Evaluation of granular activated carbon performance on MTBE removal from polluted well water by both RSSCT and pilot plant methods

English Version is Trial!

کاربران فارسی زبان لطفا به بخش فارسی مراجعه نمایند.

Advanced Search

About CIVILICA^®

CIVILICA^® provides professional papers of civil engineering published in Iranian national and international conferences.

This site is registered for BoomSazeh Construction Technology Development Co.

Tel: +98-21-88008044

Email: Info [at] CIVILICA [dot] com

	ISSN 1735-5540
Quick Search in Title, Abstract, and Keywords of Papers


Showing Abstract of Evaluation of granular activated carbon performance on MTBE removal from polluted well water by both RSSCT and pilot plant methods

Links

[ Bug Reporting | Back | See this Article in Persian CIVILICA ]

Paper Details

[ Downloads: 0 | Abstract Viewed: 131 | Pages: 9 ]

Title	Evaluation of granular activated carbon performance on MTBE removal from polluted well water by both RSSCT and pilot plant methods
Topic:	Water	Published Year:	2007
Presentation:	Poster	Published in:	[ 1st Conference of Environmental Engineering ]
Original Language:	Persian	Full Text Size:	Not Available

Abstract of the Article

Note: English CIVILICA is in its Trial Period so Full Texts can not be provided! Persian users can download it here

Evaluation of granular activated carbon performance on MTBE removal from polluted well water by both RSSCT and pilot plant methods

Authors:
[ Esfahani ] -
[ kavehahangar ] -

Abstract:

Oxygenated additive (MTBE) Widely used as octane enhancer of gasoline. Due to high water solubility of MTBE (50 gr/l), it can pollute ground waters as a result of production, storage, leakages of oxygenated gasoline from pipelines cracking, underground storage tanks in gas stations, transportation and distribution of MTBE.These items are major source of pollution of ground waters. MTBE concentration in a given well was considered 50 ppb. Treating this water with adsorption process on granular activated carbon Filtrasorb (F-600) that has high-energy sites was studied by RSSCT and pilot plant methods and their results were compared. RSSCT system was designed to simulate pilot plant scale at EBCT=10 min. According to the results, breakthrough time calculated by RSSCT method was completely similar to operational value in pilot plant study.

Keywords:

SAVAFA