For obtaining the optimal operating conditions of silver adsorption, response surface methodology (RSM) was used.
In this work, a comprehensive review has been made on various Carbon Capture methodologies including adsorption, absorption, membrane separation, Chemical Looping Combustion, cryogenic separation with focus on their process chemistry, critical process parameters, contactor configurations, kinetics, thermodynamics, process development and scale-up.
By optimizing dynamic adsorption factors with response surface methodology (RSM), the maximum adsorption amount of 177.8 µmol g−1 was also achieved under neutral condition.
The feasibility of the application of treatment methodologies based on adsorption or biodegradation as processes to remove molinate from real-world waters was assessed.
This study demonstrates a novel methodology to predict the binary adsorption breakthrough curves using the adsorption isotherm model, the ideal adsorbed solution theory, and the wave propagation theory.
Alkali modified AC samples were prepared, their CO2 adsorption capacities were measured, a new methodology for selective adsorption capacity determination under multicomponent gas mixture flow was developed, and the results were analyzed to determine the preparation procedure yielding optimum adsorbent design.
The adsorption is one of the modern methodology of waste water treatment.
Effective parameters on cadmium adsorption was optimized with response surface methodology (RS M using Box – Behnken design.
Ultrasonic-assisted adsorption was optimized using response surface methodology (RS M combined with UV Vis spectrophotometry analysis.
The results demonstrated the usefulness of this methodology for expanded bed adsorption processes.
