【摘 要】
：
Converting electrical energy from highly volatile renewable sources,such as wind power and photovoltaics into stable and easy storable chemical energy carri
【机 构】
：
KarlsruheInstituteofTechnology(KIT),InstituteforMicroProcessEngineering(IMVT),Hermann-von-Helmholtz-
【出 处】
：
The 14th International Conference on Microreactivity Technol
论文部分内容阅读
Converting electrical energy from highly volatile renewable sources,such as wind power and photovoltaics into stable and easy storable chemical energy carriers or bulk chemicals,often embraced as "Power-to-X",currently attracts a lot of attention in Europe.Ahead of all the German Federal Government has set ambitious goals for reorientation of the energy system to become largely based on renewables1.They require a continued build-up of wind power and photovoltaics.However,besides economic challenges,this will aggravate the punctual already existing problem of temporal and local mismatch of electricity generation and consumption.Expansion of the power grid,the integration of storage technologies,and the coupling of the power grid with other energy networks such as district heating or the gas grid,as well as demand side management are the main measures currently under investigation which should guarantee grid stability and far-reaching CO2 reduction.
其他文献
Development of reactions in flow has many advantages,but perhaps the most enabling is the ability to facilitate transformations that are otherwise challengi
In the beginning of the 21st century,we succeeded in fabricating 102 nm channels on a glass substrate and also in bonding cover glass,and that was a first e
Using microstructured devices in chemical engineering provides several advantages over conventional,and mostly batch,reaction systems.Due to the decrease in
The emergence of continuous flow chemistry has opened new opportunities for preparative photochemistry.Flow operation offers several advantages over convent
Improving industrial sustainability requires to change production methods at the process and system levels.Novel microreactor plants allow precise control a
For many decades scale-up has been the most natural way of enhancing production capacity for any chemical.Scale-up needs special attention and a rigour to e
In the last decade,innovating micro-and milli-structured multiphase reactors have been developed allowing high mass and heat transfer performances and openi
Microfluidic applications have proven useful for process and synthesis development within the area of organic synthesis,i.e.flow chemistry.The unique charac
基于高次谐波的阿秒激光脉冲不仅是目前超快研究最前沿的内容，而且开拓了电子动力学、凝聚态物理中的相变过程、阿秒磁学等方向的研究，其处于极紫外及软X射线波段的相干辐
Flow microreactor technology is bringing a revolutionary change in organic chemistry.It is widely recognized that a huge number of synthetic routes make use