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- Description In this project, the construction of a vacuum oven is considered according to its use in drying materials sensitive to high temperatures under vacuum pressure. […]
- Introduction The identification of optimal processes has become a universal priority among designers worldwide. Given the rapid advancements in science and the emergence of novel processes […]
- Introduction Methanol is a colorless, water-soluble liquid with a mild alcohol odor. Since 1800, this feedstock has been extensively used to produce industrial chemicals such as […]
- Introduction With the escalating global energy demand, fossil fuels continue to dominate the primary energy supply. However, given their finite reserves, the search for sustainable and […]
- Introduction Due to the high cost of perfluorinated membranes, hydrocarbon membranes such as sulfonated poly(ether ether ketone) or sulfonated polysulfone have attracted significant attention from researchers […]
- Introduction Modeling adsorption processes is one of the crucial tools in chemical engineering and environmental science, enabling the examination of complex mechanisms for the adsorption of […]
- Introduction Adsorption has gained significant attention in industrial gas separation due to its high efficiency, low cost, and the wide range of available adsorbents. The adsorption […]
- Introduction In this project (see figure below), a 2D model is developed to separate carbon dioxide from a gas stream using a nickel nanofluid solvent in […]
- Introduction The modeling of carbon dioxide separation from air using carbon nanotubes in COMSOL software provides a powerful framework for investigating advanced carbon capture technologies. Given […]
- Introduction The growth of the chemical and petrochemical industries has always been driven by the efficient utilization of raw materials and the enhancement of process efficiency. […]