| abstract |
The utility model relates to a solar energy chemistry backheat gas turbine system. Get into the heating of solar energy air heat collector behind the air compression, reentrant combustion chamber, the heat recovery steam generator heating evaporation that will feed water to with fuel mixed admission tail gas reformer, the tail gas reformer utilizes exhaust heat further to reform partly fuel and steam reforming for synthetic gas mixture, the reentrant solar energy reformer of synthetic gas mixture, and the synthetic gas gets into the compressed air co -combustion after combustion chamber and the heating, and the high temperature gas of formation gets into the gas turbine acting, gas turbine exhaust tail gas gets into the reformer and provides the heat for the reforming reaction, and reentrant heat recovery steam generator provides necessary heat for the feedwater evaporation, and this solar energy chemistry backheat gas turbine make full use of tail gas waste heat has improved system efficiency, utilizes solar energy air heat collector and solar energy reformer in with the solar energy drawing -in system again, has reduced fuel consumption, the environmental benefit and the economic benefits of improvement system by a wide margin. |