This paper presents a thorough thermodynamic analysis and optimization of the NET Power
cycle (also called Allam cycle), a natural-gas-fired oxy-combustion cycle featuring nearly …

In this paper, the potential of improving the energy efficiency of a conventional cryogenic air
separation unit (ASU) was investigated through modelling and simulation using Aspen …

Modular manufacturing is gaining popularity in a variety of industrial applications due to
potential cost-savings as well as process flexibility that can be achieved with the use of small …

Supply chain under demand uncertainty has been a challenging problem due to increased
competition and market volatility in modern markets. Flexibility in planning decisions makes …

The natural gas-fired semi-closed supercritical CO 2 cycle is an efficient oxyfuel combustion
power generation technology featuring nearly zero emissions. This study investigated the …

In this paper, the thermodynamic advantage of integrating liquid air power generation
(LAPG) process and binary cycle waste heat recovery technology to a standalone …

Recent studies on modular and distributed manufacturing have introduced a new angle to
the traditional economies of scale that claim that large plants exhibit better efficiencies and …

Oxy-combustion is a feasible CO 2 capture method in the power and heat generation sector.
This paper aims to propose a methodology for assessing two oxygen production …

A framework to obtain optimal operating conditions is proposed for a cryogenic air
separation unit case study. The optimization problem is formulated considering three …

A novel integrated system, including air separation unit (ASU), coal gasification, solid oxide
fuel cell (SOFC), carbon dioxide (CO 2) transcritical cycle, steam cycle with liquefied natural …