NOVELTY - The system useful in a power generation plant, comprises a high temperature plasma gasifier, a synthesizing reactor (150) in fluid communication with the gasifier, a carbon oxygenation reactor, an open or closed carbon loop, a closed hydrogen loop, and a hydrogen separator located downstream of the gasifier. The plasma gasifier is operative to function at temperature of greater than or equal to 450 degrees F. The synthesizing reactor is operative to convert carbon dioxide into another form of carbon, is an algae bioreactor and a source of oxygen for an energy generating device, and utilizes artificial lighting.    USE - The system is useful in a power generation plant (claimed) and for converting carbonaceous materials including waste into energy to provide night-time electrical power.    ADVANTAGE - The system is capable of minimizing the emissions of carbon dioxide into the atmosphere thus efficiently and economically generating the energy in an amount of 2925 kilowatt hour per ton of municipal waste, and has self-sustaining ability.    DETAILED DESCRIPTION - The system useful in a power generation plant, comprises a high temperature plasma gasifier, a synthesizing reactor (150) in fluid communication with the gasifier, a carbon oxygenation reactor, an open or closed carbon loop, a closed hydrogen loop, and a hydrogen separator located downstream of the gasifier. The plasma gasifier is operative to function at temperature of greater than or equal to 450 degrees F. The synthesizing reactor is operative to convert carbon dioxide into another form of carbon, is an algae bioreactor and a source of oxygen for an energy generating device, and utilizes artificial lighting. The plasma gasifier heats up feedstock or liquidizes metal to transfer heat to the feedstock, uses water to provide oxygen and hydrogen, operates at a temperature of 4000-50000 degrees F, and is effective to convert carbonaceous materials into carbon monoxide and hydrogen. The carbonaceous materials comprise hydrocarbons, carbohydrates, coal, municipal solid waste from landfills and/or industrial waste streams. The carbon oxygenation reactor is in fluid communication with the high temperature gasifier, and is a syngas engine, a syngas engine electric generator, a syngas boiler, a syngas boiler electric generator, a water gas shift reactor, a catalytic converter and/or a methanation plant. The carbon loop comprises high temperature gasifier, carbon oxygenation reactor and synthesizing reactor, and is used for harvesting hydrogen and oxygen. An amount of carbon circulating in the carbon loop is substantially constant. The hydrogen loop comprises a carbon oxygenation reactor and a hydrogen oxygenation reactor, which is a hydrogen engine, a hydrogen engine electric generator, a hydrogen boiler, a hydrogen boiler electric generator and/or a fuel cell. The synthesizing reactor is located down stream of the carbon oxygenation reactor, and is operative to produce an oil rich carbohydrate. The carbon oxygenation reactor operates at temperatures of 1800-2200 degrees F to produce carbon dioxide, and is located downstream of the high temperature gasifier and upstream of a hydrogen oxygenation reactor. The hydrogen loop generates steam or electric power. The carbon dioxide is not released out of the carbon loop. The oil rich algae produced in the synthesizing reactor is gasified in the high temperature gasifier, where an average amount of carbon entering the carbon loop is equal to an average amount of carbon leaving the carbon loop.    DESCRIPTION OF DRAWING(S) - The diagram shows a performance of the system with various components.    Synthesizing reactor (150)    Carbon dioxide detector (270)    Carbon dioxide separator (521)    Outer loop (600)    Inner loop. (700)