Recent Progress and Approaches on Carbon?Free Energy from Water Splitting

论文摘要

Sunlight is the most abundant renewable energy resource, providing the earth with enough power that is capable of taking care of all of humanity’s desires—a hundred times over. However, as it is at times di use and intermittent, it raises issues concerning how best to reap this energy and store it for times when the Sun is not shining. With increasing population in the world and modern economic development, there will be an additional increase in energy demand. Devices that use daylight to separate water into individual chemical elements may well be the answer to this issue, as water splitting produces an ideal fuel. If such devices that generate fuel were to become widely adopted, they must be low in cost, both for supplying and operation. Therefore, it is essential to research for cheap technologies for water ripping. This review summarizes the progress made toward such development, the open challenges existing, and the approaches undertaken to generate carbon-free energy through water splitting.

论文目录

• HIGHLIGHTS
• 1 Introduction
• 2 Revolution of Water Splitting Research
• 3 Di erent Approach for Water Splitting Research
•   3.1 Plasmonic Solar Approach for WS
•   3.2 Physics and Surface Chemistry for Optimizationof WS
•   3.3 Electrode–Electrolyte Interface EngineeringApproach for WS
•   3.4 Defect Engineering for WS
•   3.5 Biological Approach for WS
•   3.6 Modeling Approach for WS
•   3.7 Thermodynamic Approach
•   3.8 Solar WS by Enhancing Charge SeparationApproach
•   3.9 Nanomaterials Designing Approach for WS
•   3.10 Artificial Leap Approach for Solar WS
•   3.11 Challenge of Charge Transport Properties for WS
• 4 Conclusion and Future Prospects

文章来源

类型: 期刊论文

作者: Aslam Hossain,K.Sakthipandi,A.K.M.Atique Ullah,Sanjay Roy

来源: Nano-Micro Letters 2019年04期

年度: 2019

分类: 工程科技Ⅰ辑

专业: 化学,无机化工

单位: Department of Physical and Inorganic Chemistry, Institute of Natural Science and Mathematics, Ural Federal University

分类号: TQ116.2;O643.36

页码: 791-816

总页数: 26

文件大小: 2677K

下载量: 14