Sentence examples for membrane contactor process from inspiring English sources

A membrane contactor process for pre-combustion CO2 capture from shifted synthesis gas originated from IGCC power plant is assessed from the technical and economical point of views.

In this study, four sets of experimental conditions were used to assess the performance of the membrane contactor process as indicated in Table 3, while the concentration of DEA remains constant at the mild level of 0.25 M.

Packed columns and membrane contactors afford process intensification through increasing interfacial area which favours large scale applications; although both will require prefiltration technology to obviate media clogging.

In this work, a dense skin hollow fiber membrane contactor (HFMC) based process for CO2 absorption and desorption using Selexol as a physical absorbent is investigated by simulation and compared to the conventional process.

In this paper, we present a novel pressure-cascaded stripping configuration for membrane contactor biogas upgrading processes.

Another hybrid process, membrane contactor, is not only combining an extraction and an absorption process but both processes are fully integrated and incorporated into one piece of equipment to exploit the benefits of both technologies fully (Klaassen et al. 2008).

The results follow previous observations on advantages of the absorption process in the membrane contactors, additionally the process stability and a high performance compared to conventional absorption equipment were confirmed.

Current approaches for conceptual process design (CPD) however rarely consider emerging technologies like membrane contactors or hybrid process configurations.

Gas liquid membrane contactor, which integrates the absorption process with membranes, is an emerging membrane technology that is of particular interest to acid gas absorption.

The use of membrane contactor technology is well-known in the process industry and can be employed in many important fields; such as separation and absorption processes, membrane distillation, pervaporation, biotechnology, food industries etc.

Oxidation of organic components in dilute aqueous solutions was successfully accomplished by applying a catalytic membrane contactor with Pt as the catalyst, a process called WaterCatox, at temperatures as low as 60 80 °C.