甘薯是我国燃料乙醇生产的主要原料之一。
Sweet potato is one of the major feedstock for the fuel ethanol production in China.
中国是目前除美国和巴西外的第三大生物燃料乙醇生产国。
China is now the third largest bioethanol producer in the world after the United State and Brazil.
介绍燃料乙醇产业最发达的美国和巴西的燃料乙醇生产、消费及国家的产业政策。
To introduce the alcohol fuel production, consumption, and State industrial policies in United States and Brazil.
指出了高性能膜的研制以及膜组件的改进将会使渗透汽化法在燃料乙醇生产中得到更加广泛的应用。
It was pointed out that pervaporation will be used more widely in anhydrous ethanol production with the development of high performance membrane and the improvement of membrane modules.
在燃料乙醇生产中随着其他生物质原料（如秸秆和薯类原料等）的采用，筒仓储存系统的应用范围进一步拓宽。
With the use of other biomass such as stalk and potato in fuel alcohol production, the application range of silo storage system had further expanded.
一些批评人士指出，玉米乙醇的生产所消耗的化石燃料能源比它最终生产的生物燃料能源还要多。
Some critics have suggested that the production of corn ethanol uses up more fossil fuel energy than the biofuel energy it eventually produces.
生产乙醇的新技术能否让古老树木变成未来的生物燃料？
Could new techniques for producing ethanol make old-fashioned trees the biofuel of the future?
研究表明，现已在美国广泛生产的玉米基生物乙醇，对比传统燃料而言，给环境和健康带来更大的负担。
The study shows that corn-based bioethanol, which is produced extensively in the US, has a higher combined environmental and health burden than conventional fuels.
他解释道：“不只是生产单一产品，相反的，一套设施能够生产乙醇、有机汽油或者有机柴油、喷气式发动机燃料和类似异戊二烯的化工原料。”
"Instead of producing one product, a cluster of facilities could produce ethanol, green gasoline or diesel, jet fuel, and industrial chemicals such as isoprene," he explains.
乙醇作为一种生物燃料相对来说容易生产。但是与汽油相比它的能量密度较低，而且不能够通过现有的化石燃料管线来运输。
As a biofuel, ethanol is relatively easy to make, but it has a lower energy density than gasoline and can't be transported through existing pipelines designed for petroleum fuels.
玉米和大豆之类的农作物可以用来生产乙醇作为机动车辆的新型燃料。
Agricultural crops like corn and soybeans can be used for making ethanol for motor fuel.
生物燃料的使用增多，如用玉米生产乙醇。
一种新的微生物基因修饰可以生产价格可以与乙醇竞争的生物燃料丁醇。
A new microbe engineering trick could potentially make butanol, a promising biofuel, so cheaply that it could compete with ethanol.
不仅如此，伴随用蓝藻细菌提炼乙醇的同时，这些新的设施也将轻易的带来二次生物燃料生产。
He adds that these new facilities could easily include secondary biofuel production via a facility for cyanobacteria as well.
美国目前的拥有超过130亿加仑的“传统”乙醇生产能力，这占美国燃料消费总额的10%。
Presently the U.S. has the capability to produce over 13 billion gallons of "traditional" ethanol – which accounts for 10% of fuel used by American consumers.
用垃圾生产的乙醇是最新的生物燃料。
然而，英力士生产的生物乙醇需要和化石燃料搭配使用，原因是英国的汽车一般都不能单独燃烧生物乙醇。
The bioethanol that Ineos produces will have to be combined with a fossil fuel, however, because very few cars in Britain can run solely on bioethanol.
现在，全世界只有少数几个工厂通过纤维素生产生物燃料，而且产品仍然是乙醇。
At the moment, only a handful of factories around the world produce biofuel from cellulose. And that fuel is still ethanol.
作为全球最大的玉米生产国，美国去年的玉米产量低于预期，但是因为更多的玉米被用来制成乙醇燃料，玉米需求量有所增长。
Last year's corn harvest in America, the world's biggest producer, was lower than expected, but demand has increased as more corn is used for ethanol fuel.
巴西是世界上第二大乙醇生产国，其燃料主要来自糖。
Brazil, the world's second-largest producer, makes its fuel mainly from sugar.
生物燃料政策已将粮食作物从传统出口市场分流出去，用于乙醇和生物柴油生产。
Biofuel policies have diverted food crops from traditional export markets to production of ethanol and biodiesel.
他们计划生产的不是乙醇、而是碳氢化合物，其分子的化学性质和结构与为飞机、火车和汽车提供动力的燃料类似。
Instead of ethanol, they plan to make hydrocarbons, molecules chemically much more similar to those that already power planes, trains and automobiles.
用纤维素生产生物燃料比将玉米和甘蔗产乙醇有诸多好处。
Cellulose biofuels have advantages over ethanol from corn and sugar cane.
GreenHouse在人们的院子里建立的燃料加装站实际上是一个微型提炼厂，它在现场生产自己的乙醇。
The refuelling station that GreenHouse installs at people’s homes is actually a micro-refinery that makes its own ethanol on the spot from organic waste.
GreenHouse在人们的院子里建立的燃料加装站实际上是一个微型提炼厂，它在现场生产自己的乙醇。
The refuelling station that GreenHouse installs at people’s homes is actually a micro-refinery that makes its own ethanol on the spot from organic waste.
应用推荐