Mark Mikhaeil
Senior Low Carbon Analyst at Advisian- Claim this Profile
Click to upgrade to our gold package
for the full feature experience.
Topline Score
Bio
Nathan Steckel
Mark was an intern in the Product Engineering group at CTT. He was a diligent worker and had several creative solutions to the projects he was assigned.
Nathan Steckel
Mark was an intern in the Product Engineering group at CTT. He was a diligent worker and had several creative solutions to the projects he was assigned.
Nathan Steckel
Mark was an intern in the Product Engineering group at CTT. He was a diligent worker and had several creative solutions to the projects he was assigned.
Nathan Steckel
Mark was an intern in the Product Engineering group at CTT. He was a diligent worker and had several creative solutions to the projects he was assigned.
Experience
-
Advisian
-
Australia
-
Business Consulting and Services
-
700 & Above Employee
-
Senior Low Carbon Analyst
-
Apr 2023 - Present
-
-
-
ExxonMobil
-
Oil and Gas
-
700 & Above Employee
-
Process Engineer
-
Dec 2021 - Apr 2023
Standardized methods for early opportunity techno-economic evaluation for energy transition technologies by leading a cross-functional charter involving technology, business development, and project economics experts.Evaluated over 60 GHG reduction opportunities at a major producing LNG asset and generated cost-of-carbon-avoided figures to guide company plan.Proposed and led a vendor-supported engineering feasibility study for ammonia cracking to develop internal technology expertise.Reviewed deliverables from technology licensor surveys for low carbon technologies including blue ammonia production, blue hydrogen production, and post-combustion CO2 capture.Conducted a literature review on CO2 utilization to develop initial cost estimates for potential methanation ande-fuels value chains. Show less
-
-
Research Engineer
-
Dec 2019 - Nov 2021
Provided mechanical engineering operations support for a successful new technology field trial, including on-site support at an operating gas treating facility.Managed relationships with key technology vendors and guided joint development programs towards commercialization.Performed mechanical design of static equipment for commercial gas treating designs, including specifications of pressure vessels, CFD simulations of vessel internals, and facility sizing and layout.Developed CAPEX estimates for new technology in future LNG projects as part of concept selection through work with a multidisciplinary team of project engineers and cost estimators.Advanced new technology licensing discussions with 3rd parties through evaluation of techno-economic case studies. Show less
-
-
-
Georgia Institute of Technology
-
United States
-
Higher Education
-
700 & Above Employee
-
Graduate Research Assistant
-
Jun 2014 - Dec 2019
Designed, built, and operated a parallel channel wind-tunnel experimental facility to collect data on variable-density turbulent fluid mixing and expand the literature available for numerical model validation. Implemented and utilized advanced diagnostic techniques for fluid density and velocity measurement and flow visualization. Created image processing and data analysis programs to acquire and analyze statistical measures of turbulence. Designed, built, and operated a parallel channel wind-tunnel experimental facility to collect data on variable-density turbulent fluid mixing and expand the literature available for numerical model validation. Implemented and utilized advanced diagnostic techniques for fluid density and velocity measurement and flow visualization. Created image processing and data analysis programs to acquire and analyze statistical measures of turbulence.
-
-
-
Los Alamos National Laboratory
-
United States
-
Research Services
-
700 & Above Employee
-
Graduate Research Assistant
-
May 2015 - Aug 2015
Validated an internally-developed hydrodynamics code and fluid-mixing model by performing 2D and 3D simulations and comparing to theoretical and experimental results in literature. Arranged and performed a parametric set of 2D numerical simulations to understand the impact of density difference on turbulent fluid mixing. Validated an internally-developed hydrodynamics code and fluid-mixing model by performing 2D and 3D simulations and comparing to theoretical and experimental results in literature. Arranged and performed a parametric set of 2D numerical simulations to understand the impact of density difference on turbulent fluid mixing.
-
-
-
Texas A&M University
-
United States
-
Higher Education
-
700 & Above Employee
-
Research Assistant
-
May 2013 - Aug 2013
-
-
-
Cummins Inc.
-
United States
-
Motor Vehicle Manufacturing
-
700 & Above Employee
-
Product Engineering Intern
-
May 2012 - Aug 2012
Performed experiments on journal bearing end-wear Performed experiments on journal bearing end-wear
-
-
Education
-
Georgia Institute of Technology
Doctor of Philosophy - PhD, Mechanical Engineering -
The University of Texas at Austin
BS, Mechanical Engineering