商业/经济

IEA:上游支出必须保持高位才能抵消产量下降速度加快

自 2019 年以来,近 90% 的投资用于弥补产量损失,预计 2025 年的支出将达到 5700 亿美元。

油价上限概念 石油、石油美元和原油概念 美元背景的油泵 美元和油泵
资料来源:Getty Images。

国际能源署(IEA)表示,全球石油和天然气公司需要维持当前水平的投资才能跟上需求,并警告说许多油田的产量下降正在加速。

在一份新报告《油气田产量递减率的影响》中,该机构发现现有油田的产量下降速度比前几十年更快,反映出该行业对页岩和深水资源的依赖性增加。

预计到2025年,全球上游项目投资将达到约5700亿美元,这一水平可能支撑产量温和增长。但IEA指出,即使支出略有回落,也可能阻碍供应增长,而市场萎缩将导致资本需求减少。

国际能源署估计,如果资本支出完全停止,每年的供应损失将相当于巴西和挪威产量的总和,约合550万桶/日。该机构表示,2010年的自然产量下降将导致每年损失约390万桶/日的石油和1800亿立方米的天然气。

国际能源署表示,如今的大幅下降反映了对美国非常规资源的依赖程度加大、生产结构向深水和天然气液体的转变以及整体供应基础的扩大。

国际能源署署长法提赫·比罗尔在一份声明中表示:“上游油气投资中只有一小部分用于满足日益增长的需求,而每年近90%的上游投资都用于弥补现有油田的供应损失。产量下降率是任何关于油气投资需求讨论中都不容忽视的问题,而我们的新分析显示,近年来产量下降速度有所加快。”

不同油田类型和地区的产量递减率差异很大。报告显示,中东陆上超大型油田的产量递减率不到每年2%,而欧洲小型海上油田的产量递减率则平均超过15%。致密油和页岩气的产量递减速度更快。如果没有投资,美国页岩油田的产量将在一年内下降35%以上,明年将进一步下降15%。

国际能源署估计,即使继续对现有油田进行投资,要维持目前的产量到2050年,仍需要从常规油田新增石油产量超过4500万桶/日,新增天然气产量近20000亿立方米。该机构表示,这相当于美国、俄罗斯和沙特阿拉伯目前产量的总和。

报告还指出,从勘探许可证到首次生产平均需要近20年的时间,其中发现需要近十年,评估、批准和建设需要十年。

国际能源署的新报告包含基于全球 15,000 多个油气田的数据的分析,可在此处查阅。

原文链接/JPT
Business/economics

IEA: Upstream Spending Must Remain High To Offset Faster Decline Rates

Nearly 90% of investment since 2019 has gone to replacing lost production, with $570 billion in spending projected for 2025.

Oil price cap concept. Petroleum, petrodollar and crude oil concept. Oil pump on background of US dollars. Dollars and oil pumps
Source: Getty Images.

The International Energy Agency (IEA) said global oil and gas companies will need to sustain investment at about current levels to keep pace with demand, warning that production declines are accelerating across many fields.

In a new report, The Implications of Oil and Gas Field Decline Rates, the agency found that output from existing fields is falling faster than in previous decades, reflecting the industry’s increased reliance on shale and deepwater resources.

Global investment in upstream projects is projected to reach about $570 billion in 2025, a level that could support modest production growth. But the IEA noted that even a small pullback in spending could stall supply gains, while a contracting market would require less capital.

The IEA estimated that if capital spending were to stop altogether, annual supply losses would equal the combined production of Brazil and Norway, or about 5.5 million B/D. The agency said natural declines in 2010 would have translated into annual losses of about 3.9 million B/D of oil and 180 Bcm of gas.

The sharper drops seen today reflect greater reliance on US unconventional resources, a shift toward deepwater and natural gas liquids in the production mix, and a larger overall supply base, according to the IEA.

“Only a small portion of upstream oil and gas investment is used to meet increases in demand while nearly 90% of upstream investment annually is dedicated to offsetting losses of supply at existing fields,” IEA Executive Director Fatih Birol said in a statement. “Decline rates are the elephant in the room for any discussion of investment needs in oil and gas, and our new analysis shows that they have accelerated in recent years.”

Decline rates vary widely across field types and geographies. Onshore supergiant oil fields in the Middle East decline at less than 2% per year, while smaller offshore fields in Europe average more than 15% per year, according to the report. Tight oil and shale gas decline even faster. Without investment, output from US shale fields would drop by more than 35% over 1 year and a further 15% in the next year.

Even with continued investment in existing fields, the IEA estimates that maintaining today’s output through 2050 would require more than 45 million B/D of new oil and nearly 2,000 Bcm of new gas from conventional fields. The agency said this is the equivalent of adding the combined current production from the US, Russia, and Saudi Arabia.

The report also notes that it takes almost 20 years on average to progress from an exploration license to first production, with close to a decade required for discovery and another decade for appraisal, approvals, and construction.

The new IEA report includes analysis based on data from more than 15,000 oil and gas fields around the world and can be accessed here.