Challenges of Modeling Steam Cracking of Heavy Feedstocks - Patinage Artistique
OCCASION This publication has been made available to the public
the C-4 cuts from the steam cracking the use of heavier feedstocks etc One of the most important fields of research concerned the continual improvement |
Steam Cracking: Chemical Engineering
Marin “Challenges of modeling steam cracking of heavy feedstocks” Oil Cronin “Steam cracking of heavy liquid feedstocks: cracking yields rigorously |
Thesis
reaction (2 3) by thermal cracking (pyrolysis or “steam cracking”) into to treat naphtha feedstock in steam reforming Typical operating temperatures are |
THÈSE
weight feedstocks pore diffusion can exert a large influence and Catalytic cracking using heat pressure and catalysts converts heavy oils into lighter |
What are the disadvantages of steam cracking?
Steam cracking
However the disadvantage is that it may not produce the product that is needed in high enough yield.
For example, if you want a high yield of ethene it is better to make it from ethane or naphtha.
This disadvantage can be overcome by having more than one plant on the same site.What are the factors that influence the product distribution of steam cracking process?
The feed composition in the cracking processes is one of the crucial factors affecting product distribution and has been highly investigated by different researchers 54, 55 .
Light olefins are produced mainly from alkanes, the higher amounts of n-alkanes result in a higher ethylene yield.What is the feedstock of steam cracking?
Various types of feedstock are used for steam cracking, such as ethane, propane, butanes, straight-run refinery fractions (naphtha, kerosene, atmospheric gas oil and vacuum gas oil) and hydrotreated feedstock (HVGO and hydrowax).
Ethylene manufacture via the steam cracking process is in widespread practice throughout the world.
The operating facilities are similar to gas oil cracking units, operating at temperatures of 840 °C (1,550 °F) and at low pressures of 165 kilopascals (24 pounds per square inch).
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PREFACE The publication of the Malaysia Classification of Products
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