Subsystem GASPROC · estate packet 03_GASPROC

Gas Processor

Post-cell gas processing stage.

Documents · 51

• Controlled Hydrogen Gas Flame

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

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

  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.

• 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

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

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

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

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

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

• Water fuel injection system

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

• 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.

• Stanley Allen Meyer

  Uses ambient air, gas processing system.

• Water Fuel Injection System - Page 1

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

• 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.

• Stan Meyer Machining Template STLs_5-22-2024

  Uses gas processor.

• Differential Air-Gas Inlet Control

  Uses gas processor.

• Gas Modulator Process

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

• Water Fuel Injection System

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

• Gas Processor

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

• Water Fuel Injection System

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

• Magnetic Gas Lattice

  Uses argon, argon ion, gas-lattice.

• 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.

• Water Fuel Injector (Taper Resonant Cavity Chamber)

  Uses ambient air, non-combustible gases.

• Understanding Resonant Action in the Water Fuel Cell

  Uses gas processor.

• Water Fuel Injection System - Page 4

  Uses ionized ambient air gases, non-combustible gases.

• WFC Development Objectives

  Uses ambient air, wfc gas processor.

• Reclaiming Our Air ... For Healthy Living

  Uses ambient air, wfc gas processor.

• Deer Creek - Conference Center - Sterling, OH - Transcription - Part 3

  Uses ambient air, non-combustible gases.

• Controlled Hydrogen Gas Flame

  Uses ambient air, non-combustible gases.

• Hydrogen Gas Injection for Internal Combustion Engine

  Uses ambient air, non-combustible gases.

• Emergency Shut-Down

  Uses ambient air, non-combustible gases.

• Gas Processor - 3D STLs

  Uses gas processor.

• Hydrogen Air & Non-Combustible Gas Mixing Combustion System

  Uses ambient air, non-combustible gases.

• Hydrogen Injection System

  Uses ambient air, non-combustible gases.

• Water Fuel Injection System - Page 2

  Uses ionized ambient air gases, non-combustible gases.

• ELECTRICAL POLARIZATION GENERATOR

  Uses ambient air, ambient air gases.

• Method of oxidizing fuels

  Uses argon, nitric oxide.

• Electromagnetic Enhancement

  Uses argon, gas-lattice.

• Spin Off Technology

  Uses ambient air, non-combustible gases.

• Controlled Process For The Production Of Thermal Energy From Gases And Apparatus Useful Therefore

  Uses ambient air, ambient air gases.

• Internal Combustion Engine

  Uses ambient air, non-combustible gases.

• Gas Grid System

  Uses ambient air, non-combustible gases.

Findings · 36

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

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

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

  Uses ambient air gases, ambient air ionizer, 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.

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

  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.

• 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.

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

  Uses ambient air, ambient air gases, gas processor.

• 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.

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

  Uses argon, argon ion, gas-lattice.

• Continued Fe+ bonding to Ar+ forms a geometrical Gas-Lattice Structure (Fig 1-8)

  Uses argon ion, gas-lattice.

• Stable gas-lattice state occurs when Argon reaches 8 covalent electrons and Iron reaches 14 (M shell)

  Uses argon, gas-lattice.

• WFC produces hydrogen, oxygen, and ambient air gases from water dissociation

  Uses ambient air, ambient air gases.

• Fuel gas mixing ratio is fixed at 2H:1O plus 17-19% ambient air

  Uses ambient air, ambient air gases.

• Paschen's law: breakdown voltage depends on pressure×gap (p·d), U-shaped curve with a minimum

  Uses gas processor.

• Combustible gas mixture composed of hydrogen, oxygen, and ambient air with distinct roles

  Uses ambient air, ambient air gases.

• Burn rate is modulated by diluting hydrogen with non-combustible gases

  Uses ambient air, non-combustible gases.

• Non-combustible gases moderate hydrogen burn rate

  Uses argon, non-combustible gases.

