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Use of this product is governed by the License Agreement. No part of this document may be reproduced, stored in a retrieval system, or translated in any form or by any means, electronic or mechanical, including photocopying and recording, without the prior written permission of Schlumberger. If your liquid accumulation rate is low, you could get away without a slug catcher providing you pig frequently, though this is normally not a recomended option due to the inherent hazards associated with pigging.Proprietary Notice Copyright 1985 - 2005 Schlumberger. The other way to reduce voulme is to reduce pressure and increase gas speed to sweep more of the liquid out, but yu're starting at a fairly low pressure already so maybe that's not an option, but have you tried a different line size?. Without a largest slug flow in either normal operation or start-up or the liquid pump out rate you can't size it properly. If you want a conservatve size for your slug catcher choose 300bbls, but in reality you could get a much smaller one once you do the design, which is a lot cheaper than a huge vessel or some type of finger slug catcher. If you build a finger type one allow flanges and space to build another pipe or two on the end. Whatever size you choose it will be wrong - either too big or too small. Pigging will give you a big volume, but the usual get -out is to pig at a much lower gas flow rate when pigging and reduce pig velocity to 2-3 m/sec, hence reducing your liquid flow rate into the slug catcher. Slug catcher sizing is a function of many things including the various operating cases and flows and crtically the liquid pump out or flow out flow rate from the slug catcher. If the line also starts and stops then you will get a different slug flow compared to pigging the entire lot.
The accumualtion rate could be hours or weeks - very difficult to tell without seeing the details. Mtq 80 - You might want to avoid the use of a dynamic simulation, but this is the only real way you are going to solve your problem.