STEAM TURBINES

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 Turbo Dynamics' has better than twentyfive years experience in efficient turbine design.

 

 

             

 

  Turbo Dynamics  Manufacturer of High Efficiency Steam Turbine Nozzle Systems           

     

TURBO DYNAMICS HIGH EFFICIENCY TURBINE

TURBINE UNDER TEST                    RADIAL BLADE PATH                  COMPACT SIZE      

 

       

                                HOT WATER TURBINE GENERATOR

                                               Engineering Features

 ·          Superior efficiency-comparable or surpassing multistage units at a fraction of Their cost.            

 ·           Very small size.

 ·              No warm-up needed, simple to operate, can start and stop like an electric motor.

 ·              Minimal foundation requirements for low cost installation.

 ·              Will ingest water without damage and does not require superheated steam.

 ·              Extremely low maintenance and nearly 100% operating availability.

 ·              Excellent part-load efficiencies equaled by none.

 ·              Relatively low cost for quick payback, (typically two to four years).

 ·              No emissions (no permitting)

 ·              Produces the very lowest cost power (1.4 cents per kWh with $3.50 per mcf gas).

 ·              An “Advanced Energy Technology” for “Distributed Generation” of Electrical Energy.

 ·              Most innovative and modern design in its class.

 ·              Very flexible in numerous energy applications

                                         Applications

 This Turbine is designed for producing power in the following applications

 ·                    Convert recovered process waste heat into electrical energy.  (Kilns, glass, steel, furnaces etc.)

 ·                    Electrical power production from Bio-fuels and renewable sources.

 ·                    Can produce electricity as a by-product when used to replace steam pressure reducing valves.

 ·                    Placement in front of Absorption Chillers for passive generation of power.

 ·                    Use as Chiller Drive; requires 25% less steam than a two-stage absorption chiller.

 ·                    Convert waste fuels into electrical energy.

 ·                    Combine with gas turbines to greatly increase electrical generating efficiencies. (Combined-Cycle)

 ·                    Solar Power Applications.

 ·                    Medical facility central boiler plants to significantly reduce energy costs.

 ·                    Refinery applications, mechanical pumps and compressor drives.

 ·                    Combine use with Micro-turbines for “second generation” electrical efficiencies of 40% plus.

 ·                    Economical replacement of old or inefficient existing turbines.