• Non-combustible gases modulate hydrogen burn rate down to fossil-fuel-equivalent levels

  Uses ambient air, non-combustible gases.

• Air Gas Processor treatment chamber contains laser batteries around a concentric rod/cylinder charging cell

  Uses gas processor.

• Burn rate of hydrogen fuel mixture is modulated to match fossil fuel burn rate

  Uses ambient air, non-combustible gases.

• Non-combustible gases for the process are derived from ambient air

  Uses ambient air, non-combustible gases.

• Ambient air passed through open-air flame produces non-combustible gases

  Uses ambient air, non-combustible gases.

• Water pump displaces gases/water under pressure up to 125+ psi

  Uses ionized ambient air gases, non-combustible gases.

• Electron Extraction Circuit captures ejected electrons and blocks electron flow

  Uses gas processor.

• Alternate fuel sources: laser primed liquid oxygen and liquid hydrogen, or liquefied ambient air with water

  Uses ambient air, ambient air gases.

• Ionized ambient air gases and non-combustible gases intermix with water supply before entering the WFC injector plug

  Uses ionized ambient air gases, non-combustible gases.

• Dissolved non-combustible air gases act as a 'Gas Modulator' slowing gas ignition

  Uses argon, non-combustible gases.

• Hydrogen injector system recycles cooled exhaust gases into incoming ambient air to sustain gas modulator/ignition process

  Uses ambient air, ambient air gases.

• Ambient air gas dielectric breakdown occurs around 17,000 volts across a one-inch gap

  Uses ambient air, ambient air gases.

• Fluid displaced under static pressure up to and beyond 125 psi

  Uses ionized ambient air gases, non-combustible gases.

• Engine supplies non-combustible exhaust gases on demand due to ambient air combustion

  Uses ambient air, non-combustible gases.

Photographs · 2

From the bench · 50

• established · 0.90 Repetitive voltage pulse train incrementally elongates gas ions during electron removal
• established · 0.90 Blocking diodes and gated pulse trains synchronize Electron Extraction with Hydrogen Fracturing
• established · 0.90 Blocking diode and resistive wire manage electron flow and prevent voltage leakage
• established · 0.90 Collected gas mixture subjected to polar pulsating field to induce electron orbital resonance
• established · 0.90 Electron extraction circuit draws liberated electrons to an electrical load via positive potential
• established · 0.90 Ionized gas atoms exposed to electromagnetic wave energy then electron extraction destabilizes ion nucleus
• established · 0.90 Electron extractor grid circuit restricts electron replacement in the gas resonant cavity
• established · 0.90 Air Gas Processor treatment chamber contains laser batteries around a concentric rod/cylinder charging cell
• established · 0.90 Electron extractor circuit routes liberated electrons to an electrical load as usable energy
• established · 0.90 Electron extraction prevents spark-ignition by avoiding electron build-up in the gas resonant cavity
• established · 0.90 Air Gas Processor ionizes ambient air separately from the fuel cell's combustible gas, per US 4,826,581 method
• established · 0.90 Air gas processor ionizes ambient air using electron extraction circuit and laser energization
• established · 0.90 Resistive components and isolated ground prevent electron replacement during pulsing
• established · 0.90 Ambient air gases are laser primed and ionized by the Gas Processor
• established · 0.90 Electron Extraction Circuit functions like the VIC but adds an amp-consuming device
• established · 0.90 Laser energy is injected into the Gas Resonant Cavity via an optical lens to further destabilize gas atoms
• established · 0.90 Electron Extraction Circuit captures ejected electrons in the Gas Processor / Ambient Air Ionizer
• established · 0.90 Dislodged electrons are consumed as heat via an Amp Consuming Device
• established · 0.90 Electron Extraction Circuit ionizes ambient air gases via opposing high-voltage fields
• established · 0.90 Electron extraction circuit synchronized with resonant cavity pulsing via point 'A'

All 50 findings for GASPROC →