Experimental study of mass transfer in a convective mass-transfer apparatus for membrane plasma exchange

Resumo

The possibility to achieve a high degree (up to 90%) of blood plasma exchange in a single-stage, three-channel, countercurrent convective mass exchange apparatus (CMEA) has been confirmed with the use of a model suspension as an example. It has been shown that CMEA is more efficient than a plasma filter at high (over 50%) degrees of plasma exchange.