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Nanotechnology Now - Press Release: Biology s hardest working pigments and MOFs might just save the climate: A range of processes that currently depend on fossil fuels but are really hard to electrify will depend on the development of genuinely clean fuels, and for that to happen, much more efficient catalysts wi

Nanotechnology Now - Press Release: Biology s hardest working pigments and MOFs might just save the climate: A range of processes that currently depend on fossil fuels but are really hard to electrify will depend on the development of genuinely clean fuels, and for that to happen, much more efficient catalysts wi
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Yao mengYusuke yamauchiNano research energy onYangzhou universityTsinghua university pressProduction servicesUniversity of queenslandSchool of chemistryUniversity of strathclydeNano research energyHome press biologyAustralian institute forNational university of singaporeResearch articlesEditorial servicesTsinghua university

Using Porphyrin-Based Framework Materials in Energy Conversion Technologies

Some of the economic sectors that are the hardest to decarbonize would benefit from the emergence of substantially more efficient catalysts involved in energy conversion chemical reactions.

Yusuke yamauchiLaura thomsonjulYangzhou universityNano research energy onAustralian institute forUniversity of queenslandSchool of chemistryNano research energyAustralian instituteChemical engineering

Combining the Power and Storage Needs of Solar Energy Into One Device

Researchers are attempting to find solutions to recurring issues with clean energy, such as solar energy storage, as the climate crisis approaches.

Zhao gongHairong xueRenzhi maYusuke yamauchiTakayoshi sasakiNano research energy onChina postdoctoral science foundationUniversity of queenslandNational institute for materials scienceInternational centerNano research energyDepartment of chemistryJiangsu key laboratory of electrochemical energyMaterials science at nanjing forestry universitySchool of chemical engineering australian institute forNatural science foundation of jiangsu province

How Heterogeneous Photocatalysis may Enhance Organic Transformations

Selectivity refers to the ability to control the products and byproducts of a chemical reaction. Scientists are attempting to increase selectivity in industrial chemical processes to improve chemical product quality, eliminate wasted byproducts, and minimize harmful byproducts, such as CO2 emissions.

Yujie xiongYitao daiNano research energy onTechnology of china school chemistryCooperation fundUniversity of scienceNano research energyNatural science foundation of chinaChina national key rd programSuzhou institute for advanced researchTechnology of chinaShows how heterogeneous photocatalysisEnhance organicNano researchStudy authorSuzhou institute