• Investigating technology options to optimize and scale-up CO2-based technology to improve theefficiency and increase the yield,• Design, Optimization and Execution of lab to pilot and bulk trials pursuant to business dynamics and developments.• Establishing and managing development projects with external parties and customers to assurethat results from pilot studies can lead to commercial application.• Providing operational and technical instructions on applying current and emerging technologiesrelated to the process and across multiple projects.

• Research coordinator for a joint EU research project among different partners across Europe on CO2 capture and handling• Prepared work instructions, monitored day-to-day lab activities, assured safety andquality of work, and reported to the lab manager• Successfully planed and coordinated several multidisciplinary lab experiments with CO2saturated systems and various porous substrates• Conducted extensive lab experiments relevant to thermo-mechanical properties of solid samples• Macro- and micro-scale thermo-mechanical tests such as bi-axial compressive strength and triaxial high temperature spalling experiments on different solid surfaces,• Making plans, prioritize the tasks, and share the work with project staff and laboratory technicians,• Interactively communication with project partners from Europe especially from Poland, UK, and Slovenia

• Offering a platform to the young employees at TU Delft by organizing events focused on networking, developing the skills and exploration.• Represent YoungDelft, maintain contact with HR and executive board of TU Delft and liaise around YoungDelft compass• Identify opportunities and threads regarding the position of YoungDelft• Facilitate and coordinate weekly meetings with board members • Team member for organizing at least 6 main events per year http://youngdelft.tudelft.nl/

My research has focused on experimental and analytical study of solid-liquid-supercritical CO2 interactions and wettability evaluation for CO2 storage. In reservoir engineering, the wettability has been recognized as an important factor determining the remaining oil saturation, capillary-pressure and relative-permeability functions. However, the wettability of the reservoir rock is not a property easily defined. It is basically determined by complex interfacial interactions between the rock that is composed of a wide variety of minerals, and the reservoir fluids that occupy the highly irregular pore space.The research successfully concluded with:• Delivering a new methodology to determine contact angle and surface tension in saturated and unsaturated media,• Modified and improved the experimental setup for surface and interfacial tension determinations with supercritical CO2,• Introducing a new analytical method to estimate surface energy, contact angle and interfacial tension for solid-liquid systems,• Implemented micro-CT scanning and microscopic examination of solid surfaces for wettability determinations, • Developed and successfully evaluated procedures to perform surface characterization and small-scale fluid visualization including supercritical CO2• Developed analytical model to predict IFT with supercritical CO2 systems

Teaching the following courses:- Principals of Refining- Hydrocarbons Chemistry- Transport Phenomena- Design of Heat Exchangers

• Studied water-in-oil emulsions, heterogeneous fluid mixtures, and wetting properties• Effects of Wettability on Capillary Pressure and Permeability in Porous Medium & Reservoir Rock• Chemical (surfactant and polymer flooding) in Enhanced Oil Recovery (EOR)

• Lab engineer for designing and performing membrane electrolysis of NaCl to producechlorine and sodium hydroxide• Conducted multiple lab tests using several ion-exchange polymeric membranes to correlate the overall performance of a chlor-alkali membrane plant to process variables• Performed wet chemistry, titrimetric, and electrolysis experiments to examine the cellefficiency in terms of operating conditions• Feasibility study and design of Membrane Chlor-Alkali pilot-plant• Reviewed and reported technology options for a new production plant• Developed a history-based analytical model to predict the cell and overall process efficiency in terms of process variables

- MATLAB programming