In this paper, an extensive overview of unconventional waste heat recovery power cycles is
presented. The three-unconventional waste heat recovery bottoming cycles discussed in this …

The purpose of this study is to investigate an intergration of three cycles consisting of gas, air
bottom and steam cycles for electrical power generation and hydrogen production. The …

In this paper, the energy, exergy, and economic analysis of a novel integrated power plant is
investigated. The novel power plant is integrated by using the heliostat solar receiver, the …

Steam turbine cycle's low operating temperature makes it suitable for waste heat recovery
applications. Even though conventional combined cycles, ie, topping gas turbine and …

Hybridization is a newly proposed concept in which solar thermal energy provides a portion
of the required thermal input instead of fossil fuels and natural gases. Storage and …

Maisotsenko gas turbine cycle (MGTC) is a recently proposed humid air turbine cycle. An air
saturator is employed for air heating and humidification purposes in MGTC. In this paper …

For developing a sustainable power system, the key is to maximize the use of available
resources with a minimal impact on the environment. One technique for achieving this is …

Multigeneration technologies provide a significant potential for efficient, sustainable and
economical generation of multiple useful products. A gas turbine with an air bottoming …

This paper proposes a novel natural gas liquefaction process based on two-stage ejector-
expansion refrigeration cycle (T-EERC). Specific energy consumption, exergy efficiency …

Nowadays, climate change has become a vital issue prompting investigations for increasing
the share of renewable energy employment in power generation industry. Solar energy is …