Subsystem GASPROC · estate packet 03_GASPROC

Gas Processor

Post-cell gas processing stage.

Documents · 31

• Gas Processor

  Uses ambient air gases, gas processor, ionized ambient air gases.

• Water Fuel Injection System

  Uses ambient air gases, ambient air ionizer, gas processor, ionized air gases, ionized ambient air gases and 1 more.

• Water Fuel Injection System - Page 3

  Uses ambient air gases, ambient air ionizer, gas processor, ionized air gases, ionized ambient air gases and 1 more.

• Differential Air-Gas Inlet Control

  Uses gas processor.

• Gas Modulator Process

  Uses ambient air, ambient air gases, argon, non-combustible gases.

• Stan Meyer Machining Template STLs_5-22-2024

  Uses gas processor.

• Stanley Allen Meyer

  Uses ambient air, gas processing system.

• Hydrogen Gas Fuel & Management System For An Internal Combustion Engine

  Uses ambient air, ambient air gases, gas processor, non-combustible gases.

• Hydrogen gas fuel and management system for an internal combustion engine utilizing hydrogen gas fuel

  Uses ambient air, ambient air gases, gas processor, non-combustible gases.

• Water fuel injection system

  Uses ambient air, ambient air gases, argon, gas processor, ionized air gases and 2 more.

• Water Fuel Injection System

  Uses ambient air, ambient air gases, argon, gas processor, ionized air gases and 2 more.

• Controlled Hydrogen Gas Flame

  Uses ambient air, ambient air gases, argon, non-combustible gases.

• Hydrogen Gas Fuel And Management System For An Internal Combustion Engine Utilizing Hydrogen Gas Fuel

  Uses ambient air, ambient air gases, gas processor, non-combustible gases.

• Extraordinary Technology Conference 2015 - Transcription

  Uses ambient air, argon, gas processor.

• Deer Creek - Conference Center - Sterling, OH - Transcription - Part 2

  Uses ambient air, ambient air gases, argon, non-combustible gases.

• A Hydrogen Gas Fuel And Management System For An Internal Combustion Engine Utilizing Hydrogen Gas Fuel

  Uses ambient air, ambient air gases, gas processor, non-combustible gases.

• Water Fuel Injection System - Page 1

  Uses ambient air gases, ambient air ionizer, ionized air gases, non-combustible gases.

• Water Fuel Injection System

  Uses ambient air, ambient air gases, argon, gas processor, ionized air gases and 2 more.

• Deer Creek - Conference Center - Sterling, OH — transcript

  Uses ambient air, ambient air gases, argon, non-combustible gases.

• Process And Apparatus For The Production Of Fuel Gas And The Enhanced Release Of Thermal Energy From Such Gas

  Uses ambient air, ambient air gases, argon.

• ENERGY of the FUTURE - R&Z - Vol 2 No. 1, 1990

  Uses ambient air, argon, non-combustible gases.

• Gas Mixing Regulator

  Uses ambient air, argon, non-combustible gases.

• WFC Exhaust Air Reclaimer

  Uses gas processor, nitric oxide.

• Hydrogen Gas Utilization

  Uses ambient air, ambient air gases, non-combustible gases.

• Hydrogen Gas Injection System for Internal Combustion Engine

  Uses ambient air, argon, non-combustible gases.

• Catalytic Block Assembly

  Uses ambient air, ambient air gases, non-combustible gases.

• Process & Apparatus For The Production Of Fuel Gas & The Enhanced Release Of Thermal Energy From Such Gas

  Uses ambient air, ambient air gases, argon.

• Fuel-Gases / Quenching Tube

  Uses gas processor, non-combustible gases.

• Fuel Gas Processor

  Uses gas processor.

• Process and apparatus for the production of fuel gas and the enhanced release of thermal energy from such gas

  Uses ambient air, ambient air gases, argon.

