Effective heat and power supply to offshore installations leads to environmental benefits, but
the efficiency is often limited by requirements and constraints connected to the offshore …

In this paper, a novel power cycle for the cascade utilization of waste heat from an offshore
gas turbine is presented. Carbon dioxide is selected as the single working fluid to further …

Gas turbine (GT) can play a significant role in the new power system with high renewable
energy penetration. This paper develops the supercritical CO 2 power cycle (CPC) to …

Gas turbine power plants are popular for offshore power generation due to high power
density and their reliability. However, growing usage of renewable energies put gas turbines …

Oil and gas platforms are energy-intensive systems–each facility uses from a few to several
hundreds MW of energy, depending on the petroleum properties, export specifications and …

This case study aims to cover a wide range of relevant aspects related to combined cycle
design, mechanical integrity and operational reliability for cogeneration of heat and power in …

Improved energy efficiency is an issue of increasing importance in offshore oil and gas
installations. The power on offshore installations is generated by gas turbines operating in a …

To develop the energy-efficient and flexible waste heat recovery process for cruise ship
application, a novel combined system with transcritical CO 2 Rankine cycle and ejector …

Concise semi-theoretical, semi-empirical formulas are developed in this study to predict the
off-design performance of the bottoming cycle of the gas–steam turbine combined cycle. The …

The offshore extraction of oil and gas is an energy-intensive process leading to the
production of CO 2 and methane, discharged into the atmosphere, and of chemicals …