Hybrid systems can be based on membrane associated with cryogenic distillation or solvent absorption.
Gas filled membrane absorption process (GFMA), or hollow fiber gas membranes process (HFGM) can replace two units operations (absorption and stripping) in a unique stage based on membrane contactors.
In this article the energy saving of a hybrid separation process based on a membrane-absorption process for the CO2 capture of the OCM process is presented and proved experimentally in miniplant scale.
It has become possible, using a technique based on absorption of membrane-bound ATPase on to a hybrid alkane thiol/phospholipids bilayer anchored to a gold electrode (solid supported membrane), to detect charge movements due to ion displacement within the ATPase protein upon addition of ATP [ 57].
We consider process technologies based on absorption, distillation, adsorption, membrane separation and hydrates.
However, the resulting image is different as conventional imaging and histology are based on absorption (light shade - little absorption, dark shade - strong absorption), whereas OCT is based on reflectivity (light shade - weak reflectivity, dark shade - strong reflectivity).
Contrast can be based on sum-frequency absorption, excited state absorption, ground state depletion or stimulated emission.
This work evaluates the performance of two different contactors, a membrane contactor, MC, and a semi-batch stirred tank reactor, STR, in the separation of the gas mixtures based on the absorption of propylene in Ag+ BmimBF4 reactive media.
Positively charged gold nanoparticles were taken-up intracellularly based on the membrane potential and generate membrane depolarization.
