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針對 Tier-1 級別燃氣複循環動力廠管線工程之模組化風險控管與品質防線建構：以通霄二期 M501JAC 專案為例之深度解析 (In-depth Analysis of Modular Risk Control and Quality Defense Construction for Tier-1 Combined Cycle Gas Turbine (CCGT) Piping Engineering: A Case Study of the Tunghsiao Phase II M501JAC Project)

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一、 產業背景與高能管線工程面臨之嚴峻挑戰 在全球能源轉型與淨零碳排的政策驅動下，具備高熱效率與低排放特性的燃 […]

針對 Tier-1 級別燃氣複循環動力廠管線工程之模組化風險控管與品質防線建構：以通霄二期 M501JAC 專案為例之深度解析 (In-depth Analysis of Modular Risk Control and Quality Defense Construction for Tier-1 Combined Cycle Gas Turbine (CCGT) Piping Engineering: A Case Study of the Tunghsiao Phase II M501JAC Project) 閱讀全文 »

濱海極端鹽害環境下麥寮燃氣電廠管線工程之抗蝕可靠度研究：冷作彎管技術與傳統電銲工法之全生命週期效益評估 (Reliability Study on Corrosion Resistance of Piping Engineering for the Mailiao Gas-Fired Power Plant in Extreme Coastal Saline Environments: A Life-Cycle Cost-Benefit Assessment of Cold-Bending Technology versus Conventional Welding Methods)

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一、 產業背景與麥寮電廠能源轉型之戰略意義 在全球氣候變遷與淨零排放（Net Zero Emissions）的

濱海極端鹽害環境下麥寮燃氣電廠管線工程之抗蝕可靠度研究：冷作彎管技術與傳統電銲工法之全生命週期效益評估 (Reliability Study on Corrosion Resistance of Piping Engineering for the Mailiao Gas-Fired Power Plant in Extreme Coastal Saline Environments: A Life-Cycle Cost-Benefit Assessment of Cold-Bending Technology versus Conventional Welding Methods) 閱讀全文 »

高壓主蒸汽管線中 1.5D 彎頭與 5D 彎管之流體誘發震動（FIV）與疲勞壽命比較分析 (Comparative Analysis of Fluid-Induced Vibration (FIV) and Fatigue Life for 1.5D Elbows and 5D Bends in High-Pressure Main Steam Piping)

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一、 緒論與高能管線系統之工程背景 在現代超超臨界（Ultra-Supercritical, USC）火力發電

高壓主蒸汽管線中 1.5D 彎頭與 5D 彎管之流體誘發震動（FIV）與疲勞壽命比較分析 (Comparative Analysis of Fluid-Induced Vibration (FIV) and Fatigue Life for 1.5D Elbows and 5D Bends in High-Pressure Main Steam Piping) 閱讀全文 »

動力配管預製數位化轉型：冷彎技術結合 QR Code 履歷與 NDT 檢驗效率提升之實證分析（以通霄電廠與大林電廠為重點）(Digital Transformation of Power Piping Prefabrication: Empirical Analysis of Cold Bending Technology Combined with QR Code Tracking and NDT Efficiency Improvement (Case Studies of Tunghsiao and Dalin Power Plants))

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一、導論與全球能源基礎建設之產業轉型背景 在全球能源需求急遽攀升與淨零碳排（Net-Zero Emission

動力配管預製數位化轉型：冷彎技術結合 QR Code 履歷與 NDT 檢驗效率提升之實證分析（以通霄電廠與大林電廠為重點）(Digital Transformation of Power Piping Prefabrication: Empirical Analysis of Cold Bending Technology Combined with QR Code Tracking and NDT Efficiency Improvement (Case Studies of Tunghsiao and Dalin Power Plants)) 閱讀全文 »

2026 ASME 規範下高合金鋼（P91/P92）冷作彎管工法與 IH-PBHT 數位化管理之可靠性研究 (Reliability Study on Cold Bending of High-Alloy Steels (P91/P92) and Digital Management of IH-PBHT under ASME 2026 Standards)

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一、 緒論 在全球能源轉型與深度減碳的浪潮下，現代大型火力與燃氣發電廠正面臨前所未有的技術挑戰與營運壓力。為實

2026 ASME 規範下高合金鋼（P91/P92）冷作彎管工法與 IH-PBHT 數位化管理之可靠性研究 (Reliability Study on Cold Bending of High-Alloy Steels (P91/P92) and Digital Management of IH-PBHT under ASME 2026 Standards) 閱讀全文 »

