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  • A New Sustainable Process for Hydrocarbons Oxidation (No. T4-1892)

    Scientist: Ronny Neumann

    Phenol is an important industrial commodity used as a precursor to many useful compounds. It is being utilized in huge amounts in a wide range of industry sectors including the pharmaceuticals, plastic-related-products production, paints & coatings, electrical equipment, foams and fuel additives. The global phenol ma ... Read more
    5728
  • Aerobic Carbon-Carbon Bond Cleavage of Alkenes to Aldehydes and Ketones (No. T4-1722)

    Scientist: Ronny Neumann

    Our technology provides a new type of oxidative cleavage reaction of organic compounds with highly selective product formation.Polyoxometalate (POM) catalysts have become well-known for their utility and diversity in specific reactions. Through the elucidation of POM catalytic pathways, greater versatility has been achie ... Read more
    5596
  • Carbon Nanotube Based Transistor Device (No. T4-1730)

    Scientist: Shahal Ilani

    With the continuous trend of electronic component miniaturization, process control technologies must keep up with component size reduction. Defects that were so far negligible, are now posing critical operation obstacles, and are more difficult to identify as scales are reduced to <10 nm. This new technology developed ... Read more
    5602
  • Catalytic Liquid Organic Hydrogen Carrier (LOHC) System (No. T4-1749)

    Scientist: David Milstein

    A novel Liquid Organic Hydrogen Carrier (LOHC) system provides an inexpensive, safe and clean solution for loading and unloading of hydrogen on demand with high potential hydrogen storage capacity.The thriving need for fossil fuels alternatives as energy resources in order to maintain the fast development of human civili ... Read more
    5617
  • Conductive Inorganic Fullerenes and Nanotubes (No. T4-1482)

    Scientist: Reshef Tenne

    Modification of the electronic properties of layered-type semiconductors can be accomplished by doping/alloying of the semiconductor. In the present disclosure we show that doping of MoS2 and WS2 nanotubes/nanoparticles can be accomplished by doping with either Re (n-type) or Nb (p-type) foreign atoms. These nanoparticle ... Read more
    5485
  • Desulfurization of Flue-Gasses (No. T4-1577)

    Scientist: Igor Lubomirsky

    A novel desulfurization system achieves removal of sulfur dioxide (SO2) from industrial exhaust streams at efficiencies that can greatly supersede technologies currently in use. The chemical process is highly selective to SO2, and consumes much less reagents, therefore reducing the cost of desulfurization.Techniques to c ... Read more
    5533
  • Device for Electric Field Induced Local Magnetization (No. T4-1886)

    Scientist: Ron Naaman

    A new technology developed by a group of researchers led by Prof. Ron Naaman from the Weizmann Institute, harnesses the advantages of electron spin orientation for memory and information transmission applications. The innovation enables replacement of the traditional current-based semiconductor technologies, yielding fas ... Read more
    5725
  • Devices and Methods to Measure Small Displacements (No. T4-1815)

    Scientist: Igor Lubomirsky

    This novel method utilizes polarized light that in contrast to conventional methods does not interact directly with the material or with the material’s surface. Here the material to be tested is secured underneath a reflective material, such that the polarized light reflected off the reflective material does not intera ... Read more
    5671
  • Extraction of Gold from Electronic Waste and Ores (No. T4-1910)

    Scientist: Igor Lubomirsky

    A method for selective extraction of gold has been developed at the Weizmann Institute. This method allows the efficient and environmentally benign recovery of gold that is currently discarded of in large quantities from electronic waste from household appliances, consumer electronic devices and industrial equipment.Prof ... Read more
    5743
  • Green Catalytic Formation of Alcohols, Amines, Amides, Imines and Esters under Mild Conditions (No. T4-1551)

    Scientist: David Milstein

    A novel set of manganese, ruthenium and related borohydride complexes (Pincer-type) were developed as remarkably efficient and environmentally-benign catalysts for the synthesis of alcohols, amines, amides, imines and esters, which are the basic building blocks for the research, chemicals, pharmaceutical and agrochemical ... Read more
    5512

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