BECCS
BECC
BECCS - Bioenergy with carbon capture and storage.Proponents argue that BECCS would actually yield“negative” emissions. The first step in the BECCS process is the capture of carbon dioxide. 年Science上发表的第一篇关于BECCS 的文章的第一作者。 Lead author for the first article in Science on BECCS in 2001. The BECCS technology can also be employed on such industrial processes.
资本主义选择BECCS 等技术的原因是它们适合利润竞争。 The reason capitalism opts for technologies such as BECCS is that they suit the race for profit. 如果BECCS 试点项目能够扩大规模,Drax电站未来可能会产生负碳电。 If the BECCS pilot can be scaled up, the Drax Power Station could produce carbon-negative electricity in the future. 也无法保证BECCS 或任何其他负面排放技术能够真正发挥作用。 There are also no guarantees that BECCS or any other negative emission technologies will actually work. 从事BECCS 领域的法律问题和国际协议工作两年,经验丰富。 Extensive experience of legal implications and international agreements in the BECCS area from two years of dedicated work. BiorecroAB与合作伙伴通过碳捕获和存储(BECCS )技术一起共同开发并实现了生物能源。 Together with partners Biorecro AB develops and enables Bio Energy with Carbon Capture and Storage(BECCS ). BECCS 具有,例如满足我们的能源需求所需的大量土地,水和肥料。BECCS has important limits, such as the sheer amount of land, water and fertilizer required to satisfy our energy demand. 该报告称,盛兴彩票网第四种方法被称为具有碳捕获和储存的生物质能,或BECCS 。 The fourth ready-to-go approach, the report says, is known as biomass energy with carbon capture and storage, or BECCS . Drax的BECCS 试点项目在2018年5月宣布,表示将投资40万英镑(51.45万美元)在这个项目上。 Drax announced plans for the BECCS pilot in May 2018 and said it would invest £400,000($514,520) in the project. 该公司还讨论了目前正在其发电站进行的生物质碳捕获和储存(BECCS )试点项目。 The company also discussed the biomass carbon capture and storage(BECCS ) pilot project currently underway at its power station. BECCS 将产生巨大的发展影响,引发大规模的土地掠夺,最有可能来自相对贫困的人。BECCS would have enormous development implications, provoking large-scale land grabs, most likely from relatively poor people. 世界第一个BECCS 试点正在运行,我们将生物质气化技术与现有的二氧化碳基础设施相结合。 The world's first BECCS pilot is being implemented by combining biomass gasification into an existing carbon dioxide infrastructure. 有人批评一些被建议BECCS 部署的情景会造成严重增加使用生物质能的依赖。 There has been criticism to some suggested BECCS deployment scenarios, where there would be a very heavy reliance on increased biomass input. 因此,BECCS 被建议作为一项能扭转排放趋势并创建一个净负排放的全球体系的技术。 BECCS has therefore been suggested as a technology to reverse the emission trend and create a global system of net negative emissions. 生物技术加碳捕捉和储存(BECCS )是净零排放这一“过头方针”(overshootapproach)的榜样。 Bioenergy with Carbon Capture and Storage(BECCS ) is the poster child for the new“overshoot approach” of net-zero emissions. 第一个二氧化碳已经在Drax电站的创新生物能源碳捕集与封存(BECCS )试点中被捕获。 The first carbon dioxide has been captured at Drax Power Station in their innovative bioenergy carbon capture and storage(BECCS ) pilot. 联合国政府间气候变化专门委员会(IPCC)在2014年发表的第五次评估中积极地采纳了BECCS 。 The UN's Intergovernmental Panel on Climate Change(IPCC) enthusiastically adopted BECCS in its fifth assessment, published in 2014. 鉴于之前关于地球工程的实施,特别是BECCS 所说的,这一点是显而易见的。 This is obvious in the light of what has been said before, about the implementation of geo-engineering, BECCS in particular. 虽然这些系统可能有其他的副作用,但是目前有没必要目前有没必要扩大在能源和工业应用生物燃料以便BECCS 部署的使用。 There is however presently no need to expand the use of biofuels in energy or industry applications to allow for BECCS deployment. Beccs 是“生物能源与碳捕捉储存”的缩写,它需要充分利用碳工程最原始的形式:光合作用。Beccs , which stands for“bio-energy with carbon capture and storage,” takes advantage of the original form of carbon engineering: photosynthesis. 这一方法称为“带CCS的生物能”,或BECCS ,寻求将生长快速的植物的二氧化碳吸收能力与地下二氧化碳储存方法相结合。 Called“bioenergy with CCS,” or BECCS , this method seeks to pair the CO2-absorption capabilities of fast-growing plants with underground CO2 storage methods. BECCS 涉及燃烧某种植物物质以产生电,燃料或热量,然后将碳气体捕获并储存在地下容器中。BECCS involves burning some kind of plant matter to produce electricity, fuel or heat, then capturing and storing the carbon gasses in underground containers. Biorecro目前正在准备与北达科他州大学能源与环境研究中心(EERC)合作进行世界第一个BECCS 试点。 Biorecro is presently preparing the world's first BECCS pilot in collaboration with the Energy and Environmental Research Center(EERC) at the University of North Dakota. Drax集团的首席执行官威尔·加德纳说:“证明这种创新的碳捕捉技术是一项令人兴奋的进展,也是我们BECCS 项目的另一个重要里程碑。 CEO Will Gardiner said,“Proving that this innovative carbon capture technology works is an exciting development and another important milestone in our BECCS project.
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