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Micro-chemical Process and Flow Chemistry Technology Optimization Engineering
Release time：2019-09-30 11:11:40
Micro-chemical technology has the inherent characteristics of continuous flow reactors, improving the efficiency of research and development and industrial production in medicine and fine chemicals. The micro-reaction technology is controlled by automation and has strong heat transfer and mass transfer capabilities to enhance, miniaturize and green the chemical process. Micro-chemical equipment has the advantages of high transfer rate, parallel amplification, high safety and easy control, which can achieve continuous and highly integrated production requirements for chemical processes.
The conference aims to showcase and exchange advanced micro-chemical technology and equipment applications, enhance industrial production efficiency, and create more opportunities for expansion. The China Chemical Industry Management Association is scheduled to hold the “Micro-Chemical Process and Mobile Chemistry Technology Optimization Engineering Design Seminar” in Hangzhou on October 19-21, 2018. At that time, relevant department leaders and experts will be invited to give speeches and special exchanges. Discussion, the relevant matters are hereby notified as follows:
First, the conference organization:
Organizer: China Chemical Industry Management Association
Supported by: Beijing Rixin Yuanwang Technology Development Co., Ltd.
Corning (Shanghai) Management Co., Ltd.
Second, the meeting time and place:
Time: October 19-October 21, 2018 (Reporting all day on October 19)
Location: Hangzhou, Zhejiang Province (location confirmation direct notification of the registration personnel)
Third, the conference fee: 2,400 yuan / person, each unit registration for two people 2000 yuan / person (catering expenses, conference fees, data fees) accommodation arrangements for self-care.
Fourth, the main discussion content
First, micro chemical technology
(1) Research status and application of micro-chemical technology;
1. The intervention of micro-chemical technology brings about the transformation of traditional chemical production;
2. Research on amplification and integration technologies of micro-chemical systems;
3. The practical process of micro-chemical technology;
4. Research and application of micro-interface reaction enhancement;
5. Principles and applications of micro chemical systems;
6. Analysis of the transfer phenomenon in the micro-chemical process;
7. Progress in theoretical and applied research on chemical process strengthening technology;
8. Practical application and illustration of micro-chemical technology in chemical process strengthening;
(2) Hot and difficult points in process optimization design of micro-reaction systems:
1. Structural optimization design of the microreaction system;
2. Application of system automatic control technology in micro-reaction system;
3. Application of wall loading or filling technology of catalyst in microreaction system;
4. Application of microreactor anti-corrosion technology of micro-reaction system;
5. Microreaction process development and amplification strategy;
6. Reaction calorimetry and process safety analysis;
(3) Application in the field of micro chemical technology industry;
1. Optimization research and application of microreactor in the fine chemical industry;
2. Optimization research and application of microreactors in the field of safety;
3. Optimization research and application of microreactors in the field of nanomaterial synthesis;
4. The application of microreactors and continuous processes in the fine chemical and pharmaceutical industries;
5. Research and application of micro-chemical technology in the pharmaceutical industry;
6. Research and application of micro-chemical technology in the pesticide industry;
7. Research and application of micro-chemical technology in the dyeing and dyeing industry;
8. Research and application of micro-chemical technology in the field of nano-material synthesis;
9. Application of microreactor technology in organic synthesis;
10. The application of a microreactor in the preparation of a drug;
11. Application of microreactor in the field of chemistry and chemical industry;
(4) Hot and difficult points in the application of microchannel research:
1. The latest research progress of microchannels;
2. Research on flow and enhanced heat transfer characteristics in microchannels;
3. Microchannel reaction verification and process development;
4. Application of microchannel reactor technology;
5. Microchannel application case analysis;
6. Study on the application of cyclic channel esters in microchannel reactors
7. Application of microchannel extractor in product production and reduction of COD in wastewater
(5) Research and application of micro heat exchangers in process optimization design;
1. Research status and application of micro heat exchangers;
