Aislación Térmica -Generación Termoeléctrica
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The document discusses heat recovery steam generators (HRSG) and their linings. It provides information on HRSG capacities from various manufacturers. It also describes the original and new lining designs for an HRSG plant in Cantarel, Campeche, with the new design utilizing back-up and working lining layers. Finally, it mentions that the next step is to change the current combustion chamber lining to a Pyrobloc HS M module design and provides specifications for HRSG silencer panels.
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A nuclear reactor is a device to initiate and control a sustained nuclear chain reaction. Nuclear reactors are used at nuclear power plants for electricity generation and in propulsion of ships. Heat from nuclear fission is passed to a working fluid (water or gas), which runs through turbines. These either drive a ship's propellers or turn electrical generators. Nuclear generated steam in principle can be used for industrial process heat or for district heating. Some reactors are used to produce isotopes for medical and industrial use, or for production of plutonium for weapons. Some are run only for research. Today there are about 450 nuclear power reactors that are used to generate electricity in about 30 countries around the world.
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The document discusses Hy-wire technology, which uses a fuel cell instead of an internal combustion engine and drive-by-wire instead of mechanical linkages. A proton exchange membrane fuel cell powers the Hy-wire car by converting hydrogen and oxygen to electricity. The fuel cell stack provides over 90 kilowatts of power. An X-drive controller allows the driver to control speed, steering, and braking electronically. While offering benefits like efficiency and low emissions, challenges remain regarding hydrogen storage, safety, and cost before Hy-wire vehicles can be mass produced.
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The document provides an overview of the Mejia Thermal Power Station located in West Bengal, India. It discusses the key components and processes involved in generating power at the plant, including:
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- The basic components and working mechanism of a gas turbine, including the compressor, combustor, and turbine.
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Aislación Térmica -Generación Termoeléctrica
- 2. Heat Recovery Steam Generator The HRSG produce steam using the waste heat produced by the combustion turbine. In a combine cycle, steam is used to move a electric generator
- 3. POWER PLANT
- 4. HRSG Plant (Diagram Flow)
- 5. Heat Recovery Steam Generator
- 6. GT Hitachi Capacity 50 T/hr
- 7. ICA Fluor Daniel Capacity 365 T/hr
- 8. Mitsubishi Heavy Industries Capacity 218 T/Hr
- 9. Electricity of France Capacity 180 T/hr
- 11. Ica Fluor Daniel
- 12. Diverter Damper
- 13. Ductwork
- 14. Exhaust
- 15. Current Lining 2” Fibra Cerámica de 64 Kg./m3 - ROLLO 3810 mm x 610 mm (2,33 m2). 2” Fibra Cerámica de 64 Kg./m3 - ROLLO 3810 mm x 610 mm (2,33 m2). 1” Fibra Cerámica de 128 Kg./m3 - ROLLO 7620 mm x 610 mm (2,33 m2). SS304 Liner
- 16. Metal work
- 17. Lined Panel
- 18. HRSB Lining
- 20. High Temperature Zone 2” Fibra Cerámica de 64 Kg./m3 - ROLLO 3810 mm x 610 mm (2,33 m2). 2” Fibra Cerámica de 64 Kg./m3 - ROLLO 3810 mm x 610 mm (2,33 m2). 2” Fibra Cerámica de 128 Kg./m3 - ROLLO 7620 mm x 610 mm (2,33 m2). SS304 Liner
- 21. Heat Recovery Steam Generator
- 23. HRSB LINING
- 28. Lining Anchoring
- 35. Cantarel HRSG Plant Original Lining Fibra Cerámica de 128 Kg/m3 - ROLLO 7620 mm x 610 mm (2,33 m2). SS304 Shroud
- 36. Damage of metal sheet by heat Exposure
- 40. Expansion Joint
- 41. New Lining Design Back-up Lining 1” Fibra Cerámica de 128 Kg/m3 - ROLLO 7620 mm x 610 mm (2,33 m2). Working Lining 7” Cerablanket Folded Modules 12 pcf 12”x12”x7”
- 43. B blanket back up 1”
- 48. New Vs. Old
- 53. Next Step Change the current lining at the Combustion Chamber into a : Pyrobloc HS M Module Design
- 54. HRSG: Silencers Silencers Acoustic blanket GE spec. 352A2S57 Air flow resistivity < 40,000 MKS rayls/m
- 55. HRSG: Silencers Silencer Panels
- 56. Braden Manufacturing Specifications • Maximum Air Flow Resistance: 15,000 rayls/m • Nominal Density: 60 kg/m3 (3.5 lb/ft3) • Thickness: 1”, 1.5”, 2” • Temperature: 982° C (1,800° F)
- 57. •Ing. Carlos Barrios Asesor Técnico Comercial Carbo San Luis / Thermal Ceramics Arg. Tel: 54-11 4373 4439 (int. 145) E-mail: barrios@carbosanluis.com.ar www.thermalceramics.com