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Technical Presentation on Exhaust Systems Acoustical Components Dampers & EJs Presentation Introduction Capability overview Company profile Reference projects Technical presentation Case study on Retrofits


  1. Technical Presentation on Exhaust Systems Acoustical Components Dampers & EJ’s

  2. Presentation • Introduction • Capability overview • Company profile • Reference projects • Technical presentation • Case study on Retrofits • General discussion

  3. Aarding Thermal Acoustics Introduction & Capabilities

  4. • Well established company (started in 1960) • Offices in Netherlands, Singapore, USA, Canada, Brazil, China, India • Active in the Power-Energy and Petrochemical market • Part of CECO Environmental Group (Traded on NASDAQ, CECE, Annual Sales ~$250M) • Strong global presence • $50M annual sales worldwide

  5. • Supply of custom designed turnkey systems – Baseload systems – Start Stop systems • Service and Maintenance for existing Power Plants – Both on mature as well as on advanced Advanced type systems

  6. Capabilities

  7. Strong Global Presence • World-wide installed references • lobal fabrication experience • Multi-language staff (over 9 languages)

  8. Some General References – New Systems – F9FA Bypass Stack GE-SADESSA – F9F-05 Teststand Mobile Exhaust GE-Greenville – F7FA PP13 PP14 12 Bypass Diverter Systems SCECO SAUDI – TVA Paradise USA – Shaybah M-East – Los Guindos Latin America – Energia Del Valle Latin America – BLNG II Asia – Jazan M-East – Nuevo Pemex 3rd Train Latin America – Shuqaiq M-East – Bandirma II Asia – Syncrude USA – San Gabriel Latin America – Wildcat USA Over 300 BYPASS Diverter systems installed (small to the largest)

  9. General References - Retrofits – Retrofits of ducts and section repairs BLNG BRUNEI – F9E Corby UK Plenum,ducts and silencers EON ESBI UK – F9E Inlet Duct upgrades & revamps AES Europe – Retrofit of Exhaust system Silencer duct section PCS Singapore – F9E Retrofit of Exhaust section including Diverter TNB Gelugor – Retrofit of Exhaust Plenum System SESB Labuan – Retrofit of Exhaust Duct & Plenum Section SUEZ Rayong – Retrofit of GT Testcel KLMAIRFRANCE KLM Schiphol – Retrofit of refinery based Exhaust LM2500 BP Lingen – Retrofit of Complete Exhaust System CEB Mauritius – Retrofit of Exhaust Plenum System Tampere Finland – Retrofit of Exhaust Plenum System Shell Moerdijk – Retrofit of Exhaust & Silencer System PTT Ratchaburi – V94.2 Retrofit of Exhaust & Silencer System POWERTEK Bangladesh – Large number of Vent silencers mainly US, EU and Asia

  10. Focus on Exhaust & Acoustical systems In-House Engineering Capabilities – Experienced engineers • Industry related expertise • Full range of reference projects – Advanced Engineering Techniques • Thermal Analysis • CFD analysis • Acoustic modelling • Metallurgical testing • HI CAD 3D design

  11. Project driven Engineering Solutions • In House Design & Engineering – All systems designed to order • Worldwide Manufacturing – Production facilities in Europe, North America, Middle East & Asia • Site / installation supervision

  12. World-Wide supplier to - EPC contractors, - OEM: Turbine & HRSG suppliers - Maintenance companies - End Users

  13. World-Wide supplier to EPC contractors, turbine & HRSG suppliers and Engineering companies. Ref. i.e.: • GE • MHI • Toyo /IKPT • Alstom • Doosan • Sedae • Siemens / Westinghouse • Thosiba • BP • Nooter Erikson • PTT Thai • Deltak • Shell-BLNG • Cerrey • Suez-Glow Energy • Metka • NEM • Vogt • CMI • Marubeni

  14. Gas Turbine Exhaust Systems Gas Turbi bine e Simple ple Cycle le System tem Gas Turbi bine e Combin ined d Cycle le System tem

  15. Capabilities

  16. Capabilities include; • Diverter Dampers (Toggle, Pivot, Louver) • Guillotine Dampers/Blanking Plates • Stack Dampers / Louver Dampers • Turbine and Exhaust Expansion Joints • Installation and commissioning supervision • Turnkey projects including erection • Service, maintenance and retrofit for existing power plants

