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大型電廠 P91/P92 高階合金鋼管線現場施作之殘餘磁性成因分析與消磁對策實務研究 (Analysis of the Causes of Residual Magnetism and Practical Research on Demagnetization Strategies for P91/P92 High-Alloy Steel Piping in Large-Scale Power Plant Construction)

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一、 緒論與產業背景脈絡 在全球能源轉型與嚴格的溫室氣體排放標準驅動下，現代電力工業正經歷著前所未有的技術變革 […]

大型電廠 P91/P92 高階合金鋼管線現場施作之殘餘磁性成因分析與消磁對策實務研究 (Analysis of the Causes of Residual Magnetism and Practical Research on Demagnetization Strategies for P91/P92 High-Alloy Steel Piping in Large-Scale Power Plant Construction) 閱讀全文 »

感應加熱後彎管熱處理 (IH-PBHT) 對 P92 鋼材剩磁影響及其對現場後續銲接干擾之探討 (Investigation of the Effect of IH-PBHT on Residual Magnetism in P92 Steel and Its Interference with Subsequent Field Welding)

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摘要 隨著全球對電力需求的不斷攀升以及環境保護法規的日益嚴苛，超超臨界（Ultra-Supercritical

感應加熱後彎管熱處理 (IH-PBHT) 對 P92 鋼材剩磁影響及其對現場後續銲接干擾之探討 (Investigation of the Effect of IH-PBHT on Residual Magnetism in P92 Steel and Its Interference with Subsequent Field Welding) 閱讀全文 »

P91與P92高階抗潛變鋼管件殘餘磁性誘發機制、磁吹效應流體動力學與工業消磁技術之深度分析報告 (In-depth Analysis of Residual Magnetism Induction Mechanisms, Magnetic Arc Blow Fluid Dynamics, and Industrial Demagnetization Techniques for P91 and P92 High-Grade Creep-Resistant Steel Pipes)

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一、緒論與工業應用背景 在全球能源產業面臨轉型與升級的關鍵時期，減少二氧化碳（CO2）排放並提升熱效率成為火力

P91與P92高階抗潛變鋼管件殘餘磁性誘發機制、磁吹效應流體動力學與工業消磁技術之深度分析報告 (In-depth Analysis of Residual Magnetism Induction Mechanisms, Magnetic Arc Blow Fluid Dynamics, and Industrial Demagnetization Techniques for P91 and P92 High-Grade Creep-Resistant Steel Pipes) 閱讀全文 »

針對新世代超大型燃氣複循環發電廠之管線工程技術分析：304H不銹鋼管材、感應彎管與IH-PBHT熱處理工法之差異化研究 (Technical Analysis of Piping Engineering for New-Generation Mega-Scale Combined Cycle Gas Turbine (CCGT) Power Plants: A Comparative Study of 304H Stainless Steel, Induction Bending, and IH-PBHT Processes)

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摘要 在全球能源轉型與淨零碳排的嚴格政策驅動下，燃氣複循環發電廠已成為維持國家級電網穩定之核心骨幹。台灣目前推

針對新世代超大型燃氣複循環發電廠之管線工程技術分析：304H不銹鋼管材、感應彎管與IH-PBHT熱處理工法之差異化研究 (Technical Analysis of Piping Engineering for New-Generation Mega-Scale Combined Cycle Gas Turbine (CCGT) Power Plants: A Comparative Study of 304H Stainless Steel, Induction Bending, and IH-PBHT Processes) 閱讀全文 »

聯合循環電廠餘熱蒸汽發生器(HRSG)管線邊界與法規適用性之深度研究：BP、BEP與NBEP之系統界線及工程實務分析 (An In-Depth Study on Piping Boundaries and Regulatory Compliance for Heat Recovery Steam Generators (HRSG) in Combined Cycle Power Plants: Analytical Framework of BP, BEP, and NBEP System Interfaces and Engineering Practices)

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摘要 在現代聯合循環電廠（Combined Cycle Power Plant, CCPP）的熱力循環架構中，

聯合循環電廠餘熱蒸汽發生器(HRSG)管線邊界與法規適用性之深度研究：BP、BEP與NBEP之系統界線及工程實務分析 (An In-Depth Study on Piping Boundaries and Regulatory Compliance for Heat Recovery Steam Generators (HRSG) in Combined Cycle Power Plants: Analytical Framework of BP, BEP, and NBEP System Interfaces and Engineering Practices) 閱讀全文 »

鍋爐外部配管（BEP）之法規交界解析與冷彎管工法之戰略應用：基於 ASME Section I 與 B31.1 雙重標準之工程與數位化實務 (Jurisdictional Boundaries of Boiler External Piping (BEP) and Strategic Application of Cold Bending: Engineering and Digitalization Practices Under ASME Section I and B31.1 Dual Standards)

