A continuous liquid mixing process for producing a composite as a function of a selected rubber mixture recipe, in which the process comprises the following steps: forming a coagulum within pre-defined coagulum production sections of a coagulation preparation installation; dewatering the coagulum and converting the dewatered coagulum into a pelletized material; conveying the pelletized material to a mixing installation; metering the pelletized material into a complementary mixer; controllably advancing the pelletized material within pre-defined zones in the complementary mixer such that, for each zone, a residence time of the pelletized material is controlled and a target temperature of the pelletized material is realized prior to downstream conveyance thereof; and discharging the composite from the complementary mixer as a semi-finished rubber material, wherein the coagulum production sections of the coagulation preparation installation comprise: a coagulum mixer in fluid communication with each of an emulsion reservoir that stores an elastomer emulsion and a slurry reservoir that stores a slurry in which particles of charge are dispersed in water; a homogenizing section in fluid communication with the coagulum mixer and downstream thereof, the homogenizing section including a helical homogenizing agitator of predetermined length rotatably disposed within a generally annular homogenizing chamber; a kneading section in fluid communication with the homogenizer and downstream thereof, the kneading section including a generally helical kneading agitator of predetermined length rotatably disposed within a generally annular kneading chamber; and a texturing section in fluid communication with the kneading section and downstream thereof, the texturing section including a generally helical texturing agitator of pre-determined length rotatably disposed within a texturing chamber and having an egress extent (24b") from which the coagulum preparation installation discharges the coagulum. forming a coagulum within pre-defined coagulum production sections of a coagulation preparation installation; dewatering the coagulum and converting the dewatered coagulum into a pelletized material; conveying the pelletized material to a mixing installation; metering the pelletized material into a complementary mixer; controllably advancing the pelletized material within pre-defined zones in the complementary mixer such that, for each zone, a residence time of the pelletized material is controlled and a target temperature of the pelletized material is realized prior to downstream conveyance thereof; and discharging the composite from the complementary mixer as a semi-finished rubber material, a coagulum mixer in fluid communication with each of an emulsion reservoir that stores an elastomer emulsion and a slurry reservoir that stores a slurry in which particles of charge are dispersed in water; a homogenizing section in fluid communication with the coagulum mixer and downstream thereof, the homogenizing section including a helical homogenizing agitator of predetermined length rotatably disposed within a generally annular homogenizing chamber; a kneading section in fluid communication with the homogenizer and downstream thereof, the kneading section including a generally helical kneading agitator of predetermined length rotatably disposed within a generally annular kneading chamber; and a texturing section in fluid communication with the kneading section and downstream thereof, the texturing section including a generally helical texturing agitator of pre-determined length rotatably disposed within a texturing chamber and having an egress extent (24b") from which the coagulum preparation installation discharges the coagulum.