Waste gas energy generator

Abstract

A WGEG. Waste GAs Energy Generator, has an electricity generation system, comprising a flue/waste supply device and an energy extraction chamber, EEC 01 , with a dark surface, with a sub-chamber 010 equipped with metal sprinkler for carbon dioxide and acid gas removal and hydrogen generation and heat exchangor HE 010 to transfer heat to heat up its ammonia content and at least one turbine system with water spray supply at its exit end and an end liquid collection chamber, or a liquefaction system, or a precipitation chamber for ammonia-carbon dioxide precipitation at its end. It also has a device in whic solvents used to absorb carbon dioxide, etc. in cleaning process are heated up by hot gas to release their gas to propel forward, after passing through an aluminium/metal screen. directly into a turbine system equipped with a rotating screening device.

1 . An electricity generation system characterized by the presence of a device to use hot industrial flue/waste gas to gasify a refrigerant to expand to drive a turbine.  
   
   
       2 . An electricity generation system as claimed in  1 . characterized by the presence of a pressure reduction system after the turbine system.  
   
   
       3 . An electricity generation system as in  2 . above characterized by the presence of a pressure reduction system containing a precipitation drum.  
   
   
       4 . An electricity generation system as claimed in  3 . above characterized by the presence of a carbon dioxide and acid gas removal device using metal and water as reagent.  
   
   
       5 . An electricity generation system as claimed in  4 . above characterized by the presence of a rotating device containing metal scraps at the entrance of the turbine.  
   
   
       6 . An electricity generation system as claimed in  5 . above characterized by the presence of a hot gas injection system to generate carbon dioxide from a solution.  
   
   
       7 . An electricity generation system as claimed in  6 . above characterized by the presence of a turbine system using hot gas (not from a heat exchangor or stem boiler) as direct driving force.  
   
   
       8 . An electricity generation system as claimed in  1 . above characterized by connexion to a turbine system which is cooled by a refrigerant at its exit end and further characterized by further connexion to a removal device for its end fluid, creating suction pressure.  
   
   
       9 . An electricity generation system as claimed in  8 . above characterized by the presence of a device for heliostat heating.  
   
   
       10 . An electricity generation system as claimed in  8 . above characterized by the presence of heat pump heat re-utilization device.