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CCPP 工法轉換之全生命週期評估 (LCA)、ESG 綜效與綠色價值深度研究報告 (In-depth Research on Life Cycle Assessment (LCA), ESG Synergies, and Green Value of CCPP Construction Method Conversion)

一、摘要 在全球能源轉型與淨零排放(Net Zero)的宏觀趨勢下,燃氣複循環電廠(Combined Cycl […]

CCPP 工法轉換之全生命週期評估 (LCA)、ESG 綜效與綠色價值深度研究報告 (In-depth Research on Life Cycle Assessment (LCA), ESG Synergies, and Green Value of CCPP Construction Method Conversion) 閱讀全文 »

CCPP 建廠專案管線工法帶來 ESG 綜效深度分析報告:(5D 冷作彎管+IH-PBHT) 與 (1.5D 電銲彎頭+ PWHT) 之差異化研究 (In-Depth Analysis of ESG Synergies in CCPP Construction: A Comparative Study of 5D Cold Bending with IH-PBHT vs. 1.5D Welded Elbows with PWHT)

一、 緒論:能源轉型下的工程挑戰與 ESG 演進 1.1 全球能源結構轉型與燃氣複循環電廠 (CCPP) 的戰

CCPP 建廠專案管線工法帶來 ESG 綜效深度分析報告:(5D 冷作彎管+IH-PBHT) 與 (1.5D 電銲彎頭+ PWHT) 之差異化研究 (In-Depth Analysis of ESG Synergies in CCPP Construction: A Comparative Study of 5D Cold Bending with IH-PBHT vs. 1.5D Welded Elbows with PWHT) 閱讀全文 »

核能電廠中冷作彎管之深度分析研究報告:法規、材料力學與台灣運轉實務 (In-depth Analysis of Cold-Bending Pipes in Nuclear Power Plants: Regulations, Mechanics of Materials, and Operational Practices in Taiwan)

一、 摘要 (Summary) 核能電廠之管線系統(Piping System)構成其壓力邊界與能量傳輸之核心

核能電廠中冷作彎管之深度分析研究報告:法規、材料力學與台灣運轉實務 (In-depth Analysis of Cold-Bending Pipes in Nuclear Power Plants: Regulations, Mechanics of Materials, and Operational Practices in Taiwan) 閱讀全文 »

核能電廠冷作彎管研究:釐清冷彎後熱處理(PBHT)與銲後熱處理(PWHT)在法規與物理機制上本質差異 (A Study of Cold-Bending Piping in Nuclear Power Plants: Clarifying the Fundamental Differences Between Post-Bend Heat Treatment (PBHT) and Post-Weld Heat Treatment (PWHT) in Regulatory and Physical Mechanisms)

一、 摘要 (Summary) 核能電廠之管線系統(Piping System)構成其壓力邊界與能量傳輸之核心

核能電廠冷作彎管研究:釐清冷彎後熱處理(PBHT)與銲後熱處理(PWHT)在法規與物理機制上本質差異 (A Study of Cold-Bending Piping in Nuclear Power Plants: Clarifying the Fundamental Differences Between Post-Bend Heat Treatment (PBHT) and Post-Weld Heat Treatment (PWHT) in Regulatory and Physical Mechanisms) 閱讀全文 »

中鋼「一號扁鋼胚連鑄機」配管系統彎曲半徑R值之工程優化與供應鏈能力評估報告 (Engineering Optimization and Supply Chain Capability Assessment of Piping System Bend Radius (R-value) for CSC No. 1 Slab Continuous Casting Machine)

一、摘要 本研究報告旨在針對中國鋼鐵股份有限公司(CSC,以下簡稱中鋼)「一號扁鋼胚連鑄機(No. 1 Sla

中鋼「一號扁鋼胚連鑄機」配管系統彎曲半徑R值之工程優化與供應鏈能力評估報告 (Engineering Optimization and Supply Chain Capability Assessment of Piping System Bend Radius (R-value) for CSC No. 1 Slab Continuous Casting Machine) 閱讀全文 »

2026 ASME 規範架構下 6吋以下 (≤ 6″) 管件成型應變率 ε 之深度剖析:5D_XXS 冷作彎管 (IH-PBHT) 與 1.5D_XXS 電銲彎頭 (PWHT) 差異化分析報告 (Deep Analysis of Forming Strain Rate (ε) for Piping Components ≦ 6″ under 2026 ASME Codes: Comparative Study of 5D XXS Cold-Bent Pipe (IH-PBHT) vs. 1.5D XXS Welded Elbows (PWHT))

