Palladium membranes applications in reaction systems for hydrogen separation and purification: A review
Application of palladium-based membrane technology in chemical reactions is currently
focused on producing ultrapure hydrogen. Due to the environmental concerns and …
focused on producing ultrapure hydrogen. Due to the environmental concerns and …
The use of differential evolution algorithm for solving chemical engineering problems
Differential evolution (DE), belonging to the evolutionary algorithm class, is a simple and
powerful optimizer with great potential for solving different types of synthetic and real-life …
powerful optimizer with great potential for solving different types of synthetic and real-life …
Green methanol production process from indirect CO2 conversion: RWGS reactor versus RWGS membrane reactor
Herein, two different scenarios for indirect CO 2 conversion process to produce methanol via
reverse water gas shift (RWGS) reaction were investigated and compared. In the first …
reverse water gas shift (RWGS) reaction were investigated and compared. In the first …
Green methanol synthesis process from carbon dioxide via reverse water gas shift reaction in a membrane reactor
In the present work, carbon dioxide hydrogenation to methanol via reverse water gas shift
reaction (CAMERE) in an industrial scale was modeled and optimized. In this process …
reaction (CAMERE) in an industrial scale was modeled and optimized. In this process …
Combined mathematical and artificial intelligence modeling of catalytic bio-methanol conversion to dimethyl ether
This study is devoted to develo** a combined mathematical and artificial intelligence
modeling for simulating the conversion of bio-methanol into dimethyl ether. This …
modeling for simulating the conversion of bio-methanol into dimethyl ether. This …
Modeling the biosorption process of heavy metal ions on soybean-based low-cost biosorbents using artificial neural networks
Pollution of the environment with heavy metals requires finding solutions to eliminate them
from aqueous flows. The current trends aim at exploiting the advantages of the adsorption …
from aqueous flows. The current trends aim at exploiting the advantages of the adsorption …
Mathematical modeling and optimization of DME synthesis in two spherical reactors connected in series
Due to some disadvantages of conventional tubular reactors, spherical reactors attract more
attentions. In the present study, dimethyl ether (DME) synthesis by dehydration of methanol …
attentions. In the present study, dimethyl ether (DME) synthesis by dehydration of methanol …
Production of dimethyl ether from synthesis gas in membrane fixed bed reactor using mathematical model, artificial neural networks, and response surface …
The sustainable production of dimethyl ether (DME) is achieved through the optimal
utilization of CO 2, making it a highly appealing approach for the reduction of pollutants. The …
utilization of CO 2, making it a highly appealing approach for the reduction of pollutants. The …
The optimal operating conditions of a thermally double coupled, dual membrane reactor for simultaneous methanol synthesis, methanol dehydration and methyl …
In this study, the concept of thermally double coupled reactor is proposed as an alternative
configuration to mix the energy efficient concept of coupling two exothermic with one …
configuration to mix the energy efficient concept of coupling two exothermic with one …
New configuration gas-cooled fluidized bed membrane reactor to reduce the thermodynamic limitations of dimethyl ether production
R Sadeghi - Chemical Engineering and Processing-Process …, 2023 - Elsevier
In this study, a gas-cooled fluidized bed membrane reactor with a new configuration was
investigated aiming to reduce thermodynamic limitations in DME production. In this …
investigated aiming to reduce thermodynamic limitations in DME production. In this …