Akshith Suresh

Developing a geochemical model using PHREEQC to estimate optimal CO₂ injection volumes for effective mineral trapping.
Conducting laboratory experiments and using advanced analytical tools (ICP, TGA) to quantify mineral precipitation and evaluate CO₂ mineralization efficiency.
Integrating experimental data with reactive transport modeling to support CCUS initiatives and enhance mineralization strategies.

Managing the migration of data from Ashghal database to the SaaS platforms, ensuring data integrity and minimal disruption to operations.
Ensuring integration of SaaS solutions with existing water management infrastructure, including sensors, monitoring devices, and control systems.
Preparing and reviewing functional design specification reports and manuals to provide a guide to the client.
Analyzing data and user feedback to identify areas for optimization improvement.

Inspecting and troubleshooting on production line to ensure all ongoing projects, and maintenance works were carried out smoothly.
Assisted in the Design of the workflow/piping of the 3R system, (Reduce, Reuse & Recycle) the working processes of chillers, centrifugal type compressors, screw type compressors, and cooling towers.
Researched and identified an ideal bearing to be used that increased lifespan, in comparison to the one currently used in the Oven Area.
Performed engineering drawings of machine elements such as bearings, gears, shafts, and couplings using AutoCAD, Autodesk Inventor.