How to effectively utilize low and medium temperature energy is one of the solutions to
alleviate the energy shortage and environmental pollution problems. In the past twenty …

Waste heat accounts nearly 50% of the total energy used in the industries. This low grade
thermal energy is mostly available in the temperature range of 120–650° C, which can be …

This study proposes and explores a unique integrated cooling and power system in which
waste heat from a gas turbine (GT) cycle is collected and used to generate electricity via a …

Abstract Organic Rankine cycles (ORCs) are appropriate technology for the conversion of
low quality thermal energy to electrical power. Meanwhile the waste heat from the exhaust …

This paper gives a comprehensive insight into gas microturbine (GMT) as a part of
microgeneration systems. The gas microturbine is a highly effective source that can operate …

An organic Rankine cycle (ORC) is set up to recover waste heat from the flue gas of a reheat
furnace. The calculations show that, under the same conditions, the gross power production …

This paper presents a procedure for simultaneously handling the problem of optimal
integration of regenerative organic Rankine cycles (ORCs) with overall processes. ORCs …

In this paper, a new superstructure for heat integration of an eco-industrial park is proposed.
Intra and inter-plant heat exchange for the process streams is allowed. For a proper reuse of …

Micro (0.5–10 kW) organic Rankine cycle (ORC) power systems are nowadays considered
for domestic power generation. Selection of a suitable expander is one of the most important …

A multi objective optimization method is conducted for a cogeneration system to achieve the
best system design parameters from both thermodynamic and economic aspects by utilizing …