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Green Nanoparticles for Oil Production Enhancement

Green Nanoparticles for Oil Production Enhancement Green Nanoparticles for Oil Production Enhancement Green Nanoparticles for Oil Production Enhancement

Green Nanoparticles for Oil Production Enhancement

Green Nanoparticles for Oil Production Enhancement Green Nanoparticles for Oil Production Enhancement Green Nanoparticles for Oil Production Enhancement

Green Nanofluid Benefits:

  • Extremely low CapEx and OpEx 
  • Injection treatment cost ~$9.00 / bbl. incremental production
  • Payback is 1 to 3 months    
  • Non-toxic, non-corrosive, and 100% biodegradable
  • Reduces heavy oil and oil sands viscosity 99%   
  • Eliminates Canadian operator’s costly carbon tax liability
  • Increases proved oil reserves and asset value
  • Extends the longevity of declining oil wells  
  • Increases reservoir pressure that enhances stripper well production  
  • Wellbore remediation treatment for paraffin and asphaltene deposition 
  • Improves post frac recovery in oil and gas reservoirs  
  • Benefits light oil, heavy oil, oil sands, shale oil, and natural gas liquids  
  • Achieves ESG standards that safeguard the environment   
  • Generates carbon credit revenue from emission-offset buyers 
  • Qualifies for California’s Low Carbon Fuel Standard tax credit 
  • Goal is to help oil companies achieve carbon-neutral oil production  

  • Nanofluid generates high-temperature heat that lowers viscosity, creates new reservoir pressure and sodium hydroxide surfactant in-situ 
  • 99% viscosity reduction (~400,000 cP ultra-heavy oil reduced to 259 cP)   
  • Wettability alteration makes the reservoir rock more water-wet
  • Interfacial tension (IFT) reduction of 70% to 90%
  • Increases permeability that achieves a higher sweep efficiency  
  • 1,000 nanofluid gallons = 2.9 million BTUs of energy
  • Thermal cracking of carbon chain upgrades heavy oil increasing API 
  • Permanently lowers viscosity that remains unchanged on the surface 
  • Injected at ambient temperature in existing wellbores 
  • Alters the reservoir's rheology for better oil flow 
  • In-situ upgrading of heavy oil achieves pipeline and refinery requirements
  • Core flood lab tests achieved ~36% increased recovery of oil in place
  • Prevents or delay heavy oil asphaltene precipitation 
  • Reduces heavy oil sulfur content ~42%  

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