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Articles 31 - 34 of 34
Full-Text Articles in Engineering
Enhanced Vacuum Drying Through Improved Solvent Recovery, Reduced Process Cycle Times And Prediction Of Drying Duration, Diana Patricia Mesa Delgado
Enhanced Vacuum Drying Through Improved Solvent Recovery, Reduced Process Cycle Times And Prediction Of Drying Duration, Diana Patricia Mesa Delgado
Theses
Drying of pharmaceuticals and fine chemicals is often accomplished under vacuum conditions to enhance energy efficiency and to avoid overheating of thermo sensitive materials. This project aims to study vacuum drying operations to obtain a better understanding of this process so as to optimize drying performance. This project obtained industrial data collected from a range companies in Ireland.
Pharmaceutical companies started assessing processes and making changes to drying processes from 2004 onwards; these initiatives are due to economic pressures, environmental issues and the Process Analytical Technology (PAT) initiative launched by the FDA in 2004.
Vacuum drying has been used in …
Fabrication Of Polymeric Hollow Fiber Membrane For The Production Of Safe Drinking Water, Latifa Obeid Hamad Al-Nuaimi
Fabrication Of Polymeric Hollow Fiber Membrane For The Production Of Safe Drinking Water, Latifa Obeid Hamad Al-Nuaimi
Theses
Production of safe drinking water by using micro-filtration and ultra-filtration technologies has become more interesting. Water purification or filtration by using membrane began attracting much attention worldwide, because of its good characteristics such as: high efficiency in removing solid particles, viruses and germs and their low cost. This new technology is useful in industrial water treatment. The current studies in this field of polymer membrane manufacturing try to improve the characteristics, water flow rater and remove unwanted particles from water.
The recent project’s aim is to manufacture cellulose acetate hollow fibers. They were prepared by the Non Solvent Induced Phase …
Performance Of Reinforced Concrete Columns Strengthened With Fiber Reinforced Polymers Under Various Loading Conditions, Mohamed Gamal Mohamed El Sayed
Performance Of Reinforced Concrete Columns Strengthened With Fiber Reinforced Polymers Under Various Loading Conditions, Mohamed Gamal Mohamed El Sayed
Theses
Strengthening of reinforced concrete (RC) structures with Carbon Fiber Reinforced Polymer (CFRP) composites has been a popular subject that attracted considerable attention from researchers for the last two decades. The high specific strength, stiffness, environmental resistance, and ease of application make CFRP composites highly desirable for strengthening and rehabilitation of RC structural components.
For concentrically loaded RC members with a circular cross-section, the lateral CFRP-confinement of concrete results in a substantial increase in load capacity and ductility. CFRP-confinement is less effective for RC compression members with square and rectangular cross-sections due to stress concentration at the corners and lack of …
A Study Of The Economical Feasibility Of Installing Heating, Ventilation, And Air-Conditioning Condensate Recovery System, Rafid M. Kully
A Study Of The Economical Feasibility Of Installing Heating, Ventilation, And Air-Conditioning Condensate Recovery System, Rafid M. Kully
Theses
The objective of this study is to establish a guide line or an analytical frame work to predetermine the economic benefits associated with the installation of Heating, Ventilation, and Air-Conditioning (HVAC) condensate recovery systems to capture the air-handler’s condensate water and use it as makeup water for the cooling tower. Some factors should be considered such as; the location, building operation, amount of outside air required, type of energy recovery system, and indoor conditions setup. Experimental data was used from Emory University in Georgia, where a condensate recovery system was installed and the condensate water from four air-handler units at …