Transimmunization (TI), a novel modification of the widely used immunotherapy extracorporeal photopheresis (ECP), induces conversion of processed monocytes into cells expressing phenotypic and functional features of dendritic antigen presenting cells (DC).
In view of the above context, it is therefore critical to explore fermentation processes that are suitable for inclusion in a biorefinery and that generate value-added chemicals through conversion of process-relevant, lignocellulosic feed streams.
The equilibrium conversion of the process is limited by the reaction temperature and as that increases so does conversion [28].
This paper describes how experimentally generated results were used to optimize conversion of a process using adiabatic batch reactor systems.
At 40 °C catalyst 2 exhibited a slightly better reactivity with an almost complete conversion of the process (compare entries 5 and 10).
In this work the focus is to maximize conversion of the process without taking into consideration the kinetics and the cost effect associated with the synthesis.
Ultimately, effective conversion of a process-relevant, lignocellulose-derived hydrolysate stream at high succinate production rates, and titres favourable for downstream separation processes, is demonstrated.
To this end, the present study explores continuous SA production by the conversion of a process-relevant, deacetylated, dilute acid pretreated corn stover hydrolysate stream using immobilised A. succinogenes 130Z as the biocatalyst.
Predictive model describing the fractional conversion in terms of process variables was derived from multiple regression analysis.
Total paper conversion of the sequential process was 72% indicating significant waste reduction beside glucose and 5-hydroxymethylfurfural formation.
(3) The conversion of large quantity process waste streams in India (gypsum and iron oxide) into valuable commercial products.
