親愛的同學大家好：

德島大學應用化學系杉山 茂(Shigeru Sugiyama)教授兼工程學院副院長、以及德島大學尖端工程研究中心主任(Director of Center for Frontier Research of Engineering)，研究十分出色，將於今年暑假8/27~8/31來化工系短期密集授課，將涵蓋觸媒反應與磷回收如何達成節約能源與節約資源目的。課程名稱為節約能源與節約資源技術(Energy & Resources Saving Technology) (課號：CH5417701)，1學分18小時，不需收學分費。歡迎大家報名參加。

授課時間如下：

8月27日9:10~12:10(第2,3,4,節)

8月28日9:10~12:10(第2,3,4,節)

8月29日9:10~12:10(第2,3,4,節)

8月30日9:10~12:10(第2,3,4,節)

8月31日9:10~12:10及13:20~16:20(第2,3,4,6,7,8節)

報名表單：https://goo.gl/forms/Gr1wW41Rp4oKn1Co1

請於107/8/10(五)前至上列網址登記選課。

以下是課程大綱，請參考：

1.催化劑歷史

2.均勻相反應與懸浮液相反應

3. 固定床與流體化床反應

4. 固體催化劑(一)

5. 固體催化劑(二)

6. 固體催化劑支撐物質

7. 催化劑製備

8. 催化劑定性(一) BET、

9. 催化劑定性(二) IR、XRDXRF

10. 催化劑定性(三)XPS、XAFS

11.反應動力學

12.特論(一):特用化學品

13.特論(二):特用化學品

14.特論(三):環境運作

15.含磷物質(催化劑)

16.含磷物質(環境淨化)

17.含磷物質(磷回收)

18. 總結與選課同學期末小報告

Dear all:

We are honored and pleased to invite Dr. Shigeru Sugiyama of Tokushima University, Japan, to deliver a 1 credit-hour intensive course (CH5417701).

You are welcome to sign up for the course, which is free of charge.

Please go to：https://goo.gl/forms/Gr1wW41Rp4oKn1Co1

And sign up for the course by Aug. 10th.

Dr. Shigeru Sugiyama is currently professor of Department of Applied Chemistry and Associate Dean of College of Engineering.

He also serves as the Director of Center for Frontier Research of Engineering.

The schedule is as follow:

Aug 27th: 9:10~12:10(2,3,4)

Aug 28th: 9:10~12:10(2,3,4,)

Aug 29th: 9:10~12:10(2,3,4)

Aug 30th: 9:10~12:10(2,3,4)

Aug 31st: 9:10~12:10 and 13:20~16:20(2,3,4,6,7,8)

The course "Energy & Resources Saving Technology" will cover catalysis and resource recovery engineering:

1. History of catalysts

2. Homogeneous reaction and suspension reaction in liquid phase

3. Fixed-bed and fluid-bed reactors and flow reactor

4. Solid state catalysts (1): acidic and basic catalysts

5. Solid state catalysts (2): composite oxide catalysts and the design of the catalysts

6. Supports: role of the support, interaction between the catalyst and the support, and various supports

7. Catalyst preparation: hydrothermal synthesis, gas-phase preparation and solid-phase preparation

8. Characterization (1): Specific surface area, dispersion, acidity, and basicity

9. Characterization (2): IR, electron microscope, XRD, and X-ray fluorescence spectrometer

10. Characterization (3): XPS and XAFS

11. Kinetics

12. Recent topics (1): fine chemistry

13. Recent topics (2): fine chemistry

14. Recent topics (3): environmental manipulation

15. Unique chemistry on phosphorous materials (Catalyst)

16. Unique Chemistry on phosphorous materials (Environmental purification)

17. Unique chemistry on phosphorous materials (Phosphate recovery)

18. Summary and mini report