一、 摘要 (Summary) 本研究報告旨在針對 2026 年工程環境下,依據 ASME B31.3-202

2026 ASME 規範架構下 6吋以下 (≤ 6″) 管件成型應變率 ε 之深度剖析:5D_XXS 冷作彎管 (IH-PBHT) 與 1.5D_XXS 電銲彎頭 (PWHT) 差異化分析報告 (Deep Analysis of Forming Strain Rate (ε) for Piping Components ≦ 6″ under 2026 ASME Codes: Comparative Study of 5D XXS Cold-Bent Pipe (IH-PBHT) vs. 1.5D XXS Welded Elbows (PWHT)) 閱讀全文 »

CCPP HP Main Steam、Hot Reheat 以及 HP Feedwater 系統 : 針對 NPS 8″ 冷作彎管取代電銲彎頭之技術可行性與經濟效益分析研究 (Technical Feasibility and Economic Benefit Analysis of Replacing Welded Elbows with NPS 8″ Cold Bening Pipes in CCPP HP Main Steam, Hot Reheat, and HP Feedwater Systems)

一、前言 在當前全球能源結構轉型的背景下,複循環火力發電廠(CCPP)以其高熱效率、低排放及優異的負載隨動性,

CCPP HP Main Steam、Hot Reheat 以及 HP Feedwater 系統 : 針對 NPS 8″ 冷作彎管取代電銲彎頭之技術可行性與經濟效益分析研究 (Technical Feasibility and Economic Benefit Analysis of Replacing Welded Elbows with NPS 8″ Cold Bening Pipes in CCPP HP Main Steam, Hot Reheat, and HP Feedwater Systems) 閱讀全文 »

新建或升級改造 CCPP 機組採用冷作彎管工法於低壓濕蒸氣、冷再熱及疏水系統之深度分析報告 (In-depth Analysis Report on the Application of Cold Bending Processes in Low-Pressure Wet Steam, Cold Reheat, and Drainage Systems for New and Retrofitted CCPP Units)

一、   緒論 隨著全球能源結構的轉型,燃氣蒸汽聯合循環發電廠(Combined Cycle Power Pl

新建或升級改造 CCPP 機組採用冷作彎管工法於低壓濕蒸氣、冷再熱及疏水系統之深度分析報告 (In-depth Analysis Report on the Application of Cold Bending Processes in Low-Pressure Wet Steam, Cold Reheat, and Drainage Systems for New and Retrofitted CCPP Units) 閱讀全文 »

CCPP濕蒸氣於管線內輸送系統本質安全:冷作彎管工法在預防靜電積累與降低沖蝕風險之關鍵作用研究 (Inherent Safety of Wet Steam Transport Systems in CCPP: The Critical Role of Cold Bending in Mitigating Electrostatic Accumulation and Erosion Risks)

一、 摘要 在當前全球能源轉型的背景下,聯合循環發電廠(Combined Cycle Power Plants

CCPP濕蒸氣於管線內輸送系統本質安全:冷作彎管工法在預防靜電積累與降低沖蝕風險之關鍵作用研究 (Inherent Safety of Wet Steam Transport Systems in CCPP: The Critical Role of Cold Bending in Mitigating Electrostatic Accumulation and Erosion Risks) 閱讀全文 »

CCPP管線工程中設計使用 SR & LR 套銲彎頭與 3D、5D 冷作彎管對於彎徑下流套接處銲道沖蝕風險之分析 (Analysis of Weld Erosion Risks at Downstream Connections of SR/LR Socket Weld Elbows vs. 3D/5D Cold-Bending Pipes in CCPP Piping Engineering)

一、緒論 在現代複循環電廠(Combined Cycle Power Plants, CCPP)的設計與營運中

CCPP管線工程中設計使用 SR & LR 套銲彎頭與 3D、5D 冷作彎管對於彎徑下流套接處銲道沖蝕風險之分析 (Analysis of Weld Erosion Risks at Downstream Connections of SR/LR Socket Weld Elbows vs. 3D/5D Cold-Bending Pipes in CCPP Piping Engineering) 閱讀全文 »

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