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Reducing CO_2 with new technologies

机译:用新技术减少二氧化碳

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摘要

While it is forecasted that fossil fuel power generation will remain an important energy supplier in the next 20-30 years, other emerging technologies aim to avoid the production of CO_2. This article looks at new, CO_2 emission-free energy technologies, such as solar energy and bio-fuels, as well as carbon capture and storage (CCS). Numerous companies in the energy markets are aware of the environmental impact and the finite nature of most fossil fuels. Every combustion process emits carbon dioxide (CO_2) into the atmosphere. The subsequent buildup of CO_2 in the atmosphere is a cause of global warming. Many of these companies currently work on new technologies to reduce the emission of CO_2. The use of carbon-neutral energy sources like solar power or bio-fuels is one approach. As long as fossil fuels have to be burned, another approach is to capture the CO_2 at the point of origin and to store it in locations where it has no impact on the earth's atmosphere. Such future-oriented concepts have significant potential to support the fight against global warming. These new technologies call for dedicated pumping solutions, which are tailor-made to meet their very specific and challenging requirements, such as managing high temperatures or handling solid-laden liquids.
机译:预计在未来20至30年内,化石燃料发电仍将是重要的能源供应商,但其他新兴技术的目标是避免产生CO_2。本文着眼于新的无CO_2无排放能源技术,例如太阳能和生物燃料以及碳捕集与封存(CCS)。能源市场中的许多公司都意识到环境影响和大多数化石燃料的有限性。每个燃烧过程都会将二氧化碳(CO_2)排放到大气中。大气中随后的CO_2积累是全球变暖的原因。这些公司中许多目前正在研究新技术以减少CO_2的排放。使用诸如太阳能或生物燃料之类的碳中和能源是一种方法。只要必须燃烧化石燃料,另一种方法是在起源处捕获CO_2,并将其存储在对地球大气没有影响的位置。这种面向未来的概念具有巨大的潜力来支持应对全球变暖的斗争。这些新技术需要专用的泵送解决方案,这些解决方案是量身定制的,可以满足其非常具体且具有挑战性的要求,例如管理高温或处理固体液体。

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