Subsystem GMS · estate packet 10_GMS

Gas Management System

Delivery, mixing and control of produced gas.

Documents · 12

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

  Uses gas management system, gas pressure, hydrogen gas management.

• Fuel-Gases / Quenching Tube

  Uses electronic control unit, gas pressure, gas-mixture, safety control circuit.

• Stanley Allen Meyer

  Uses gas management system, wfc hydrogen gas management system.

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

  Uses gas management system, gas pressure, hydrogen gas management.

• ENERGY of the FUTURE - R&Z - Vol 2 No. 3, 1991

  Uses gas pressure, hydrogen gas control circuit, hydrogen gas management, safety control circuit, wfc hydrogen gas management system.

• World wakes up to water fuel invention - July 31 1991

  Uses gas management system, hydrogen gas management.

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

  Uses gas management system, gas pressure.

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

  Uses gas management system, gas pressure, hydrogen gas management.

• Mid-East crisis lends urgency to development of Water Fuel Cell - September 13th, 1990

  Uses gas management system, hydrogen gas management.

• Gas Modulator Process

  Uses fuel-gas mixture, gas modulator process, gas-mixture.

• Laser Distributor

  Uses hydrogen gas control circuit, hydrogen gas management.

• Control and driver circuits for a hydrogen gas fuel producing cell

  Uses gas pressure, hydrogen gas management.

Photographs · 70

All 70 photographs →

From the bench · 26

• established · 0.90 Nozzle port opening is extremely small to limit pressure and prevent blowout
• established · 0.90 Combustible gas mixture composed of hydrogen, oxygen, and ambient air with distinct roles
• established · 0.90 Burn rate is modulated by diluting hydrogen with non-combustible gases
• established · 0.90 Injector uses three concentric orifices for water, ionized gas, non-combustible gas
• established · 0.90 Spark-plug sized injector orifice diameters specified
• established · 0.90 Fuel constituents maintained at ~125 psi back pressure
• established · 0.90 Ambient air/gas/water pumped to injector at up to 125+ psi static pressure
• established · 0.90 Burn rate of hydrogen fuel mixture is modulated to match fossil fuel burn rate
• established · 0.90 Exhaust water vapor and ambient air act as non-combustible diluents
• established · 0.90 Non-combustible gases moderate hydrogen burn rate
• established · 0.90 Injecting non-combustible gas (D) into burnable gas-mixture (B) alters burn-rate
• established · 0.90 More non-combustible gas (D) further lowers the gas-mixture burn-rate
• established · 0.90 Non-burnable gas (D) retards O-H combination speed rather than supporting combustion
• established · 0.90 Sustained thermal zone exceeds 2500°F during hydrogen fracturing/combustion
• established · 0.90 Excess oxygen from ambient air dilutent can raise NOx; countered with exhaust gas dilutent
• established · 0.90 Controlled B/D intermixing lets hydrogen burn-rate be matched to other fuel-gases
• established · 0.90 Dissolved non-combustible air gases act as a 'Gas Modulator' slowing gas ignition
• established · 0.90 Multiple Quenching Circuits in disc arrangement form a Quenching Nozzle
• established · 0.90 Overlapping flame pattern re-ignites hydrogen gas mixture on flame-out
• established · 0.90 Additional non-combustible ambient air gases can further reduce hydrogen burn-rate to fossil-fuel levels

All 26 findings for GMS →