in the renewable energy space, including energy storage and low-carbon technologies.
• Stakeholder Engagement: Building trust with regulators, investors, and communities is crucial, especially as the industry faces increasing scrutiny over environmental and social impacts.

Conclusion

The oil and gas industry stands at a crossroads, with the potential for a significant decline in demand due to climate policies, technological advancements, and shifting consumer behavior. To remain competitive, the industry must evolve beyond traditional business models and embrace innovation, efficiency, and sustainability. Strategic alignment with a low-carbon future, coupled with proactive risk management and stakeholder engagement, will be key to ensuring the industry's long-term relevance and profitability.