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Methane Emission Management in the Oil and Gas Industry

机译:石油和天然气行业的甲烷排放管理

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Canada has a long history as a global leader in resource development and innovation. Solutions to today's energy challenges require an understanding of the entire innovation system and how the pieces fit together. The Clean Resource Innovation Network (CRIN) brings together the many players who contribute to oil and gas innovation system. CRIN is an overarching network that aims to create connections and collisions between the many nodes across the innovation ecosystem regionally, nationally and internationally. PTAC contributes to CRIN as the industry research and technology organization with a collaborative model and proven approach in developing technologies needed to solve many of the problems facing industry today. Some of these issues include dealing with climate change, pipelines, abandonment liabilities, disruptive digital technologies, cost control and economic growth. In particular, through consortia and initiatives, PTAC has developed the collective technology capacity to reduce the overall oil and gas industry methane emissions by more than thirty percent. In fact, just one technology alone has already reduced GHG emissions equal to taking 160,000 cars off the road while reducing industry cost by $15 million per year. With the full uptake of the technologies developed, the GHG emissions reduction - in Canada alone -- will be equal to taking 1.6 million cars off the road. Methane is the second-largest contributor to global greenhouse gas emissions and climate change, making up approximately 14 percent of Canada's GHG emissions. Methane mitigation strategies are among the most economic to implement. The PTAC-facilitated Methane Emissions Reduction Network (MERN) champions projects and initiatives to reduce methane emissions, as well as identifies and addresses technology gaps. Our goal is, through on-going and planned technology initiatives, under the MERN umbrella, increase the collective technology capacity and help oil and gas industry meet its methane emissions target by 2025. In August, funds granted by Alberta Innovates Climate Change Innovation and Technology Frameworks (CCITF) allowed MERN to expand its scope to include events. The Network organizes and participates in forums, workshops, and Technology Information Sessions to share the latest developments in methane reduction technology, as well as raise awareness and increase uptake of innovative, cost-effective oil and gas practices. Information on MERN events is disseminated via the Methane Hub. PTAC is striving to assist industry in adapting to, and embracing, a new era marked by disruptive technological advances, as well as the rapid digitization of the energy sector, particularly related to improving air quality and reduction of methane emissions. In order to accomplish this, we are collaboratively focusing on applied research projects through the AUPRF program, market driven technology development, demonstration and deployment through numerous technology projects such as Systematic 3rd Party Validation of Environmental and Economic Performance of Methane Reduction Technologies (STV), and the launch of Digital Innovation Network (DIN). PTAC is also looking to the future priorities with the evaluation of two proposed networks - Nox and Sox; LNG, which will connect people, projects, ideas, technologies, etc., and articulate industry challenges and solutions in an ever-evolving energy landscape, as well as the formation of the Canadian Emissions Reduction Innovation Network (CanERIC), and a large-scale field deployment of technologies through Energy Efficiency Alberta Methane Reduction Program and Intelligent Methane Monitoring & Mitigation System Project.
机译:作为资源开发和创新的全球领导者,加拿大有着悠久的历史。要解决当今的能源挑战,就需要了解整个创新系统以及各个部分如何组合在一起。清洁资源创新网络(CRIN)汇集了为石油和天然气创新系统做出贡献的众多参与者。 CRIN是一个总体网络,旨在在区域,国家和国际范围内,在整个创新生态系统的多个节点之间建立联系和冲突。 PTAC通过开发用于解决当今行业所面临的许多问题的技术的协作模型和行之有效的方法,为CRIN作为行业研究和技术组织做出了贡献。其中一些问题包括应对气候变化,管道,遗弃债务,破坏性的数字技术,成本控制和经济增长。尤其是,通过财团和倡议,PTAC已经发展了集体技术能力,可以将整个石油和天然气行业的甲烷排放量减少30%以上。实际上,仅一项技术就已经减少了温室气体排放,相当于减少了160,000辆汽车的行驶,同时每年减少了1500万美元的行业成本。随着所开发技术的全面采用,仅在加拿大,减少温室气体排放就相当于减少160万辆汽车的行驶。甲烷是全球温室气体排放和气候变化的第二大贡献者,约占加拿大温室气体排放量的14%。甲烷减排策略是最经济的实施方案。由PTAC推动的甲烷减排网络(MERN)倡导减少甲烷排放的项目和计划,并确定和解决技术差距。我们的目标是通过正在进行的和计划中的技术计划,在MERN的保护下,提高集体技术能力,并帮助石油和天然气行业在2025年之前实现其甲烷排放目标。8月,艾伯塔省提供的资金用于创新气候变化创新技术框架(CCITF)允许MERN扩展其范围以包括事件。该网络组织并参加了论坛,讲习班和技术信息会议,以分享甲烷还原技术的最新发展,并提高人们的认识并提高对创新的,具有成本效益的石油和天然气做法的了解。有关MERN事件的信息通过甲烷中心进行传播。 PTAC致力于协助行业适应和拥抱以颠覆性技术进步以及能源行业的快速数​​字化为标志的新时代,特别是与改善空气质量和减少甲烷排放有关的时代。为了实现这一目标,我们通过AUPRF计划共同致力于应用研究项目,以市场为导向的技术开发,通过众多技术项目进行的示范和部署,例如系统第三方对甲烷还原技术的环境和经济绩效进行系统验证,并启动了数字创新网络(DIN)。 PTAC还通过评估两个提议的网络(Nox和Sox)来寻求未来的优先事项。液化天然气将连接人员,项目,构想,技术等,并在不断变化的能源格局中阐明行业挑战和解决方案,并形成加拿大减排创新网络(CanERIC)和大型通过能源效率艾伯塔省甲烷减排计划和智能甲烷监测与减缓系统项目扩大技术的现场部署。

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