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Technology Scenarios For Achieving Stabilization Of Atmospheric GHG Concentrations: A U.S. Perspective

机译:实现大气温室气体温室气体浓度稳定的技术情景:美国专利景观

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A comprehensive set of actions to reduce CO_2 and other GHG emissions can achieve a GHG emissions trajectory over the next 50 years that is consistent with atmospheric stabilization at 550 ppm. This can be accomplished within reasonable rates of capital stock turnover and with supportable expectations for future technology performance. CO_2 capture and storage provides roughly 25% of total GHG emissions reduction under the CarBen3 atmospheric stabilization scenario. The use of CO_2 sequestration is integral to re-powering the existing fleet of coal-fired power plants and helping transition the transportation sector to lower carbon fuels. The levels of CO_2 captured under the atmospheric stabilization scenario can be safely stored in depleted oil fields.
机译:一组综合行动减少CO_2和其他温室气体排放可以在未来50年内实现温室气体排放轨迹,这与550ppm的大气稳定一致。这可以在合理的资本股息率上和可靠的期望来实现,以便将来的技术表现。 CARBEN3大气稳定情况下,CO_2捕获和储存量大约为GHG总排放量减少约25%。 CO_2封装的使用是重新推送现有燃煤发电厂的舰队,帮助将运输部门转变为降低碳燃料。在大气稳定场景下捕获的CO_2的水平可以安全地存储在耗尽的油田中。

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