2. Heat transfer characteristics at micro scale;
3. Optimization study of micro-heat transferr structure;
4. Verification and process development of micro heat exchangers;
(6) Advantages and disadvantages of tubular reactor applications:
1. Advantages of the tubular reactor;
2. Typical reaction applications for tubular reactors;
3. Points for attention in the application of tubular reactors;
Second, mobile chemistry technology
1. Advantages and prospects of continuous flow reactors;
2. Microchannel continuous flow oxidation - chemical pharmaceutical process technology application;
3. The value-added application technology of PES in the self-control of raw material medicine process;
4. Application of on-line monitoring technology for intermittent reaction safety assessment and flow chemical reaction;
5. Continuous production, high efficiency, high conversion rate, low land occupation, low energy consumption and low pollutant discharge;
6. Permeate gasification membrane and vapor permeable membrane;
7. Activated carbon fiber membrane is used for liquid purification technology;
8. Continuous flow chemistry to achieve effective solutions for green chemicals and green pharmaceuticals;
9. Development status of pervaporation technology and its use in chemical and pharmaceutical fields;
10. Application of continuous flow chemistry in drug synthesis;
11. Continuous process technology for flow chemistry;
12. Continuous flow chemical reactor technology;
13. Continuous flow chemical development technology;
14. Application technology of mobile chemistry (flow synthesis);
15. Flow chemical reactor system technology;
V. Expert dialogue salon (about two hours)
1. Organize experts and participants to conduct interactive questions and answers, explain and explain key issues arising during production or research, and conduct in-depth discussions in the form of on-site Q&A discussions to help find solutions or suggestions for solving problems;
2. Organize the “study, research, and production” units of the conference to conduct customer appointments, technical docking, and build a platform for supply and demand cooperation.
3. Participants are requested to prepare questions in advance based on the theme of the meeting and the report of the experts of the main report, combined with the problems encountered in the actual work, in order to discuss the questions and answers on the spot.
Sixth, participants
1. High-level managers and technical leaders in petrochemical, pharmaceutical, pesticide, dye, and other related industries in the fine chemical industry;
2. High-level managers and technical leaders of related companies in the field of nanomaterial synthesis;
3, equipment, technology suppliers (microreactor, micro heat exchanger, advanced manufacturing, assembly and sealing technology, parametric measurement technology (contactless measurement technology), system automatic control technology, catalyst wall loading or filling technology, microreaction Anti-corrosion technology, etc.);
4. Government, associations, testing institutions, research institutes and institutions of higher learning.
Seven, the format of the meeting:
1. Invite domestic leaders and authoritative experts to make special reports, and provide guidance and guidance on the problems and difficulties encountered in the current work.
2. Inviting domestic micro-chemical technology holders to introduce the introduction technology (products) by means of on-site speeches, physical presentations, photo exhibitions, multimedia exhibitions, and conferences.
3. Organize domestic technical requirements research, technical exchanges and cooperation activities of micro-chemical technology research institutes, universities, production enterprises and related supporting enterprises.
Eight, the collection of the journal:
1. This seminar will collect academic reports, papers and research results related to the theme nationwide, and will select and use the conference to make speeches.
2. Before the meeting, the printed conference (the collection of papers) will be used as the conference materials. The person who intends to submit the papers will submit the papers to the conference group 1405509556@qq.com or jjgybm@163.com before October 10, 2018.
3. The number of words required for the paper is not more than 5000 words, and the file format is word document. The specific contents include: thesis title, author name, work unit, mailing address, postal code, telephone, abstract, key words, main text, main reference, English abstract.
Remarks: All delegates are kindly requested to prepare business cards to communicate with each other.
IX. Contact Information: Secretariat of the Organizing Committee of the Conference:
China Chemical Industry Management Association
Contact: Qi Zhilong Wang Xiaojie Chen Tao Yang Rui
Tel: 010-56264214 18810266980 with WeChat
Fax: 010-58650149
Registration email: 1405509556@qq.com or jjgybm@163.com