Bioenergy and CO2 Sequestration: Climate Policies Beyond Technological Constraints

Ruben Bibas, Aurélie Méjean
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Abstract

This paper examines the role of electricity production from biomass with and without carbon capture and storage in sustaining low CO2 emission pathways to 2100. It quantifies the effect of the availability of biomass resources and technologies within a general equilibrium framework. Biomass-fed integrated gasification combined cycle technology is introduced into the electricity module of IMACLIM-R, a hybrid general equilibrium model. We assess the robustness of this technology, with and without carbon capture and storage, as a way of reaching the 550 ppm stabilization target. The impact of a uniform CO2 tax on energy prices and world GDP is examined, together with the structure of the electricity mix. The influence of additional climate mitigation policies, such as alternative recycling of tax revenues and infrastructure policies is also discussed.
生物能源和二氧化碳封存:超越技术限制的气候政策
本文研究了在2100年之前,有或没有碳捕获和储存的生物质发电在维持低二氧化碳排放途径中的作用。它量化了在一般平衡框架内可利用生物量资源和技术的影响。在混合一般平衡模型IMACLIM-R的电力模块中引入了生物质供气综合气化联合循环技术。我们评估了该技术的稳健性,无论有无碳捕获和储存,作为达到550ppm稳定目标的一种方式。研究了统一的二氧化碳税对能源价格和世界GDP的影响,以及电力结构的影响。还讨论了其他气候缓解政策的影响,如税收收入的替代回收和基础设施政策。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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