NOVELTY - Producing syngas that reduces amount of carbon dioxide (CO2) in a reaction chamber and generates syngas from the CO2, comprises maintaining a reaction chamber (10) at a temperature of at least 1500 degrees F (815.6 degrees C) and at a pressure of greater than one bar, providing a gaseous stream containing CO2 at a first selected rate, providing a carbon to the reaction chamber at a second selected rate, providing water/steam at a third selected rate, and reacting the carbon, water/steam and CO2 in the gaseous stream to reduce the CO2 and to form a syngas comprising carbon monoxide (CO) and hydrogen.    USE - The syngas is useful to produce a fuel such methanol, ethanol, diesel and jet fuel and reduce CO2 (all claimed) in a gaseous stream such as exhaust stream from cement plant (e.g. rotary kiln type cement plant), power plants, a refinery, an ethanol plant and a utility power plant.    ADVANTAGE - The process produces syngas from the CO2 in gaseous streams that are exhausted by industrial plants thus reducing production cost and carbon dioxide dumped into the atmosphere above 90%.    DETAILED DESCRIPTION - Producing syngas that reduces amount of carbon dioxide (CO2) in a reaction chamber and generates syngas from the CO2, comprises maintaining the reaction chamber (10) at a temperature of at least 1500 degrees F (815.6 degrees C) and at a pressure of greater than one bar, providing a gaseous stream containing CO2 at a first selected rate to the reactor, providing a carbon to the reaction chamber at a second selected rate, where the ratio of the provided carbon with respect to the provided CO2 is 0.200-0.900, providing water/steam to the reaction chamber at a third selected rate, where the ratio of the provided water/steam with respect to the provided CO2 is 0.100-0.500; reacting the carbon, water/steam and CO2 in the gaseous stream to reduce the CO2 and to form a syngas comprising carbon monoxide (CO) and hydrogen, where the second selected rate at which the carbon is provided being the same rate as the carbon is consumed during the reaction such that any of the carbon exiting the reaction chamber in the syngas combines with oxygen and comprises CO or CO2.    DESCRIPTION OF DRAWING(S) - The figure shows a block diagram of syngas producing process.    Reaction chamber (10)    Carbon source (18)    Energy source (22)    Emission control system (30)    Gasification chamber. (36)