been involved in a wide range of engineering activities
related to the design and operation of multi-million-dollar
projects. My industrial experience, generally speaking, is in
the field of "Thermal Engineering" , more specifically it is
related to the following applications:-
Ventilation, and Air Conditioning (HVAC)
Heating and Cooling
Design of systems for
mixing of multiple (stratified) gas streams.
Determination of Energy saving Opportunities (EOS) in various
Boilers and steam
and waste heat recovery.
Combined heat and
power (cogeneration) systems.
1. Design and Sizing of various equipment:-
Roller Hearth, Screw Hearth, Temper and Aluminum
Heat-Treating Furnaces (T5, T6, and T7).
Hardening and Walking Beam Furnaces.
cleaning systems - washers including spray or dunk styles.
Quench systems including: spray and immersion
using water, salt, and oil.
Gas quench systems.
Fluidized bed systems for cooling (quenching) and heating.
Combustion system design,
efficiency, and flue gas emissions for the above systems
including direct and indirect firing systems.
Various types of heat exchangers, e.g., shell and tube,
cross flow, multi-pass systems.
Pipeline networks for water, gas, oil and steam.
Development of design
and Operation Software
computer software for the design and sizing of thermal
computer software to help users of various types of
thermal processing equipment achieve optimum operating
conditions, i.e., minimum energy consumption, consistent
loading, and higher productivity.