Clean Energy Research Foundation

Technology Under Development

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New Technology
Electricity Storage Technology
Electricity Storage Methods table
Worldwide Methane Reduction Project
Materials R&D
Nanotube adhesive sales
Nanotube Adhesive Press release & photo
Nanotube Adhesive SEM
Carbon nanotubes on sale
Neil Farbstein, President of the Clean Energy Foundation has invented a
laser countermeasures system that can deflect high energy laser beams  from aircraft offering protection from laser weapons.
  • Magnetocaloric energy converters to make electricity from solar     energy.  

  • Ultra broad spectrum antibiotics that kill all gram positive bacteria including dangerous antibiotic resistant bacteria.

  • A magnetocaloric refrigerator that will be more energy efficient than current models.

  • Consumer air conditioners, geothermal heat pumps and refrigerators with higher efficiency at almost the same price.

  • Modified refrigerants for geothermal heat pumps that will get better efficiency .

  • A solar cell that might be cheaper than the competition and that gets 20% efficiency or above.

  • Patent pending (US 14488452 "Ultrahigh Strength Nanomaterials And Methods Of Manufacture." ) super high performance materials high tensile, strength breaking strength.

  • Carbon nanotube coatings for high voltage DPF nuclear  fusion reactor electrodes. 

  • A breakthrough method of manufacturing high strength graphene nanopaper for bullet proof vests. We are negotiating R&D partnership with the US Navy. The nanopaper is several times tougher than kevlar
  • Our homepage shows the WORLD'S FIRST Fluorinated Graphene nanopaper
  • 3 D printed ceramics and wires that have higher electrical and thermal conductivity than all other materials.  Competitive with the nanotube wires they are using on the Juno planetary probe currently in the news.

              The Clean Energy Research Foundation Inc. is researching methods of designing GMO plants with as much as 50% higher productivity by genetically modifying their chloroplasts. It is a general method that can be applied to cotton, food and oilseed crops and to energy crops.

    The genetic transformation on our drawing board is a novel method of reducing oxygen inhibition of Rubisco, which is a major factor limiting crop productivity.

    We want an R&D partnership with corporate and government laboratories to research and develop our valuable technology.



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