Name: (Ismail, Mohamed Ashraf)
B.Sc. in Mechanical Engineering from
Worked as a mechanical engineer in the Armed Forces for 9 years, then, worked in the industry for another 6 years and finally doing my master in UOA.
Project Title: (Conceptual study on the feasibility of deep ocean
carbon capture and storage in the
Carbon dioxide is the major contributor of GHG as it represents about 80%. Level of CO2 in preindustrial age was 280 ppm while it is now 380 ppm and expected to reach 500 ppm by the end of this century. More than 38% is due to transportation, residential and other small sources which canít be captured by conventional direct CCS systems. Furthermore, air capture is the only available technology that can capture past emissions.
Zeolite is a competitive candidate for capturing carbon dioxide by adsorption; however, its aggressiveness to adsorb water is a great challenge. Moreover, CO2 low concentration is another challenge.††††
Study the feasibility of capturing carbon dioxide from air and transporting it in order to be sequestered in the deep ocean with a low cost.†
Thermal Swing Adsorption will be used as a technology for capturing CO2 from air instead of chemical absorption which was studied in previous literature. CO2 wheel will be the core process in the capturing plant. Total capacity of plant is 300 M ton CO2/year.
Pipeline will be utilized to transport CO2 to the port which in turn will be transported by tankers to offshore floating platform in order to be injected into two vertical pipelines and disposed in the deep ocean.
Progress to Date:
Plant location was chosen to satisfy best process conditions such as extremely low water content in atmosphere. Moreover, Process flow diagram was developed for material and energy in the capturing plant. Energy requirements for the process were determined.
Expected completion date (by the end of 2010)