North American Leaders Summit: Energy Deliverables
For Immediate Release August 10, 2009
Guadalajara, Jalisco, Mexico
The three nations have committed to produce a North American Carbon Atlas that will result in uniform mapping methodology and data sharing in the area of large sources of carbon emissions and potential storage sites in North America. We will also explore ways to collaborate on research and development and demonstration (RD&D) projects related to carbon capture and storage. The overall effort will:
- Facilitate the sharing of information in order to foster and enhance data exchange on carbon sources and sinks in support of a geographical information system, which is typically used to convey information in map form. The aim is to create a distributed database, rather than a central repository, where data from different states, provinces or organizations can be accessed via a common portal and in similar format.
- Form a consensus on the methodology to be used in estimating the CO2 capacity of various types of CO2 storage systems in North America. This will be particularly relevant for cross-border storage to eliminate international "fault lines" and ensure compatible estimates of storage capacity in North America.
- Promote potential collaboration on RD&D related to carbon capture and storage. This includes sharing efforts to evaluate alternative uses of CCS technologies, such as Enhanced Oil or Coal-Bed Methane Recovery.
- The results of these trilateral efforts will help accelerate technology commercialization.
Cooperation on Global Gas Flaring
The flaring and venting of natural gas associated with oil production wastes a valuable energy resource and contributes to global warming. Important progress has been made to reduce gas flaring, but more must be done worldwide. The United States, Canada and Mexico will work to promote best practices throughout North America. Trilateral cooperation on flaring will also be advanced in conjunction with work in existing multilateral fora, such as the World Bank’s Global Gas Flaring Reduction Partnership, and the Methane to Markets Partnership, in which the three countries are members. Canada and the United States welcome Mexico's joining the multilateral process to move forward on this important issue.
Collaborative efforts on energy efficiency standards remain an important aspect of the trilateral energy relationship. The three countries agree to continue to collaborate toward a harmonized framework that ensures energy efficiency standards are aligned in the three countries and are consistent with national energy efficiency and environmental objectives. It is proposed that officials responsible for developing energy efficiency standards in the three countries continue to meet to consider their respective standards development plans.
Cooperation in RD&D towards the deployment of clean energies in North America will improve the competitiveness of all the countries by enhancing the reliability of their electric systems, diversifying the energy matrix, and strengthening energy security.
Technical and scientific cooperation in this area will contribute to further the objective of developing a 21st century electric system that can facilitate the establishment of transmission that makes available abundant, affordable, clean, efficient, and reliable electric power anytime, anywhere. We can achieve this, for example, through a smart grid, which can incorporate advanced functions into the three nations’ electric grids to enhance reliability, efficiency, and security, and would also contribute to the climate change strategic goal of reducing carbon emissions. Progress will be advanced by coordinating research and assessing the needs of the electric grids to upgrade them with information-age technologies, such as microprocessors, communications, advanced computing, and information technologies.
The North American Synchrophasor Initiative (NASPI) will create a robust, widely available and secure synchronized data measurement infrastructure for the interconnected North American electric power system with associated analysis and monitoring tools for better planning and operation, and improved reliability.