Syntesis of carbon nanomaterials from corn waste (DDGS). The world's largest ethanol producer (USA) uses corn as feedstock. DDGS (distillers dried grains with solubles) is the main waste generated from this process (around 32 million t/year). DDGS samples were pyrolyzed at 1000 degrees C in a furnace with controlled atmosphere. The effluent was channeled to a second furnace, in which catalyst substrates were placed. Chromatographic analysis was used to evaluate the gaseous effluents, showing that the catalyst reduced hydrocarbon emissions. The solid products formed were analyzed by SEM and TEM. Graphitic structures and carbon nanofibers, 50 mu m in length and with diameters of 80-200 nm, were formed
We report a one-pot and eco-friendly synthesis of carbon-supported cobalt nanoparticles, achieved by...
In this work, CNS were successfully synthesized using waste latex from natural rubber gloves as carb...
Research in nanotechnology is gaining interest due to its unpredictable nature and unique properties...
The world's largest ethanol producer (USA) uses corn as feedstock. DDGS (distillers dried grains wit...
This work addressed the production of carbon nanomaterials (CNMs) by catalytic conversion of wastes ...
This work addresses the synthesis of carbon nanomaterials (CNMs) by up-cycling common solid wastes. ...
Nanomaterials (CNMs) have extraordinary mechanical, thermal, and electrical properties, which provid...
Carbon nanofibers were synthesized on activated carbons produced from agricultural waste using chemi...
919-922The enormous production of agricultural waste has created major problems for polluting the en...
Nano-scaled carbons were produced by thermal treatment of pine wood chips and bio-char. The influenc...
Food waste has been a complex component added to municipal solid waste, making it a major reason for...
In this study, an original and green procedure to produce water-based solutions containing nanometri...
The future and continuity of nanomaterials are heavily dependent on their availability and affordabi...
Abstract only availableMissouri being one of the leading states in corn production has a large quant...
The main objective of this research was to develop a catalytic thermal conversion process for produc...
We report a one-pot and eco-friendly synthesis of carbon-supported cobalt nanoparticles, achieved by...
In this work, CNS were successfully synthesized using waste latex from natural rubber gloves as carb...
Research in nanotechnology is gaining interest due to its unpredictable nature and unique properties...
The world's largest ethanol producer (USA) uses corn as feedstock. DDGS (distillers dried grains wit...
This work addressed the production of carbon nanomaterials (CNMs) by catalytic conversion of wastes ...
This work addresses the synthesis of carbon nanomaterials (CNMs) by up-cycling common solid wastes. ...
Nanomaterials (CNMs) have extraordinary mechanical, thermal, and electrical properties, which provid...
Carbon nanofibers were synthesized on activated carbons produced from agricultural waste using chemi...
919-922The enormous production of agricultural waste has created major problems for polluting the en...
Nano-scaled carbons were produced by thermal treatment of pine wood chips and bio-char. The influenc...
Food waste has been a complex component added to municipal solid waste, making it a major reason for...
In this study, an original and green procedure to produce water-based solutions containing nanometri...
The future and continuity of nanomaterials are heavily dependent on their availability and affordabi...
Abstract only availableMissouri being one of the leading states in corn production has a large quant...
The main objective of this research was to develop a catalytic thermal conversion process for produc...
We report a one-pot and eco-friendly synthesis of carbon-supported cobalt nanoparticles, achieved by...
In this work, CNS were successfully synthesized using waste latex from natural rubber gloves as carb...
Research in nanotechnology is gaining interest due to its unpredictable nature and unique properties...