(1) unit of the 3800 units of Patent US 9664139B2 Captive Oxygen Fuel Reactor

Description

This environmental patent by inventor Buddy Ray Paul, is up for sale. Dew to its enormous value, size, and scope of the utility patent it is divided into units so anyone can participate. 20% of sales will be donated to: PollutionControls.org.
This listing is for (1) Unit (only)of the US 9664139B2 Patent, Application Number 15205721.
There are (3800) Units of the (Captive Oxygen Fuel Reactor) Patent for sale. The inventor will retain outstanding percentage, trade secrets, and proprietary information.
The Total Value sum of (3800) units offered reflects 50% of the calculated value.
Each Unit will be assigned and recorded to the New Owner with full resale rights and royalties per Unit/Units purchased. Existing royalties and future royalty negotiations will be governed by the Inventor proportionally with the remittance and dissemination accordingly.
In the case of Total re assignment of patent, each Unit owner will have resale rights protected. Collaboration between Unit Owners and Inventor is encouraged.
Summary: This patent has the means to control climate change and change environmental waste to be beneficial. Generate pollution free sustainable energy. Groundbreaking individuals and resources are needed to bring these marvelous devices to market so we can all gain.
Captive Oxygen Fuel Reactor
The present invention relates generally to an apparatus to generate electricity efficiently from hydrocarbon fuels and control pollution emissions. The invention may be used as illustrated as an assembly, individually or grouped to fit the needs of the hydrocarbon fuel of choice. Generated commodity products include electricity, heat, mechanical force, water, oxygen, hydrogen, nitrogen, carbon dioxide, and other elements within selected hydrocarbon fuels and atmosphere.
The capital cost of electrical energy production coupled with the increasing cost of fuel and the impact on the environment with conventional power generation from hydrocarbon fuels has made this device a valuable commodity. It can enhance the quantity of electrical power generated from a given amount of fuel and improve atmospheric conditions. Efficient production of electricity is accomplished with the controlled reaction chamber metering fuel and oxygen, environmental containment, and revolutionary mechanical devices. Byproducts of fuel combustion such as water and other elements and compounds are captured, stored, and utilized as required. Multi arrays of different geometric shapes maximize electrical production while employing different pressurized and temperature containments. The electrical current generated passes through an electrolyzer producing additional hydrogen and oxygen. The generated current may be consumed, sent to the grid, or stored in hydrogen for future peak use or sold as a hydrogen commodity. Further uses of stored energy in hydrogen may be used in Fuel-cell electrical generation or routed to the reactor to increase operating temperature to immediately satisfy peak load demand. Controller programs control and activate all electrical functions as required.