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緒論：超臨界汽電系統中的管轄權迷宮與工程技術之演進 在現代熱回收煉氣鍋爐（Heat Recovery Stea

鍋爐外部配管（BEP）之法規交界解析與冷彎管工法之戰略應用：基於 ASME Section I 與 B31.1 雙重標準之工程與數位化實務 (Jurisdictional Boundaries of Boiler External Piping (BEP) and Strategic Application of Cold Bending: Engineering and Digitalization Practices Under ASME Section I and B31.1 Dual Standards) 閱讀全文 »

複循環電廠熱回收鍋爐（HRSG）疏水系統與低壓蒸發器失效機制之分析研究：雙相流加速腐蝕與熱疲勞效應 (Analytical Study on Failure Mechanisms of Drain Systems and LP Evaporators in CCPP Heat Recovery Steam Generators (HRSG): Two-Phase Flow-Accelerated Corrosion and Thermal Fatigue Effects)

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一、緒論與產業營運模式演變之背景分析 在全球能源結構急遽轉型的當下，發電產業正面臨前所未有的營運挑戰。過去，傳

複循環電廠熱回收鍋爐（HRSG）疏水系統與低壓蒸發器失效機制之分析研究：雙相流加速腐蝕與熱疲勞效應 (Analytical Study on Failure Mechanisms of Drain Systems and LP Evaporators in CCPP Heat Recovery Steam Generators (HRSG): Two-Phase Flow-Accelerated Corrosion and Thermal Fatigue Effects) 閱讀全文 »

邁向 2026 規範實務：P91 與 P92 高能管線熱膨脹補償、預冷拉應力優化與全生命週期壽命評估報告 (Moving Toward 2026 Regulatory Practices: Thermal Expansion Compensation, Cold Spring Stress Optimization, and Full Lifecycle Assessment for P91 and P92 High-Energy Piping)

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一、 緒論與高能管線服役挑戰 在全球能源轉型與淨零碳排的戰略推動下，現代電力系統的運作模式正經歷前所未有的劇烈

邁向 2026 規範實務：P91 與 P92 高能管線熱膨脹補償、預冷拉應力優化與全生命週期壽命評估報告 (Moving Toward 2026 Regulatory Practices: Thermal Expansion Compensation, Cold Spring Stress Optimization, and Full Lifecycle Assessment for P91 and P92 High-Energy Piping) 閱讀全文 »

複循環電廠（CCPP）P91/P92高能管線工法之深度研究：3D/5D彎管與1.5D電銲彎頭在水錘與蒸氣錘衝擊下的力學表現、殘餘應力演化與微觀組織穩定性分析 (In-depth Research on High-Energy Piping Construction Methods for CCPP: A Comparative Analysis of 3D/5D Bends vs. 1.5D Welded Elbows regarding Mechanical Performance under Water/Steam Hammer, Residual Stress Evolution, and Microstructural Stability in P91/P92 Steels)

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摘要 隨著現代複循環電廠（Combined Cycle Power Plant, CCPP）追求極致的熱效率與

複循環電廠（CCPP）P91/P92高能管線工法之深度研究：3D/5D彎管與1.5D電銲彎頭在水錘與蒸氣錘衝擊下的力學表現、殘餘應力演化與微觀組織穩定性分析 (In-depth Research on High-Energy Piping Construction Methods for CCPP: A Comparative Analysis of 3D/5D Bends vs. 1.5D Welded Elbows regarding Mechanical Performance under Water/Steam Hammer, Residual Stress Evolution, and Microstructural Stability in P91/P92 Steels) 閱讀全文 »

複循環電廠高溫高壓系統中 1.5D 短半徑彎頭失效機制與典型案例深度分析：沖蝕破損、銲道缺陷與應力集中效應 (In-depth Analysis of Failure Mechanisms and Typical Case Studies of 1.5D Short-Radius Elbows in CCPP High-Temperature and High-Pressure Systems: Erosion-Corrosion, Weld Defects, and Stress Concentration Effects)

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一、 緒論與研究背景 在全球能源轉型與再生能源併網比例大幅攀升的當代電力網絡架構中，複循環電廠（Combine

複循環電廠高溫高壓系統中 1.5D 短半徑彎頭失效機制與典型案例深度分析：沖蝕破損、銲道缺陷與應力集中效應 (In-depth Analysis of Failure Mechanisms and Typical Case Studies of 1.5D Short-Radius Elbows in CCPP High-Temperature and High-Pressure Systems: Erosion-Corrosion, Weld Defects, and Stress Concentration Effects) 閱讀全文 »

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