  17. Capabilities Bypass Stack – Simple Cycle

  18. Capabilities Bypass Stack – Combined Cycle

  19. Capabilities Bypass Stack – Combined Cycle

  20. Capabilities Bypass Stack – Combined Cycle

  21. Capabilities Bypass Retrofit in Malaysia Plenum, Ducting & Diverter System

  22. In Inte terna rnally lly In Insul ulate ated d Duc uctw twork ork

  23. Capabilities Internal Insulation

  24. Capabilities (COLD CASING) Internal Insulation System The Internal insulation system consisting of: - Outer casing of carbon steel (stiffenned) - Sheeting + flat washers AISI 409/321 materials - Studs + Nuts AISI 409/321, - Bio Soluble insulation wool 64/128 kg/m3 in 50 mm layers,

  25. Capabilities – Inlet Ducts

  26. Capabilities – HRSG Insulation Systems • Top and Bottom Sections • Sidewall Sections Internals

  27. La Large ge Dia iame meter ter Sta tack ck Dam ampe pers rs

  28. La Large ge tu turbi bine ne ex expa pans nsion ion jo join ints ts

  29. Capabilities Flue Gas Silencers • Noise reduction after a gas turbine. • Installed in Stacks or ductwork • Proven Acoustical Design – EU Patented

  30. Capabilities

  31. Capabilities Fluegas Silencers European Patented Design Silencer Assemblies

  32. Flue Gas Silencers

  33. Flue Gas Silencers

  34. Capabilities Flue Gas Silencers / Baffles

  35. Capabilities Vent Silencers • Noise reduction in steam and gas applications • Proven Acoustical Design • Compact Design – Reduced weight – Limited installation space required

  36. Capabilities Vent Silencers

  37. Vent Silencers • General • Silencer type • Diffusers • Connections • Additional Features

  38. Vent Silencers – Silencer type Vent Silencers Inline Silencers

  39. Vent Silencers - General Design acc.: • ASME B31.1/3 • PED (European projects, if required) Production Vent Silencers in: – Malaysia – The Netherlands – Romania – Russia – USA

  40. Commissioning Silencers • Noise reduction during a commissioning / steam blow-down type application • Designed for a rugged type service • Inlet components designed to withstand pressure loading, debris impact and free water impact. • Rental Silencer

  41. Commissioning Silencers

  42. Commissioning Silencers

  43. Gas Turbine Exhaust Systems Ageing & Upgrades

  44. Ageing Operational Damages

  45. Gas Turbine Exhaust Ducts Major Drivers of Operational Damages • Ageing – Wear & Tear of Exhaust & Silencer Systems – Multiple repair area’s weakening the Exhaust Structure – Alloy Degradation • Safety requirements – Ageing systems showing excessive temperatures – unplanned maintenance events (casing cracks/ruptures etc) • Change in Power Plant Operation – Market Driven two-shifting / Start Stops increase – Higher Temperatures & flue gas velocities in the GT exhaust ducting. – Minor defects in the external / internal insulation of exhaust ducts system rapidly leading to widespread damage (potential for significant loss of plant availability).

  46. Operational damages GE Gas Turbine Exhaust Plenum Un-reliable and Un-Safe operation Severe damage to the casing. Hot spots

  47. Operational damages GE Gas Turbine Ducts & Bellows Consequential Damages as a result of elevated temperatures on Bellows and transition / silencer ducts

  48. Operational damages GE Gas Turbine Units Deferred maintenance resulting in severe exhaust system damages as well as GT damage

  49. Operational damages GE Gas Turbine GT plenum duct GT side and Flex plate system Fire hazards as a result of overheated turbine compartments

  50. Operational damages GE Gas Turbine Ducts – Insulation system Severe damage to the sheeting and insulation.

  51. Operational damages GE Gas Turbine Ducts Thermal Shock Severe cracking and degradation of original duct sections

  52. Operational damages GE Gas Turbine Ducts – Patch repairs Repair by welding Or Section replacement Does not offer a Lasting solution On Ageing and older design Type Exhaust Systems

  53. Operational damages GE Gas Turbine Ducts Flue Gas Silencers Silencer Support failures Sections damaged

  54. Upgrades & Life Extension

  55. Upgrades ; Objectives • Reduction of annual costs – Lower annual maintenance costs – Increased Unit availability • Thermal improvement – Different options to reduce temperature levels and required ventilation • Safety – Lower (duct surface/bellow) temperatures – Lower Load chamber temperatures / better accesability

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