greenhouse gas managementwe're taking steps to manage greenhouse gases

Chevron supports the Paris Agreement and views it as an important step toward global engagement and cooperation to address climate change. We are taking action to reduce the carbon intensity of the company’s operations. Chevron believes in taking prudent, practical and cost-effective actions to address climate change risks.

We have robust risk management processes in place that we believe effectively address climate change-related risks. We consider greenhouse gas (GHG) emissions issues, climate change risks and carbon pricing risks in our strategies, business planning and risk management tools and processes.

Across our operations, the primary sources of our GHG emissions are combustion of fuels and, in some locations, flaring and venting of the natural gas (methane) that is extracted along with crude oil.

We are committed to managing our GHG emissions by lowering carbon intensity cost efficiently, increasing renewables to support our business and investing in the future targeting breakthrough technologies.

lower carbon intensity cost efficiently

lower carbon intensity
我们采取积极的步骤来减少碳足迹。雪佛龙已建立目标，以减少上游油和天然气的股权净温室气体排放强度。我们打算将上游的石油净温室气体排放强度降低5-10％，从2016年到2023年的上游天然气净温室气体排放强度为2-5％。此外，我们的目标是将净甲烷排放强度降低20-25％并减少从2016年到2023年净燃烧强度将25-30％达到25-30％。此外，我们将GHG缩小指标与高管赔偿，几乎所有的雪佛龙员工都将赔偿。

established four goals to reduce net greenhouse gas (GHG) emissions by 2023*

5-10%

较低的油网温度强度

2-5％

lower gas net GHG intensity

25-30%

lower flaring intensity

20-25％

降低甲烷排放强度

* Based on 2016 emissions levels

有关雪佛龙对气候变化的职位的更多信息，请看看Climate Changepage.

enhancing transparency with investors and stakeholders

我们强大的治理实践提供framework for enhancing transparency related to climate change. For example, in response to growing interest from our investors and stakeholders, Chevron voluntarily published three dedicated climate reports over the last three years, largely using the recommendations of the Task Force for Climate-related Financial Disclosures (TCFD). These reports explain our strategic decision-making approach as it relates to climate change-related risks and opportunities, including our ongoing evaluations of our portfolio and future investments. As we’ve shared in our reports, these evaluations confirm that our mature and diverse portfolio is resilient in many scenarios and our asset mix enables us to be flexible in response to potential changes. You can find out more about our performance data on thebob体彩靠谱吗可持续发展报告页面。

energy efficiency

Using energy more efficiently helps preserve our natural resources, lower energy costs and reduce greenhouse gas emissions.
更多关于能源效率

flaring reduction

使员工包括在达到气候相关问题的进展情况下对准员工，董事会将上游强度减少度量设定为25％至30％的燃烧，2016-2023次时间段的甲烷排放量为20％至25％。这些新的绩效措施用于确定我们的年度可变薪酬计划，影响约45,000名员工。

Methane accounts for approximately 5 percent of Chevron’s total GHG emissions. Approximately a third of the 5 percent are considered fugitive emissions, or leaks from equipment and piping; of the remaining emissions, most are generated by flaring and venting.

自2013年以来，雪佛龙减少了燃烧和相关的排放量22％。我们已经开发了内部国家特定计划，以尽量减少天然气燃烧，我们是世界银行的全球气体燃气燃烧伙伴关系的成员。雪佛龙仅在安全性和操作目的时均燃烧天然气，并且在管道和其他运输气体的其他替代品不存在的区域。

For an in-depth look at Chevron's emissions data, refer to ourCorporate Sustainability Report。

Mayamona de Miguel

Mayomona de Miguel, Gas and Energy management advisor, Southern Africa Business Unit
work location: Luanda, Angola
hometown: Luanda, Angola

阅读更多关于Mayomona de Miguel的更多信息

Mayomona de Miguel, Gas and Energy management advisor, Southern Africa Business Unit
work location: Luanda, Angola
hometown: Luanda, Angola

Mayomona de Miguel，他在安哥拉大多数主要原油生产区工作，是努力应用数据分析以减少燃烧的雪佛龙团队的一部分。“我们有实时数据，因此我们可以快速有效地反应，以维持和改善我们所实现的环境性能。结果一直很棒，“米格尔说。雪佛龙安哥拉最近的温室气体排放量减少努力持续了公司的环境和技术进步的遗产。他说：“我们在安哥拉自2013年以来，我们的主要生产领域的速度降低了44％，”他说。这一持续成功是基础设施投资的结果，使得消除常规燃烧和减少33个石油生产设施的非结果燃烧。

managing fugitive methane emissions

我们继续设计，构建和运营我们的设施，以减少我们的运营和限制逃逸排放的排放。我们通过定期检查和安全测试监控和验证我们的井和生产设备的完整性。为了更有效地跟踪逃避排放，我们在选择油气操作中使用红外摄像机来帮助定位和补救泄漏。我们继续测试和部署新的创新，以提高我们检测和减少排放的能力。

Our leadership in this area includes being a founding member of the American Petroleum Institute–led Environmental Partnership. We have retrofitted or replaced more than 1,000 continuous high-bleed pneumatic controllers from our onshore U.S. facilities with low-emitting or non-continuous-bleed technologies to reduce emissions. In addition to making operational commitments, Chevron has participated in workshops to share best practices with other operators and has taken action to implement the lessons learned from these workshops.

