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New Process Makes Green Hydrogen And Graphene From Plastic

Rice University researchers have developed a method to extract hydrogen from plastic waste while producing valuable graphene as a by-product. ....

United States , Brian Westenhaus , Kevin Wyss , James Tour , United States Army Corps Of Engineers , Development Center , Office Of Naval Research , National Science Foundation , United States Army Engineer Research , Rice University , Office Of Scientific Research , Advanced Materials , Chao Professor , United States Army Corps , Air Force Office , Scientific Research , Naval Research , New Energy , Hydrogen Gas , Plastic Waste ,

Flash Joule Heating Is Not the DC Superhero Movie Sequel, but It Could Save the Planet

It can recycle waste into valuable graphene; it can regenerate graphite anodes in lithium-ion batteries; it can make low-cost hydrogen from plastic. It&#. ....

United States , Konstantin Novoselov , Andre Geim , Louis Brus , Office Of Scientific Research , Rice University , National Science Foundation , University Of Manchester , Sustainability League , James Tour Of Rice University , United States Army Engineer Research , Researchers At Rice University , Office Of Naval Research , Rouzbeh Shahsavaric Crete Group Youtube Warner Bros , Jeff Fitlow Rice University , Development Center , Flash Joule Heating , James Tour , C Crete Group , Nobel Prize , Joule Heating , Air Force Office , Scientific Research , Plastic Recycling , Green Hydrogen ,

Molybdenene – the "Metallic" Relative of Graphene - The researchers created the new 2D material using a microwave

Two-dimensional materials like graphene show fascinating properties such as superconductivity, extraordinary strength and exotic quantum phenomena. Scientists at Forschungszentrum Jülich, together . ....

Ilia Valov , Sumana Paul , Amirh Tavabi , Kalpana Nayak , Rafale Dunin Borkowski , Moumita Mukherjee , Sumit Chahal , Prashant Kumar , Tumesh Kumar Sahu , Nayan Datta , Rajkumar Jana , Nishant Kumar , Indian Institute Of Technology , Australian University Of Newcastle , Indian Institute , Australian University , Kumar Sahu , Nature Nanotechnology , 2d Materials , Molybdenum Sulphide ,

Point-of-Care Diagnostic Devices Development

This article describes how general graphene develops highly sensitive and fast point-of-care diagnostic devices by using graphene. ....

Graphene Corporationsep , Maria Osipova , Graphene Biosensors , Fast Diagnostic Devices Development , Hememics Biotechnologies Inc , Graphene Corporation , General Graphene Corporationsep , Point Of Care Diagnostic Devices Development , General Graphene , Hememics Biotechnologies , Highly Sensitive , Ast Point Of Care Diagnostic Devices ,