Uncategorized

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)

Uncategorized /

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)

Uncategorized /

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)

Uncategorized /

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 »

1.0D套銲彎頭、1.5D對接銲彎頭與3D、5D冷作彎管對於下流處銲道沖蝕風險分析報告 (Analysis Report on Downstream Weld Erosion Risk: A Comparison of 1.0D Socket Weld Elbows, 1.5D Butt Weld Elbows, and 3D/5D Cold Bends)

Uncategorized /

摘要 本研究報告旨在針對工業管線系統（Process Piping）中三種關鍵的彎管幾何構型——1.0D 短半

1.0D套銲彎頭、1.5D對接銲彎頭與3D、5D冷作彎管對於下流處銲道沖蝕風險分析報告 (Analysis Report on Downstream Weld Erosion Risk: A Comparison of 1.0D Socket Weld Elbows, 1.5D Butt Weld Elbows, and 3D/5D Cold Bends) 閱讀全文 »

石化 C4 餾分中特定成分丁二烯與萃餘油儲運管線設計規範及其對合金鋼材的腐蝕影響分析研究 (Research on Design Specifications and Corrosion Impact on Alloy Steel for Butadiene and Raffinate Storage and Transportation Pipelines in Petrochemical C4 Fractions)

Uncategorized /

前言 在現代石化工業的裂解與純化過程中，C4 餾分（C4 Fractions）的高效處理與安全儲運構成了一項極

石化 C4 餾分中特定成分丁二烯與萃餘油儲運管線設計規範及其對合金鋼材的腐蝕影響分析研究 (Research on Design Specifications and Corrosion Impact on Alloy Steel for Butadiene and Raffinate Storage and Transportation Pipelines in Petrochemical C4 Fractions) 閱讀全文 »

NPS 2.5~5_160S P91  3D/5D管線冷成型工法、應變極限分析與熱處理優化之綜合研究 (A Comprehensive Study on 3D/5D Cold Forming, Strain Limit Analysis, and Heat Treatment Optimization for NPS 2.5–5 Sch 160 P91 Piping)

Uncategorized /

摘要 在超超臨界（Ultra-Supercritical, USC）燃煤發電技術與高效能熱回收蒸汽發生器（HR

NPS 2.5~5_160S P91  3D/5D管線冷成型工法、應變極限分析與熱處理優化之綜合研究 (A Comprehensive Study on 3D/5D Cold Forming, Strain Limit Analysis, and Heat Treatment Optimization for NPS 2.5–5 Sch 160 P91 Piping) 閱讀全文 »

NPS 2.5~5_XXS P91 : 3D/5D管線冷成型工法、應變極限分析與熱處理優化之綜合研究 (Comprehensive Study on Cold Bending (3D/5D), Strain Limit Analysis, and Heat Treatment Optimization for NPS 2.5–5 XXS P91 Piping)

Uncategorized /

摘要 (Abstract) 本研究報告旨在針對現代超超臨界 (USC) 發電機組中至關重要的 Grade 91

NPS 2.5~5_XXS P91 : 3D/5D管線冷成型工法、應變極限分析與熱處理優化之綜合研究 (Comprehensive Study on Cold Bending (3D/5D), Strain Limit Analysis, and Heat Treatment Optimization for NPS 2.5–5 XXS P91 Piping) 閱讀全文 »

316L管線於臨海鹽灘地出土段與埋入段之環境介質交互作用與銲道敏化失效機制深度研究報告 (In-depth Research Report on Environmental Interactions and Weld Sensitization Failure Mechanisms of 316L Pipelines in Coastal Salt Flats: A Comparative Study of Exposed and Buried Sections)

Uncategorized /

一、臨海鹽灘地服役環境之複雜性與316L不銹鋼之冶金基礎 在當前全球工業化與能源基礎設施向沿海地區擴張的背景下

316L管線於臨海鹽灘地出土段與埋入段之環境介質交互作用與銲道敏化失效機制深度研究報告 (In-depth Research Report on Environmental Interactions and Weld Sensitization Failure Mechanisms of 316L Pipelines in Coastal Salt Flats: A Comparative Study of Exposed and Buried Sections) 閱讀全文 »

2026 ASME 規範下工業管線配置冷作彎管施工性與整合度優化 (Optimization of Constructability and System Integration for Cold-Bending in Industrial Piping Layouts under 2026 ASME Standards)

Uncategorized /

一、序言：2026 年工業配管工程的法規與技術轉向 隨著全球能源結構的深刻轉型，特別是超超臨界（USC）發電技

2026 ASME 規範下工業管線配置冷作彎管施工性與整合度優化 (Optimization of Constructability and System Integration for Cold-Bending in Industrial Piping Layouts under 2026 ASME Standards) 閱讀全文 »

2026 ASME 合乎規範施作路徑藍圖與建議： 8 吋以下合金鋼管件之幾何優化與幾何換取工法分析報告 (2026 ASME Compliance Implementation Roadmap and Recommendations: Analysis Report on Geometric Optimization and Geometry-to-Construction Methods for Alloy Steel Pipe Fittings (8-inch and below))

Uncategorized /

一、 2026 年全球配管法規體系之變革背景與合規挑戰 隨著全球工業基礎設施進入新一代的轉型期，壓力管線系統的

2026 ASME 合乎規範施作路徑藍圖與建議： 8 吋以下合金鋼管件之幾何優化與幾何換取工法分析報告 (2026 ASME Compliance Implementation Roadmap and Recommendations: Analysis Report on Geometric Optimization and Geometry-to-Construction Methods for Alloy Steel Pipe Fittings (8-inch and below)) 閱讀全文 »

購物車