In addition, Chevron provides financial and technical support to research efforts, including the Collaboratory to Advance Methane Science and the Oil & Gas Climate Initiative (OGCI). Chevron also continues to serve on the Industrial Advisory Board of the Methane Emissions Test and Evaluation Center (METEC), a Colorado State University and U.S. Department of Energy advanced research facility.

Chevron is a founding member of the American Petroleum Institute–led Environmental Partnership

methane guiding principles

Consistent with our ongoing efforts to reduce methane emissions from our global operations, Chevron has joined other energy companies supporting the Oil and Gas Methane Partnership Guiding Principles. As part of our commitment to these Guiding Principles, we will strive to improve accuracy of methane emissions data, advocate sound policies and regulations on methane emissions and work to increase transparency. This commitment is aligned with our already strong environmental principles which guide how we develop energy in an environmentally responsible manner throughout the life of our assets in all countries where we do business.

Rebellion Phototonics
雪佛龙是叛乱光子学的早期合作伙伴，在开发和部署创新的气体成像技术的努力中，目前主要用作储气储气损失的预警系统。BOB体育平台是合法的吗除了作为客户之外，雪佛龙还提供了具有技术专业知识的叛乱光子，以帮助扩大其产品，使其更可靠并改善用户体验。雪佛龙目前正在使用叛乱光子学，将其技术应用于甲烷检测，以进一步降低排放。BOB体育平台是合法的吗

Beverly Coleman

Beverly Coleman, Ph.D., Air Technology engineer, Energy Technology Company
work location: San Ramon, California
hometown: Austin, Texas

read more about dr. beverly coleman

Beverly Coleman, Ph.D., Air Technology engineer, Energy Technology Company
work location: San Ramon, California
hometown: Austin, Texas

贝弗利科尔曼博士培训环境l engineer helped prepare her to deploy advanced technology to identify and track the invisible. That is exactly what she does as an air quality researcher for Chevron’s Energy Technology Company. She plays an integral role in deploying automated gas imaging technology at Chevron, enabling the detection of dozens of gases quickly, accurately and safely. In 2014, Coleman also piloted Chevron’s first automated gas detection camera, a system that has now been deployed at many of the company’s facilities around the world. “Most industrial gases can’t be seen with the naked eye,” she said. “This technology enables the visualization of gas from up to a mile away. It not only shows you where the gas is but also can identify the kind of gas.” Coleman relishes the challenges of her job. “I love to research technologies and practices that I believe will help meet our facilities’ needs so that we can be prepared for the challenges ahead. I enjoy working on cutting-edge technologies.”

carbon capture, utilization and storage (CCUS)

新兴GHG-mitiga CCUS是投资组合的一部分tion technologies that can help manage future emissions, although the economics of this technology remain challenging. According to the International Energy Agency (IEA), CCUS is an important tool for mitigating GHG emissions and meeting the goals expressed in the Paris Agreement. CCUS is one of the key focus areas for the OGCI’s $1 billion+ investment fund, which aims to invest in projects that demonstrate commercial viability and scalability.

Chevron has invested approximately $1.1 billion in CCUS projects, including Gorgon’s Carbon Dioxide Injection Project – one of the world’s largest integrated carbon capture and storage projects in operation. Once operational, these projects are expected to reduce GHG emissions by nearly 5 million metric tons per year, approximately equivalent to GHG emissions from annual electricity usage in 620,000 U.S. homes’ combined. In addition, Chevron has invested more than $75 million in CCUS research and development over the past decade.

increase renewables to support our business

We are increasing our use of renewables to power our operations.

投资未来的目标突破技术

We invest in breakthrough technologies that can deliver cleaner energy on a global scale.

Climate Change Resilience cover
阅读我们用来思考与我们的行业相关的气候变化以及专门与我们的业务有关的框架。

download the report

This report highlights work we are doing to address climate change risks to our business and new opportunities we are pursuing.

下载更新的报告

* CO.2-equivalent, direct (Scope 1), operated basis. Transportation includes Chevron Pipe Line Company and Chevron Shipping Company. Power includes Chevron Power and Energy Management Company. Other includes Americas Products, International Products, Chevron Lubricants, Chevron Oronite Company, Chevron Building and Real Estate Services, Chevron Aviation Services, Chevron Environmental Management Company, and Chevron Information Technology Company.

** Process排放，排气来源，燃烧源和逃逸来源由API为石油和天然气工业的温室气体排放方法（2004,2009）的温室气体排放方法纲要定义;CO.2-equivalent, direct (Scope 1), operated basis.

警告声明

resources