process it can be either sent to a cooling tower or the heat can be recovered and used for other purposes if the process is used in a facility that needs a hot water source then the heat recovery system can be designed for this purpose however the heat can also be used to generate electricity turning back to fig2 a steam turbine electric generation process is represented in this case the cooling water is introduced thorough cooling feed 228 as the cooling water travels around the reaction vessel 220 it picks up heat and steam is generated the steam generated is then sent via steam line 229 to steam turbine 232 the steam passes through the turbine and as it condenses turns the turbine blades of turbine 232 turbine 232 is coupled to generator 231 as the turbine turns the rotor of generator 231 though the stator it generates electricity while this process is only briefly described this steam turbine electric generator process is well known in the art and any steam turbine electric generator process could be utilized also as described above the reaction will also produce elemental carbon elemental sulfur molecular nitrogen and molecular hydrogen these will be removed from the reaction vessel using blower 250 blower 250 will pull high temperature elemental carbon elemental sulfur molecular nitrogen and molecular hydrogen from the reaction vessel 220 through heat exchanger feed line 241 into heat exchanger 240 heat exchanger 240 will then cool this material to enable further processing any hydrocarbons that are produced may also be condensed in heat exchanger 240 these liquid hydrocarbons can be collected for further use or sale heat exchanger 240 can be any heat exchanger however in the preferred embodiment heat exchanger 240 is a forced air heat exchanger.