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Currently, liquefied gas is unsold, but the prices of aromatization products are also low. Is there any expert familiar with this area who can provide an analysis?
I’m not very familiar with it, but it seems that using liquefied gas for the production of gasoline through non-hydrogen reforming yields good results these days; considering mixing light hydrocarbons with liquefied gas could be an option
The technology at the Luoyang plant is not yet mature, and the catalyst lifespan is too short. We in Linzi possess the necessary technology; one unit with a capacity of 100,000 tons has been operating successfully for 2 years, while another unit with a capacity of 250,000 tons is currently under design. This post was last edited by psw1420 on 2008-12-18 08:48.]
I was wondering what the recent performance of the equipment on the fourth floor is like? Has it been making money all the time?
Is the LPG-based aromatics production technology in Shandong the technology of Daguang University?
It is the catalyst technology from Dalian University of Technology; the efficiency of this system in Linzi has always been very good, as apart from their main product BTX, their dry gas also commands a high price. Additionally, for larger scales, hydrogen extraction can be considered for dry gas.
LPG aromatization should yield good benefits when oil prices are high
Currently, liquefied gas is in short supply; how can it be processed to increase its economic value?
How much does it cost to process liquefied gas into gasoline? Is the liquid yield high? Is the conversion rate high? Is the processing cycle long? These are all the factors that restrict the development of advanced processing of liquefied gas. Linzi has always achieved such good results; it’s really enviable.
The production of gasoline from liquefied gas through non-hydrogen reforming has been industrialized. The production of propylene and ethylene from liquefied gas exists abroad, and facilities are being built in China as well; this area holds great promise.