Sharath Kumar Email & Phone Number

Houghton, MI, US

United States

Novi, Michigan, United States

• Life cycle and techno economic analysis of critical materials for energy transition, andevaluation of different transport technology options like hybrid versus electric vehicleapproaches.
• Evaluating total market size, LCA and TEA of aviation e-fuel production and use in the Indian market.
• Evaluating the GHG emissions from renewable power infrastructure manufacturing,installation, and operation, and associated upstream material production in MENA.
• Evaluating the Life cycle and techno economic analysis of sustainable aviation fuels.

Chicago, Illinois, United States

• Developing the Greenhouse Gases, Regulated Emissions, and Energy Use in Technologies Model(GREET) for Middle East and North Africa (MENA) regions.
• Developed mainly electric, natural gas, petroleum, and vehicle operation modules.
• Working with cross functional teams for data acquisition and processing.
• Developing field specific emission model for MENA (Middle East and North Africa) gas fields and oilfields using bottom-up engineering methodologies.
• Developing a global production and consumption-based emissions for crude oil well-to-tank life cycle.
• Evaluated the global marine crude transportation network to estimate the transportation related impactsfor crude oil.

Sheboygan, Wisconsin Area

• Developed models for carbon and material use efficiency metrics for both Supply chain and Operations at Kohler.
• Developed Global LCI models for determining the supplier footprint of 80% global spend Kohler using SimaPro LCA software, Excel and Microsoft Power BI.
• Managing and updating database detailing important information such as Emissions factors and keywords with supplier material and spend data using Power BI.
• Implementation DfE (Design for Environment) framework in different units of kitchen and bath Kohler using LCI models.
• Developed sustainability scorecards for Kohler North American 80% spend suppliers based of SupplyShift survey responses.
• Communicating model outputs with the procurement team and sustainability teams on global scale for reporting.

Houghton

Techno Economic and life cycle modelling of Bio-Power systems integrated with GIS. Plant design of Bio-Power system using Aspen PlusLife cycle assessment of Bio-Power system using SimaPro Modelling of Membrane systems for Bio-methane generation using ChemCADIntegration of GIS with process simulation to incorporate social and economic factors with.

Germany

Waste Water Treatment: Assisted in planning and preparing a trial for the treatment of direct waste water. Developed piping instrumentation diagrams (P&ID) and reactor designs for trials. Coordinated the activities between Mitsubishi Engineering, the Japanese suppliers (Seika) and Research & Development for the above mentioned test. Running of pilot.

Doctor Of Philosophy (Ph.D.), Chemical Engineering, 3.96

Activities and Societies: 1. Member of AIChE 2. Treasurer at Graduate Student Govt. at Michigan Technological University 3. Member of.

Master'S Degree, Chemical Process Technology, 3.56

Bachelor'S Degree, Biochemical Engineering, First Class