Waste heat

Related lectures (31)

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Explores combustion fundamentals, heat sources, fuel origins, environmental impact, fuel composition, boiler efficiency, and heat recovery.

Explores electrochemical thermodynamics, efficiency, potentials, and their practical applications in fuel cells and non-standard conditions.

Explores the benefits of cogeneration, emphasizing marginal efficiencies and the substitution of heat and electricity.

Explains the use of composite curves in defining energy conversion systems and optimizing efficiency in industrial processes.

Covers heat capacity, degrees of freedom, and their implications in thermodynamics.

Explores the Carnot cycle, Rankine cycles, and water applications in energy conversion.

Covers the basic concept of Rankine cycles, energy balances, improvements, and limitations.

Covers the working principle and benefits of cogeneration in replacing conventional technologies and achieving potential savings.

Discusses radiative exchange principles, focusing on view factors and their applications in heat transfer calculations.

Covers methods for closing the energy balance in industrial processes through utility integration and optimization techniques.