論鍋爐外部管線（BEP）之管轄權重疊與合規挑戰：基於 ASME BPVC Section I (2025) 對冷作彎管加工與 P-3 認證程序之影響分析 (Navigating Jurisdictional Overlap and Compliance in Boiler External Piping (BEP): Impact of ASME BPVC Section I (2025) on Cold-Bent Pipe Processing and P-3 Certification Procedures)

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前言 在全球能源基礎設施的快速現代化與升級進程中，超臨界（Supercritical）與超超臨界（Ultra-

論鍋爐外部管線（BEP）之管轄權重疊與合規挑戰：基於 ASME BPVC Section I (2025) 對冷作彎管加工與 P-3 認證程序之影響分析 (Navigating Jurisdictional Overlap and Compliance in Boiler External Piping (BEP): Impact of ASME BPVC Section I (2025) on Cold-Bent Pipe Processing and P-3 Certification Procedures) 閱讀全文 »

鍋爐外部管線(BEP)與非鍋爐外部管線(NBEP)之核心差異化分析：基於 ASME B31.1 (2024) 與 BPVC Section I (2025) 規範冷作彎管特性之學術探討 (Core Differentiation Analysis of Boiler External Piping (BEP) and Non-Boiler External Piping (NBEP): An Academic Study on Cold-Bent Pipe Characteristics Based on ASME B31.1 (2024) and BPVC Section I (2025))

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摘要 現代化火力發電廠、汽電共生系統以及工業級熱水與蒸汽鍋爐系統的穩定運行，高度仰賴壓力管線（Pressure

鍋爐外部管線(BEP)與非鍋爐外部管線(NBEP)之核心差異化分析：基於 ASME B31.1 (2024) 與 BPVC Section I (2025) 規範冷作彎管特性之學術探討 (Core Differentiation Analysis of Boiler External Piping (BEP) and Non-Boiler External Piping (NBEP): An Academic Study on Cold-Bent Pipe Characteristics Based on ASME B31.1 (2024) and BPVC Section I (2025)) 閱讀全文 »

基於 ASME B31J 與數位化追蹤之高能管線預製工法：冷作彎管在新建電廠工程之應用研究 (Application Research on Cold Bending in High-Energy Piping Pre-fabrication for New Power Plant Projects: Based on ASME B31J and Digitalized Tracking Methods)

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一、 新建電廠高能管線系統之工程挑戰與技術轉型背景 在全球能源轉型與淨零碳排的宏觀趨勢下，現代電力系統的結構正

基於 ASME B31J 與數位化追蹤之高能管線預製工法：冷作彎管在新建電廠工程之應用研究 (Application Research on Cold Bending in High-Energy Piping Pre-fabrication for New Power Plant Projects: Based on ASME B31J and Digitalized Tracking Methods) 閱讀全文 »

濱海電廠 2″~6″ 合金鋼管線工程之去銲接化策略：以 80% 冷作彎管率達成模組化預製與全生命週期效益之實證研究 (De-welding Strategy for 2″–6″ Alloy Steel Piping in Coastal Power Plants: An Empirical Study on Modular Prefabrication and Life-Cycle Benefits via an 80% Cold Bending Rate)

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摘要 現代複循環燃氣輪機（Combined Cycle Power Plant, CCPP）電廠在追求極致熱效

濱海電廠 2″~6″ 合金鋼管線工程之去銲接化策略：以 80% 冷作彎管率達成模組化預製與全生命週期效益之實證研究 (De-welding Strategy for 2″–6″ Alloy Steel Piping in Coastal Power Plants: An Empirical Study on Modular Prefabrication and Life-Cycle Benefits via an 80% Cold Bending Rate) 閱讀全文 »

鈦管各型號彎曲作業與極端環境耐腐蝕性能綜合分析報告 (Comprehensive Analysis Report on Bending Operations and Corrosion Resistance in Extreme Environments for Various Titanium Tube Grades)

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一、 引言 在現代化學處理、濕法冶金（如高壓酸浸 HPAL 與壓力氧化 POX）、核能發電及航空航太工程中，鈦

鈦管各型號彎曲作業與極端環境耐腐蝕性能綜合分析報告 (Comprehensive Analysis Report on Bending Operations and Corrosion Resistance in Extreme Environments for Various Titanium Tube Grades) 閱讀全文 »

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