Method and system of thermolysis based hydrogen and oxygen generation

A thermolysis based hydrogen and oxygen generator, comprising:

• a high pressure pump for pumping fluid, such fluid provided for separating into at least hydrogen molecules and oxygen molecules;
• a high pressure, high temperature spherical vessel coupled to the high pressure pump;
• one or more lasers for focusing energy in a predetermined direction towards the spherical vessel, wherein the one or more lasers creates heat energy and pressure in the spherical vessel sufficiently to cause the fluid in the spherical vessel to separate into hydrogen molecules and oxygen molecules;
• a heat exchange rod within the spherical vessel;
• wherein the spherical vessel includes a portion forming a glass window wherein the one or more lasers are focused toward the glass window and the heat exchanger rod to convert water into the hydrogen molecules and the oxygen molecules;
• a processor coupled to a thermostat to control movement of the one or more lasers so as to regulate a temperature of a fluid in the spherical vessel;
• a power supply for powering the one or more lasers and the high pressure pump;
• a hydrogen storage tank coupled to the spherical vessel for storing the hydrogen molecules;
• and
• an oxygen storage tank coupled to the spherical vessel for storing the oxygen molecules.

A thermolysis based hydrogen and oxygen generation method, comprising:

• supplying fluid into a high pressure, high temperature spherical vessel by a high pressure water pump for pumping water provided by a water supply,
• wherein the fluid provided is for separating into at least hydrogen molecules and oxygen molecules,
• wherein the spherical vessel and high pressure water pump are coupled to a check valve,
• wherein the spherical vessel includes a portion forming a glass window
• wherein one or more lasers are focused toward the glass window and a heat exchanger rod is within the spherical vessel to convert the water into hydrogen gas and oxygen gas;
• applying a focused energy using the one or more lasers to the fluid within the spherical vessel using a power supply for powering the one or more lasers
• wherein a processor is coupled to a thermostat to control movement of the one or more lasers so as to regulate a temperature of the fluid in the spheric vessel;
• separating the hydrogen molecules and the oxygen molecules;
• storing the hydrogen molecules in a hydrogen storage tank;
• and
• storing the oxygen molecules in an oxygen storage tank.