Abstract
The transport and partitioning of gases in two contact condensers in use at The Geysers has been modelled numerically. Improvements on these designs have been investigated. Adding a surface type vent condenser between the main condenser and the first stage gas ejectors improves hydrogen sulphide partitioning dramatically. This “hybrid condenser” can match the performance of a surface condenser. Adding a contact type gas cooler allows 90% partitioning to be attained with steam that contains little ammonia. (This has been demonstrated in practice by Glover and Hart.)
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