[CMC Research] [Live streaming seminar] Know-how for scaling up separation processes to industrial equipment Held on October 29th (Tuesday) Sponsored by: CMC Research Co., Ltd.
CMC Research Press release: October 4, 2024 [Live streaming seminar] Know-how for scaling up separation processes to industrial equipment Held on October 29th (Tuesday) Sponsored by: CMC Research Co., Ltd. ★Detailed explanation of a series of experiences in industrialization and scale-up of separation, distillation, and extraction in chemical processes from methods and examples!
https://prcdn.freetls.fastly.net/release_image/12580/2716/12580-2716-db1c83c390ed192a55090077631ab2d5-1280×720.jpg
https://cmcre.com/ ) conducts seminars and publishes books on market trends and technology trends for various materials and chemicals, and we are pleased to announce that we will be holding a seminar titled “Know-how for scaling up separation processes into industrial equipment” with Kentaro Hirata as the lecturer. We will welcome Mr. Hirata (Representative of the Hirata Engineer/Occupational Safety Consultant Office) and will be holding a live broadcast using ZOOM from 10:30 on Tuesday, October 29, 2024. The tuition fee is: General: 55,000 yen (tax included), Our e-mail newsletter member: 49,500 yen (tax included), Academic price: 26,400 yen (tax included) (with materials). There will also be time for a question and answer session, so please come and join us. View details [Knowledge gained at the seminar] ・ Distillation (vapor-liquid equilibrium/physical property data, distillation calculation method, distillation experiment, materials/corrosion, safety engineering, internals, control, auxiliary equipment, energy saving) ・ Extraction (liquid-liquid equilibrium, extraction calculation method, extraction equipment) ・ Adsorption (equilibrium/breakthrough/continuous chromatography separation method) operations and industrialization methods and examples ・ Carbon recycling evaluation method, and ・General chemical engineering basics and separation engineering basics [Seminar target audience] ・ Engineers and researchers interested in scale-up who are not specialized in separation engineering ・ Engineers and researchers interested in scale-up examples of distillation, extraction, and adsorption separation ・Researchers and engineers who are involved in chemical process development and are having trouble with industrialization ・Researchers and engineers who are having trouble industrializing machinery and electronics companies ・ Young engineers and researchers in the chemical and process industries ・ Engineers and researchers interested in carbon neutral evaluation 1) Seminar theme and date and time Theme: Know-how for scaling up separation processes to industrial equipment Date and time: October 29, 2024 (Tuesday) 10:30-16:30 Participation fee: 55,000 yen (tax included) * Materials included ＊ E-mail newsletter subscribers: 49,500 yen (tax included) * Academic price is 26,400 yen (tax included) Lecturer: Mr. Kentaro Hirata Representative of Hirata Engineer and Occupational Safety Consultant Office Although the reaction equipment is the heart of a chemical process, a separation process is essential to treat unreacted substances and by-products. Typical processes include distillation, extraction, and adsorption, and for industrial scale-up, basic data acquisition, bench experiments, simulations, and pilot demonstrations are required. The presenter has a series of practical experiences related to the development of these technologies in the research and development department of a major chemical industry, so he will provide researchers and engineers who will take on the challenge of scaling up separation processes in the future, taking into account failure cases. At the same time, we decided to teach scale-up know-how. *This seminar will be a live-streaming seminar using the video conferencing tool “Zoom” on the day. Please refer to the tool for recommended environment. We will contact you via email with the viewing URL at a later date. ★Recording or filming during the course is strictly prohibited. 2) How to apply Please apply from the CMC Research seminar site. We will contact you via separate email with the viewing URL. Please see the URL for details. View details 3) Introduction of seminar program I. Separation engineering practice 1. Changes and future of distillation technology 1.1 Vapor-liquid equilibrium/physical property data 1.2 Distillation calculation method 1.3 Simultaneous heat and mass transfer calculation 1.4 Distillation experiment 1.5
Material/Corrosion 1.6 Safety engineering issues 1.7 Conceptual design and distillation method 1.8 Internal selection 1.9 Distillation column control 1.10 Ancillary equipment – heat exchangers, piping, pumps 1.11 Heat integration 1.12 Future issues 2. Industrialization of extraction operations 2.1 Correlation of liquid-liquid equilibrium 2.2 Selection of extractant 2.3 Selectivity 2.4 Partition coefficient 2.5 Extraction tower model 2.6 Industrialization example 2.6.1 Acrylic acid extraction 2.6.2 Aromatic extraction 2.6.2.1 Drawing method 2.6.2.2 Simulation 2.7 Extraction device 3. Scale-up of chromatographic separation process 3.1 Introduction 3.2 Principle of chromatographic separation 3.3 Basic data acquisition method 3.3.1 Sorption
equilibrium 3.3.2 Layer porosity 3.3.3 Breakthrough curve 3.4 Continuous chromatographic separation 3.4.1 Example Example 3.4.2 Necessity of serialization 3.5 Industrial scale-up of pseudo-moving layer 3.5.1 Industrialization map 3.5.2 Simulation model 3.5.3 Bench experiment 3.5.4 Pilot test 3.5.5 Scale up 3.5.6 Features of the improved rotary valve method 3.6 Summary II. Basics of separation engineering (attached) (quote as necessary) III. Process evaluation method Carbon recycling process evaluation 1. Renewable energy and electrification rate 2. Carbon dioxide emissions from proven recoverable reserves of fossil fuels 3. Evaluation of carbon recycling reaction 3.1 Carbon monoxide synthesis 3.2 Methanol synthesis