DEVICE AND METHOD FOR PRECIPITATING SOLIDS FROM A SUSPENSION INCLUDING DISSOLVED GASES

摘要

A device for a precipitating solid material particles from a suspension of a brew liquid including dissolved CO2 and plant based aroma hearer solid material particles, the device including a filter surface which separates a non-filtrate space from a filtrate space wherein the non-filtrate space receives the suspension; a suspension inlet leading into the non-filtrate space, a filtrate outlet opening into the filtrate space; a mechanical compressor that is provided in the non-filtrate space and configured to feed the suspension under a separation of the brew liquid through the filter surface within the non-filtrate space along the filter surface to a compression portion of the non-filtrate space and to compress the remaining solid materials: and a solid material output opening provided in a wall of the non-filtrate space in the compression portion of the non-filtrate space wherein the solid material output opening is closeable tight relative to an ambient atmosphere.

主权项

1. A device for a precipitating solid material particles from a suspension of a brew liquid including dissolved CO2 and plant based aroma bearer solid material particles, the device comprising:
a filter surface which separates a non-filtrate space from a filtrate space wherein the non-filtrate space receives the suspension; a suspension inlet leading into the non-filtrate space, a filtrate outlet opening into the filtrate space; a mechanical compressor device that is provided in the non-filtrate space and configured to feed the suspension under a separation of the brew liquid through the filter surface within the non-filtrate space along the filter surface to a compression portion of the non-filtrate space and to compress the remaining solid materials; and a solid material output opening provided in a wail of the non-filtrate space in the compression portion of the non-filtrate space wherein the solid material output opening is closeable gas tight and pressure tight relative to an ambient atmosphere.