Who attended the training course on \"Case Studies and Q&A on the Design and Selection of Materials for Industrial Pipelines\" held on June 28, 2023?

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This post was last edited by lsdb0000 on 2023-8-10 09:17. Dear experts: I saw an advertisement for this training back then, but my company didn’t approve my participation. I was wondering if any of you could share the lecture notes with me at 3399252644@qq.com. It would be great if there were a recording; I’m willing to pay for one. Thank you. QQ: 3399252644 Below is the advertisement content from that time. I. Training Arrangements: Date: June 28 – July 1, 2023 (On June 28: on-site registration; online tests in the afternoon in the meeting room) ； ) Format: Hybrid, online and offline. Offline location: Beijing. II. Conference fees: Organizational fee: Offline – 3,500 yuan per person (a discount is available for one person if 6 people attend); Online – 7,000 yuan per organization (including two certificates). III. Target participants: Professional technicians in the fields of pipelines, such as those working in chemicals, petrochemicals, pharmaceuticals, light industry, nuclear power, electricity, gas, heating, and municipal services ； Personnel involved in the design of pressure pipelines, licensing assessments, review agencies, and related inspection organizations ； Personnel from enterprises involved in the manufacturing, installation, modification, and maintenance of pressure pipelines, etc. IV. Main training contents: 1. Classification of process pipelines and interpretation of standards ； 2. Similarities and differences between the standards related to pressure pipelines, namely GB/T 20801, GB 50316, and ASME B31.1, B31.3 codes ； 3. Application and Issue Analysis of the “Materials” Section in GB/T 20801.2, “Code for Pressure Piping – Industrial Piping” ； 4. Selection of materials for typical media and case study analysis: 1) Hydrogen ； 2) H2+H2S ； 3) Liquid ammonia, gaseous ammonia (stress cracking) ； 4) Alkaline solution ； 5) Amine solution ； 6) Flue gas ； 7) Hydrogen sulfide, acidic water ； 8) Naphthenic acid ； 9) Oxygen ； 10) CO2 ； 11) CL2/HCL/hydrochloric acid ； 12) Sulfuric acid ； 13) Phosphoric acid ； 5. Selection of pipes under special operating conditions and precautions ； 6. Basis for strength design of pressure pipelines ； 7. The relationship between the pipeline material design document system and project implementation ； 8. Selection principles and common standards for pipeline accessories such as flanges, bolts, nuts, gaskets, and valves ；