as a Chief Engineer, my resposnsibilities includes developemnt of enegy projects in the areas of thermal, wind, solar, hydro and transmission. development group is responsible to initiate the project and purchase major equipment such as combustion gas turbines, heat recovery steam generators, steam turbine generators and select thrid party engineering firms, EPC contrcators and support permitting maong other aspect of energy projects.

Managed engineering and lead production unit for power generation projects. started the engineering office in chicago area.

Manager of Engineering for power generation (simple, combined cycle) projects.

Managed and Supervised :Design developement of central chilling plants [5] from inception to commissiong and start-up within greater chicago area, upgraded cogeneration plant to add fresh air firing.supported construction

Initiated engineering due diligence for power and ammonia refrigeration plants. Developed process safety management (PSM) procedures and documentations for Iowa Beef companies 17 meat processing for to upgrade ammonia refrigeration systems.

As a key technical leader help setting up an IPP business for cogeneration and power plant evaluation for investment. Evaluated potential cogeneration, and repowering opportunities, visited potential clients, studied and evaluated balance of the plant systems and associated components such as heat exchangers, boilers, cooling tower, condensers, feed water pumps, and gathered data for future growth in electrical and thermal demands or reduction of such, interviewed operating personnel for inputs… Show more As a key technical leader help setting up an IPP business for cogeneration and power plant evaluation for investment. Evaluated potential cogeneration, and repowering opportunities, visited potential clients, studied and evaluated balance of the plant systems and associated components such as heat exchangers, boilers, cooling tower, condensers, feed water pumps, and gathered data for future growth in electrical and thermal demands or reduction of such, interviewed operating personnel for inputs to a technical and financial simulation model. Reviewed existing equipment maintenance and repair record to assess remaining life or modifications needed to extend its useful life. Further consideration for cogeneration was explored using combustion turbines for thermal or electrical load following utilizing average annual temperature from 30 year ambient data. Monthly, seasonal and annual fuel consumption, steam generation, power generation, exportable thermal energy was evaluated for optimum financial benefits. Help set up specifications, technical evaluation guidelines for procurement, engineering design documents for permits, simulated entire cogeneration plants to meet specific thermal and electric demands and explore financial benefits to sell surplus power to local utility. As a system engineering group leader was responsible for development of design concepts to overall power plant system detail design. Developed standardized fossil power plant designs ranging from 60MW to 150 MW. Process and instrumentation diagrams [P&ID’s], general arrangement and detail physical piping drawings were prepared for each. Thoroughly knowledgeable in domestic and international combustion turbines and associated auxiliary systems and equipment, multi-pressure HRSG’s steam turbines, cooling towers, condensers, heat exchangers, and balance of the plant system equipment. Responsible for development of technical and cost database for power Show less