spray pyrolysis equipment to oil in afghanistan

                                               
                                               
                                               
                                               
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  • Which pyrolysis equipment supports the industry?
  • Since many years, our pyrolysis equipment supports the industry in the following areas: Biogreen is a thermochemical conversion process for converting biomass, waste and residues into high added value products. Industrial pyrolysis equipment dedicated for processing biomass and waste. Compact and containerised units for energy conversion.‌
  • What is biogreen pyrolysis equipment used for?
  • Our pyrolysis equipment allows to convert all type of bulk materials (biomass, biosolids, waste) into high value products (syngas, biochar, oil compounds, solid fuels and other). This ability makes Biogreen® an excellent tool for many biomass and waste processing facilities. Where is Biogreen pyrolysis equipment used?‌
  • What are the different types of spray pyrolysis techniques?
  • The different types of spray pyrolysis techniques that are being used today in scientific laboratories are: Ultrasonic spray pyrolysis (USP) – This is a popular technique for low-cost , large-scale, synthetization of nano materials and thin films.‌
  • When was spray pyrolysis used?
  • In the early days, the primary use of spray pyrolysis was for depositing metallic and semiconducting films during the 1950 s and 1960 s, with the main focus being on understanding the fundamental principles of the method and creating simple precursor solutions and process conditions to produce high-quality films.‌
  • What is a high temperature ultrasonic spray pyrolysis process?
  • In a high temperature ultrasonic spray pyrolysis process, precursor solutions such as Aluminum Zinc Oxide are sprayed onto a substrate heated to approximately 300-500 degrees Celsius. The solvent is evaporated in transit and the ZnO crystalline film is grown on the substrate surface, often soda-lime or other glass.‌
  • What is ultrasonic spray pyrolysis?
  • The technique is capable of synthesizing nanomaterials with precisely controllable morphologies and chemical compositions. The pyrolysis temperature is the most important parameter in the ultrasonic spray pyrolysis. The use of metal-organic precursors in organic solvents results in a homogeneous non-cracked deposition.