Carbon dioxide will be removed from the chimney using chemicals and turned into a liquid, ready for storage underground.
二氧化碳将被化学物质从烟囱中除去，转化为一种液体，从而可以被储存在地下。
Many have proposed abandoning the term geoengineering in favor of solar radiation management and carbon (or carbon dioxide) capture and storage.
提倡放弃地球工程术语的人们喜欢太阳辐射管理、碳(或二氧化碳)的捕获与保存。
On the other hand, undersea storage has raised concern that carbon dioxide could slowly leak into ocean water.
另一方面，海底碳储存也引起关注，人们担心二氧化碳可能会慢慢地泄漏到海水里。
Shu insists his new facility can be good for the environment because it is equipped to capture and condense carbon dioxide for possible storage.
舒戈平坚持认为，由于他的新工厂配有收集和凝缩二氧化碳的设备，并可能将其储存下来，所以将对环境有利。
One possibility — a process that would inject carbon dioxide deep underground for storage — is a largely untested technology that is likely to be very expensive.
一种可能是将二氧化碳深埋于地下，不过这种技术很大程度上还没有经过检验、而且可能造价昂贵。
Scientists and engineers will have to prove that the possibility of a sudden, catastrophic carbon dioxide release from a storage site is exceedingly remote.
科学家和工程学家会向大家证明突发性的、灾难性的储存地二氧化碳泄漏事件离我们还“极其”遥远。
If the storage site is far from the power plant, yet more energy will be needed to move the carbon dioxide.
另外如果二氧化碳存储点离发电厂很远，还需要更多的能量来输送二氧化碳。
Oneof the most recent involves using dry water as a storage material for gases,including carbon dioxide.
干水在近期内的一项用途便是充当二氧化碳等气体的储存材料。
With the amount of storage space needed to contain the world's CO2 emissions, the abyssal plain may be only one locale where we keep our carbon dioxide.
考虑到全世界排放出的CO2的巨大体积，也许深海平原是唯一能够让我们储存二氧化碳的场所。
Carbon dioxide will be removed using chemicals and turned into a liquid, ready for storage underground.
而其中的二氧化碳将利用化学物质来清除，并最终转化成液体，以便存储于地下。
When heated somewhat, the carbon dioxide reverts to a gas that can be pumped underground or into another storage facility.
当稍微加热时，二氧化碳又转变为气体，这样，气态二氧化碳就可以从地下抽取出来或者输送到其它的储存装置中区。
Underground storage of the captured carbon would be regulated in the same way that carbon dioxide sequestered from power stations might be—again, for the most part, a local matter.
发电厂处理吸取的二氧化碳的方法，对于捕获碳的地下储存也适用。
The leading technology for carbon capture and storage (CCS) involves capturing carbon-dioxide gas then storing it underground in oil and gas reservoirs, and other porous areas.
碳捕获与储存技术(CCS)的核心技术包括将CO2捕集起来然后将它们储存到地下的油井或气田中，或其他的多空区域。
In fact, the technology that the industry is counting on to reduce the carbon dioxide emissions that add to global warning - carbon capture and storage - is not now commercially available.
事实上，业界指望减少使全球气温变暖的二氧化碳排量的技术：二氧化碳捕获与封存(CCS)技术，还未商业化。
Carbon dioxide can be stored as a bulk liquid in large storage vessels with capacities up to 50 tons and larger.
二氧化碳可以作为液体大量储存在容量大到50吨和更大的大型储存容器内。
With carbon dioxide concentrations in the atmosphere marching ever upwards and warming the planet, researchers are keen to investigate so called "carbon capture and storage" (CCS) solutions.
大气中的二氧化碳浓度不断上升使全球变暖，研究人员都热衷于探讨所谓蛽“碳捕获和储存”(CCS)的解决方案。
The carbon dioxide can later be released, by heating the solution, for subsequent liquefaction and storage.
接着，人们可以通过加热溶液重新释放二氧化碳以便日后进行液化和储存。
If warmer carbon dioxide gas is desired, vapor is withdrawn from the vapor space in the storage tank and superheated.
如果需要温度更高的二氧化碳气体，可以从蒸气空间提取出蒸气，并使其过热。
This may be done by periodically pumping the beer through a carbonator or bubbling carbon dioxide into the storage tank.
这可以通过定期输送啤酒流经碳酸化器或者通过向储罐内充入二氧化碳来完成。
Infrared sensor method can also test the temperature effect on the permeation of carbon dioxide, thus the tough storage environment and the storage cycle can be analyzed.
红外传感法还可以测试温度对于二氧化碳渗透量的影响，从而为碳酸饮料较严峻储存环境下的存放周期提供测试分析方法。
Such low carbon power projects use fossil fuels such as natural gas , petroleum coke or coal for power generation combined with carbon dioxide capture and storage technology.
此类低碳电力项目结合二氧化碳采集和存储技术，利用天然气、化焦碳或者煤等化石燃料发电。
If warmer carbon dioxide gas is desired, vapor is withdrawn from the vapor space in the storage tank and superheated. Bulk storage tanks are filled by liquid transport trailers.
如果需要温度更高的二氧化碳气体，可以从蒸气空间提取出蒸气，并使其过热。由液体运输拖车来灌装大容量容器。
This paper summarizes the review of all kinds of carbon dioxide storage technique and discusses the advantages and disadvantages of present researches and put forward the emphasis of more studies.
全面概述了各种二氧化碳储存技术的国内外研究进展，讨论了各种技术的优缺点，并提出了今后研究的重点。
Bulk carbon dioxide is typically stored as a liquid in storage tanks with capacities of 6, 14, 26, and 50 tons.
大量的二氧化碳典型地作为液体储存在容量为6、14、26、和50吨的储存罐里。
A gas storage apparatus by DW hydrate was set up for studying the storage of propane, carbon dioxide and methane by Steady-state constant-volume cooling method.
搭建了水合物储气平台，采用稳态恒容降温进行了干水生成水合物储备丙烷、二氧化碳和甲烷的实验。
The ideal locations for carbon capture and storage (CCS) systems are at the very power plants that emit tons of carbon dioxide every day.
建立碳采集与储存(CCS)系统的理想位置是每天排除成吨二氧化碳的发电厂。
The ideal locations for carbon capture and storage (CCS) systems are at the very power plants that emit tons of carbon dioxide every day.
建立碳采集与储存(CCS)系统的理想位置是每天排除成吨二氧化碳的发电厂。
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