Electrical power generation without harmful emissions

Claim 2

Method of generating electrical power from fuel combustion, comprising the steps of operating motor-generator apparatus, including internal-combustion means and electrical-generating means, with compressed fuel comprising by volume about five-tenths to about seven-tenths hydrogen and about two-tenths to about three-tenths carbon monoxide, including combusting the fuel substantially entirely to water and carbon dioxide in the internal-combustion means to drive the electrical-generating means.

Claim 3

Method according to claim 1, including the steps of deriving the fuel from water by operating an underwater carbon arc, evolving and collecting the fuel therefrom in gaseous form; feeding the fuel to the motor-generator's internal-combustion means along with sufficient air to combust the fuel, so operating the internal-combustion means to drive the electrical-generating means; and generating electrical output power with the electrical-generating means.

Claim 4

Method according to claim 2, including feeding carbon to the arc during operation, in accordance with consumption thereof.

Claim 5

Method according to claim 3, including the steps of compressing and storing for future use fuel so collected, and recirculating some water from the vicinity of the arc through a filter to clean it and through a heat exchanger to cool it.

Claim 6

Method according to claim 4, including the steps of using minor amounts of the generated electrical power to perform the fuel compressing and storing steps and the water recirculating step.

Claim 7

Method according to claim 2, including the step of striking the arc initially from an external source of electrical power.

Claim 8

Method according to claim 6, including the step of maintaining the arc with a minor amount of the generated power.

Claim 9

Electrical power generating system comprising fuel combustion means adapted to intake air and air-combustible fuel and to combust the fuel with the air and in so doing to emit water and carbon dioxide and to actuate associated motive means adapted to drive interconnected electrical generating means; motive means associated with the fuel combustion means and actuated by the combustion thereof to drive the generating means; electrical generating means mechanically connected to the motive means and thereby adapted to be driven thereby to generate electrical power as the output of the generating means; and fuel-evolving means comprising an underwater arc having carbon electrodes and adapted to evolve fuel comprising about five-eighths hydrogen and about three-eighths carbon monoxide by volume, plus fuel-compressing means adapted to provide the combustion means with said compressed fuel, air-combustible without harmful emissions.

Claim 10

Electrical power generating system comprising fuel combustion means adapted to intake air and air-combustible fuel and to combust the fuel with the air and in so doing to emit water and carbon dioxide and to actuate associated motive means adapted to drive interconnected electrical generating means; motive means associated with the fuel combustion means and actuated by the combustion thereof to drive the generating means; electrical generating means mechanically connected to the motive means and thereby adapted to be driven thereby to generate electrical power as the output of the generating means; and fuel-evolving means comprising an underwater arc having carbon electrodes and adapted to evolve fuel comprising about five-eighths hydrogen and about three-eighths carbon monoxide by volume, plus fuel-compressing means adapted to provide the combustion means with said compressed fuel, air-combustible without harmful emissions.

Claim 11

Electrical generating energy-conversion method, comprising supplying a container with water, immersing in the water in the container carbon electrodes adapted to arc therebetween when sufficient electrical potential is applied thereacross, placing gas-collection means over the carbon electrodes and extending below the water surface in position to receive gas evolved incident to decomposition of water by operation of the electric arc; applying across the carbon electrodes an electrical potential effective to decompose water into its component gases, hydrogen and oxygen and to oxidize carbon, thereby evolving hydrogen in major part and carbon oxides in substantial minor part, mainly carbon monoxide and partly carbon dioxide; collecting and storing the evolved gases under pressure; feeding the evolved gases as fuel along with air to combustion means adapted to combust hydrogen to water and carbon monoxide to carbon dioxide and thereby to raise their temperature and to expand their volume; operating motive means with the heated and expanding gases; driving electrical generating means with the motive means and thereby generating useful electrical output.

Claim 12

Electrical generating energy-conversion method, comprising supplying a container with water, immersing in the water in the container carbon electrodes adapted to arc therebetween when sufficient electrical potential is applied thereacross, placing gas-collection means over the carbon electrodes and extending below the water surface in position to receive gas evolved incident to decomposition of water by operation of the electric arc; applying across the carbon electrodes an electrical potential effective to decompose water into its component gases, hydrogen and oxygen and to oxidize carbon, thereby evolving hydrogen in major part and carbon oxides in substantial minor part, mainly carbon monoxide and partly carbon dioxide; collecting and storing the evolved gases under pressure; feeding the evolved gases as fuel along with air to combustion means adapted to combust hydrogen to water and carbon monoxide to carbon dioxide and thereby to raise their temperature and to expand their volume; operating motive means with the heated and expanding gases; driving electrical generating means with the motive means and thereby generating useful electrical output.

Claim 13

Energy conversion method according to claim 9, including applying part of the generated electrical output to the carbon arc electrodes, and thereby enabling continued operation of the arc and the rest of the method independently of external power sources once the arc has been struck and electrical output has been generated.

Claim 14

Energy conversion method according to claim 10, including storing part of the generated electrical output in suitable means from which it can be recovered at will.

Claim 15

Energy conversion method according to claim 14, including applying the stored electrical output to the carbon arc electrodes, and thereby re-initiating the arc after any discontinuation thereof.