Pyrolysis

Products Pyrolysis

Micro Reactor- High Pressure Pyrolyzer with Catalyst Reactor- Analyze Biomass, Oil and Coal

CDS Analytical has introduced the first micro high-pressure pyrolysis reactor system. Scientists studying new biomass feed stock, coal, oil or polymer more

News Pyrolysis

• Making temperature-sensitive porous nanolayers

  A method of manufacturing porous nanolayers using temperature-sensitive substrates has been developed by scientists. Traditionally such materials are made using flame spray pyrolysis (FSP), but this process is limited by the thermal sensitivity of the substrate onto which the nanoparticles are coat more

• An experimental approach to understanding the fire hazard involved when handling ionic liquids

  Ionic liquids (ILs) have been embraced as the green solvent of the future and are noted for their operational safety in part due to their non-flammable nature as compared to conventional solvents. In fact, existing regulations for measuring the flammability of solvents do not take into account the p more

• BioBoost – Boost of biomass-based energy
  

  Six research institutions and seven industrial partners from all over Europe will participate. Research under BioBoost will complement the bioliq® concept of KIT, which is designed for the production of designer fuels for diesel and Otto engines from biogenous residues, e.g., straw. Europe is pinnin more

White papers Pyrolysis

• The Determination of Hazardous Substances According to RoHS and WEEE Directives
  

  1st July 2006 is an important deadline for the electro- and electronics industries. This date bans hazardous substances like lead, cadmium, mercury, hexavalent chromium and polybrominated biphenyls and diphenyl ethers from electro- and electronic equipment. This restriction, even though in discussion since 1991, has become more and more important from year to year because of tons of electronic waste releasing toxic substances which are accumulated in the environment, the food chain and all human beings. In order to enforce the substances ban and the limitation or substitution of hazardous components, elemental analysis is obviously the most important control measure for monitoring limiting values. This requires precise analytical systems such as X-ray fluorescence, ICP- and atomic absorption spectrometers. These instruments are able to detect trace concentrations of hazardous compounds - for example cadmium, using an atomic absorption spectrometer in the flame atomization mode up to 0.1 mg/L, or using the di more

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