• Magnetic Gas Lattice

  Uses argon, argon ion, gas-lattice.

Findings · 14

• Air gas processor ionizes ambient air using electron extraction circuit and laser energization

  Uses ambient air, ambient air gases, gas processor.

• Air Gas Processor ionizes ambient air separately from the fuel cell's combustible gas, per US 4,826,581 method

  Uses ambient air, ambient air gases, gas processor.

• Gas Processor treats ambient air, not the fuel cell's combustible gas

  Uses ambient air, ambient air gases, gas processor.

• Electron Extraction Circuit ionizes incoming ambient air gas in the Gas Processor

  Uses ambient air, ambient air gases, gas processor.

• Ionized air and non-combustible gases mix with water mist via gas mixing disc

  Uses ambient air gases, ambient air ionizer, ionized air gases, non-combustible gases.

• Ambient air gases are laser primed and ionized by the Gas Processor

  Uses ambient air gases, ambient air ionizer, gas processor.

• Electron Extraction Circuit captures ejected electrons in the Gas Processor / Ambient Air Ionizer

  Uses ambient air gases, ambient air ionizer, gas processor.

• Argon and Iron ions form covalent gas-lattice bond via Electron Extraction Process

  Uses argon, argon ion, gas-lattice.

• Non-combustible gases dissolved in water perform the Gas Retarding Process

  Uses ambient air, argon, non-combustible gases.

• Additional non-combustible ambient air gases can further reduce hydrogen burn-rate to fossil-fuel levels

  Uses ambient air, ambient air gases, non-combustible gases.

• Electron extraction circuit prevents electron flow into resonant circuit

  Uses ambient air gases, gas processor.

• LEDs can replace sunlight as the photon-light source for the Gas Processor Process

  Uses gas processor.

• Gas Processor assembly consists of gas resonant cavity, electron extraction circuit, and optical lens

  Uses gas processor.

• Fuel-Gas Processor acts as Gas Ionization Chamber when VIC (A3) activated

  Uses gas processor.

Photographs · 2

From the bench · 66

• established · 0.90 Collected gas mixture subjected to polar pulsating field to induce electron orbital resonance
• established · 0.90 Air gas processor ionizes ambient air using electron extraction circuit and laser energization
• established · 0.90 Optical thermal lens reflects gas ions through heat zone via two lenses
• established · 0.90 Quenching circuit is a restricted orifice preventing flashback
• established · 0.90 Deflection lens superheats gas beyond 3,000°F to build pressure in thermal zone
• established · 0.90 Energy yield controlled by varying applied voltage or pulse-train
• established · 0.90 Electron extractor grid restricts electron replacement in resonant cavity
• established · 0.90 Blocking diode and resistive wire manage electron flow and prevent voltage leakage
• established · 0.90 Electron extraction prevents spark-ignition in the gas resonant cavity
• established · 0.90 Gas Processor treats ambient air, not the fuel cell's combustible gas
• established · 0.90 Electron extraction circuit draws liberated electrons to an electrical load via positive potential
• established · 0.90 Emitted Energy Radiation wavelets from hydrogen atoms amplify via reflection between end plates
• established · 0.90 Electron sink/grid coordinated with resonant cavity pulsing via synchronization circuit
• established · 0.90 Energy yield of thermal lens is controlled by applied voltage/pulse-train
• established · 0.90 Electron extractor grid circuit restricts electron replacement in the gas resonant cavity
• established · 0.90 Electron extractor circuit routes liberated electrons to an electrical load as usable energy
• established · 0.90 Electron extraction pulse train is gated alternately with the resonant cavity pulse train
• established · 0.90 Electron extraction prevents spark-ignition by avoiding electron build-up in the gas resonant cavity
• established · 0.90 Electron extraction circuit prevents electron flow into resonant circuit
• established · 0.90 Electron extraction circuit synchronized with resonant cavity pulsing via point 'A'

All 66 findings for GASPROC →