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Agri waste For bio nanostructured Carbons

The need for sustainable growth of mankind, is driving scientific researchers to find renewable sources for synthesis of nanostructured carbons. So the low-cost, abundant, and sustainable resources like agricultural waste, available in the form of vegetable biomass and agricultural by-products have come into focus. The bio-carbons in them are being heralded as a solution to many interlinked environmental issues. And new research reports from leading laboratories claim that renewable resources like agricultural waste mentioned above are ideal for producing nanostructures. Apart from the cost effectiveness, they are also environmentally friendly and help cut down on toxic chemicals. Here, spray pyrolysis application comes into picture and this post is about the latest information about the equipment and processes in research.

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The Spray Pyrolysis Equipment NTPY01

Spray Pyrolysis Application Renewable Resources Industry

Metal oxide nanoparticles have the potential to be used in a variety of fields, such as nanoelectronics, biomedical science, renewable solar energy, drug-gene delivery, and thermal insulation. And the synthesis of such nanostructures, such as nanoparticles, nanorods, nanotubes, thin films and nanoporous materials, are achieved through a variety of methods. Spray pyrolysis being one of them.

This post is based on a research report on MDPI Journal, that also discusses a number of other methods. But what are the various kinds of agricultural residues that can be used to derive nanomaterials? Listing some of the most commonly used renewable resources,

  • Rice husk and straw
  • Sugar cane bagasse and leaves
  • Bamboo leaves
  • Coconut shell
  • Egg shells
  • Walnut shells
  • Wheat straw
  • Banana peel

What are the various applications that you have been working on using spray pyrolysis. Do share with us for our readers.

Commonly asked questions

  • new emerging technologies
  • applications of nanomaterials
  • nanoscience and nanotechnology
  • nanotechnology in food
  • nanotechnology in electronics
  • nanotechnology in dentistry
  • nanotechnology in textiles
  • nanotechnology in biotechnology
  • nanotechnology in engineering
  • nanotechnology in physics
  • nanotechnology in robotics
  • use of nanomaterials

Most used lab equipment​

  • spin coating machine
  • magnetic stirrer hot plate
  • dry bath incubator
  • laboratory fume hood
  • laboratory water bath
  • orbital shaker incubator
  • centrifuge machine
  • laboratory colorimeter
  • laminar air flow cabinet
  • laboratory microscopes
  • lab weighing balances
  • ph meters for lab
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