Advanced Training Course on Process and System Design in Chemical Plants

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To all relevant parties: The design of chemical process systems plays an extremely important role in engineering design, serving as a link between different stages of the design process. All the requirements necessary for the construction drawings must be clearly specified in the system design. Currently, there is still a certain gap between the design of chemical process systems in our country and that in foreign countries. In order to enhance the systematic design capabilities of chemical engineers and ensure project quality, and building on the successful holding of the first Training Course on Process and System Design for Chemical Plants (Nanjing), the China Chemical Industry Enterprise Management Association took into account the feedback from participants and sought extensive opinions from relevant experts in the industry. As a result, it was decided to hold the “Second Advanced Training Course on Process and System Design for Chemical Plants” in Jinan from November 20 to 23, 2019. The relevant details are as follows: 1. Organizing party: China Chemical Enterprise Management Association. 2. Time and location: Time: November 20–23, 2019 (registration throughout the day on the 20th). Location: Jinan City (the exact location will be notified to the registrants). 3. Main training contents and instructors: (see the course schedule for details). 4. Training fees: The fee is 2,800 yuan per person (including training costs and material fees); accommodation and meals will be arranged separately, at the participant’s own expense. V. Target participants in the training: heads of the chief engineer’s offices, technical departments, and project departments in various chemical industry companies, as well as engineers in process system design, pipeline system design, and project management systems ； Process system design engineers at various chemical engineering companies ； Professionals engaged in the design of chemical process systems at various research institutions and higher education institutions. VI. Paper Submission: This training program is seeking academic presentations, papers, and research findings related to the theme from across the country. These will be printed in a conference booklet as training materials. Those who wish to submit papers should send the electronic versions to the organizing committee’s email address zghg2012@126.com by November 15. Papers should not exceed 5,000 words in length, and they must be in Word format.

VII. Contact Information: Organizing Committee Secretariat: Phone: 13001080157; Fax: 010-63811998. Contact person: Zhao Rui. Email: zghg2012@126.com. Attachment 1: Course Schedule. Attachment 2: Registration Form. September 2019. Attachment 1: Course Schedule (The course content has been optimized based on feedback and suggestions from previous participants). Registration starts on Thursday, November 20, 2019, throughout the day. Schedule: Time – Course Content: November 21, Friday, 09:00-09:10 – Opening speech by the China Chemical Industry Enterprise Management Association; 09:10-12:00 – Introduction ； What are processes and systems? ； The relationship between the two ； The organic connection and considerations of equipment, pipelines, and control systems ； Piping numbering principles, etc. Key explanation: Explain the design requirements for piping and instrumentation diagrams through examples ； Work methods, key considerations, and solutions at various stages of engineering design ； Difficulties in the implementation of the \"Unified Regulations on the Content and Depth of Construction Drawings for Chemical Process Design\" and the \"Regulations on the Layout Design of Chemical Plant Equipment\" ； Key Points for Reviewing Construction Drawing Documents in Chemical Process Design and Analysis of Difficult Issues ； Taking a typical process as an example, and in conjunction with the design specifications for process construction drawings, this text provides a detailed explanation of those specifications as well as analyses of design examples. Friday, November 21, afternoon: 14:00–17:30 Process Equipment Design and Calculation: Pumps, fans, compressors (reciprocating, centrifugal), towers, storage tanks, heat exchangers, industrial furnaces (boilers, heating furnaces, cracking furnaces, and conversion furnaces), filters, reaction vessels, skid-mounted equipment (complete sets), etc ； Provide examples to illustrate the calculation process for typical devices. Interactive sessions and discussions among participants are held, along with Q&A sessions, based on the content covered throughout the day. Saturday, November 22, 09:00-12:00 – All plant utility systems: utility stations, plant air/instrument air systems, nitrogen systems, various water systems, steam systems, fuel gas systems, heat/coolant systems, VOCs treatment systems, flare systems, etc. It focuses on explaining and providing examples of how to plan and design the aforementioned systems What is the role of the overall professional design of a system? The relationship between supply and demand balance and appropriate consideration of future development. Saturday, November 22, 14:00-17:30 Principles for determining design/operating pressure and design/operating temperature, as well as the role of consistency upstream and downstream and unified design specifications ； Pipeline pressure class classification, valve selection, control valves (groups), venting and draining (aspects considered by the systems discipline), sampling systems, etc ； Implementation of HAZOP during PID drawing, classification of safety valve protection systems, hydraulic calculations, and release and functions of various versions of the PID, etc. Interactive sessions and discussions among participants are held, along with Q&A sessions, based on the content covered throughout the day. On Sunday, November 23rd, from 09:00 to 12:00 in the morning, detailed examples will be provided to explain the selection of primary instruments: pressure, temperature, flow rate, level, and others. During the design process, implementation of HSE measures: protection against burns, eye wash stations, showers, fall prevention, etc. Key engineering examples are highlighted: gas fractionation units, shift units, and methanol synthesis units, with a detailed explanation of how to manage the critical aspects of design during the design process. By using device PID design as a means, the lecture content is applied to deepen understanding and reinforce learning outcomes. On Sunday, November 23rd, from 14:00 to 16:00, practical examples will be used to illustrate the implementation of energy-saving and environmental protection policies in system design. Summarize the key points of this learning session: participant interaction and communication, as well as answering questions regarding issues in engineering design. Introduction to Lecturer Wu Dengzhong: A professor-level senior engineer at China Global Engineering Co., Ltd.; he serves as the deputy director (executive) of the National Chemical Process System Design Technology Center, and holds qualifications as a registered chemical engineer, a registered consulting engineer, a registered safety engineer, as well as the expertise required for reviewing pressure pipelines ； 37 years of experience in process system design and consulting ； Involved in coal chemical engineering, inorganic chemical engineering, petrochemical engineering, LNG projects, gas fractionation projects, as well as projects for flare and VOCs control ； I have been involved in the entire process of engineering projects, from preliminary consultation to basic design, detailed design, on-site representation, commissioning, and performance testing. Having dedicated many years to work at the process system central station, I have helped resolve numerous engineering design and technical issues for 20 member organizations (engineering companies). Has served as an expert instructor for “Process and System Design in Chemical Plants” on multiple occasions. Note 1: In addition to the lectures given by the teachers each day, time is also set aside for representative speeches and questions ； 2. In the event of any changes to the seminar agenda, the schedule at the time of registration shall prevail.