摘要:
A mixing apparatus is provided comprising: first driving means for driving a plurality of reagent samples from a plurality of respective source wells into a first fluid flow stream; second driving means for introducing a separation gas between each of the plurality of reagent sample in the first fluid flow stream; means for driving a second fluid flow stream comprising a plurality of particles; a junction device comprising: a first inlet port for receiving the first fluid flow stream; a second inlet port for receiving the second fluid flow stream; a reaction zone for forcing mixing between the first fluid flow stream and the second fluid flow stream to thereby form a reaction product stream; and an outlet port for allowing the reaction product stream to exit the junction device; a reaction zone where the plurality of reagent samples and the plurality of particles mix to form a plurality of reaction products, the reaction zone communicating with the outlet port; reaction product driving means for driving the reaction product stream through the reaction zone; and means for selectively analyzing the reaction product stream for the reaction products. A method for mixing materials is also provided comprising: driving a first fluid flow stream comprising a plurality of reagent samples separated by gas bubbles through a second inlet port of a junction device; driving a second fluid flow stream comprising particles through a first inlet port of the junction device; mixing the first fluid stream and the second fluid stream in a reaction zone in the junction device to form a reaction product stream; and driving the reaction product stream through an outlet port of the junction device.
摘要:
Procedimiento de digestión anaerobia en fases de temperatura de los residuos sólidos urbanos. La invención consiste en un procedimiento para la degradación anaeróbica en fases de temperatura (secuencial termofílico-mesofílico) de la FORSU a través del cual se consigue incrementar la estabilidad del proceso y la capacidad de tratamiento del residuo orgánico por día, presentando una mayor eficiencia en la producción de biogás referida a cantidad de materia orgánica alimentada al sistema o consumida por el mismo. Consiste en someter el residuo a un pretratamiento termo fílico durante un tiempo determinado para conseguir una alta hidrólisis y solubilizacion del residuo orgánico de manera eficaz. La segunda etapa del proceso consiste en someter el residuo prehidrolizado durante la fase termofílica a degradación mesofílica, de forma que la materia solubilizada se consuma durante esta segunda fase.
摘要:
A mixing apparatus (100) is provided comprising: first driving means for driving a plurality of reagent samples from a plurality of respective source wells (110) into a first fluid flow stream; second driving means for introducing a separation gas between each of the plurality of reagent samples (112) in the first fluid flow stream; means for driving a second fluid flow stream comprising a plurality of particles (124); a junction device comprising: a first inlet port (128) for receiving the first fluid flow stream; a second inlet port (120) for receiving a second fluid flow stream; a reaction zone for forcing mixing between the first fluid flow stream and the second fluid flow stream to thereby form a reaction product stream; and an outlet port (134) for allowing the reaction product stream to exit the junction device.