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| Thesis Name： |
De-Oder's Technologies for Petrochemical plants |
| Usage： |
De-Oder's Technologies |
| Keyword： |
petrochemical，De-Odor |
| Remarks： |
The integral petrochemical industry of Taiwan has been booming since the
participation of No. 6 Naphtha Cracking Petrochemical Complex of Formosa
Plastics Group in the End of 1998. The total oil refining quantity has been
increased from 770,000 barrels (refined by CPC only) to 1,220,000 barrels at
the growth of 58%. The total productivity of Ethylene has also been increased
from 1,000,000 tons (produced by CPC only) to 2,700,000 tons at the growth of
170%. For the time being, Formosa Plastics Group is devoting herself to
expanding the productivity continuously and foreseeing to increase the total
oil refining quantity to reach 1,370,000 barrels and the total productivity of
Ethylene to reach 3,900,000 tons two years later. In the meanwhile, the
related down stream manufacturers are also expanding or enlarging the
production facilities correspondingly. As the tremendous addition of the
production facilities of petrochemical industry, the subject of safety,
health & environment protection has to be further concerned.
The main pollutants of the petrochemical plants are VOC & emission of odors,
especially the sulfides which is not only resulting in the loss of materials
but also detrimental to the environment, human beings & the equipments. Thus,
this study is primarily to outline the odors generated from the petrochemical
industry and to compare the characteristics of some devices such as: floating
cover of the storage tank and the seals for the pumps which are subject to
generate the emission or leakage of VOC during storage and transportation of
the raw materials and products. It can provide some useful guidelines to the
engineers whom are dealing with EPC of the related equipments and to eliminate
the emission or leakage of VOC from the origin.
Besides, regarding the odors of sulfides generated from the processes of the
petrochemical plants, two experiments have been carried out to identify the
merits & demerits- applying Amine/C absorber to absorb and applying Pt/C
catalyst to de-sulfur (de-odor) by the oxidizing reaction to provide the
alternative solution to find out the better methods of absorption or de-odor
to minimize the detriments of sulfides to human beings and to improve the air
quality of our environment effectively.
Original file:http://192.192.58.195/theabs/1/eng/ |
| Original file： |
No File
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Promulgator Detail |
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administrator |
| Country: |
CN |
| City: |
Dalian |
| Company Name: |
teloon Soft Strategy Co.,LTD |
| Homepage: |
http://www.hichem.com |
| E-mail: |
reply |
| Phone: |
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86-411-82819667 |
| Company Address: |
26 Renmin Road ,Dalian China |
| Zip/Postal Code: |
116001 |
| Introduction: |
As a professional E-information service platform with authoritative news and reports in chemical industry of chinese export and import market.Hichem has been received universally and praised highly since its established in 2001.In 2003,by joint effort of teloon chemicals and teloon soft strategy company(TSSC),Hichem team endeavored to recomposition the site ascribed to market requirement as well as offering our better service.Hichem focused on business to biusiness of new chemicals,fine chemicals,high chemicals and special chemicals.So naturally it is the very one-stop website for chemical information.Our sellers worldwide and build global on-line trade in the chemical industry. |
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