The ongoing energy transformation, which is fueled by environmentally cautious policies,
demands a full synergy with existing back-up gas turbines (GTs). Renewable energy …

Carbon capture & storage (CCS) with high capture rates (90-99%) will be necessary to keep
natural gas around in a low-carbon future. Furthermore, as intermittent renewable energy …

The operational flexibility of gas turbine (GT) engines is a key requirement to coexist
alongside increasing renewable energy that is often intermittent. One of the GT flexibility …

Enhancing the peak-regulation performance of gas turbine combined cycle power units is
significant in renewable energy accommodation. To improve the peak-regulation efficiency …

Novel carbon capture systems are necessary to help natural gas power plants approach net
zero CO 2 emissions. We propose a hybrid carbon capture system attached to a natural gas …

To decarbonize human activities a wide range of economic sectors need to coordinate and
integrate their efforts and investments at a very high level. In the present research, a techno …

With the transition to more use of renewable forms of energy in Europe, grid instability that is
linked to the intermittency in power generation is a concern, and thus, the fast response of …

To address the rising electricity demand and greenhouse gas concentration in the
environment, considerable effort is being carried out across the globe on installing and …

The fact that most renewable forms of energy are not available on-demand and are typically
characterised by intermittent generation currently makes gas turbine engines an important …

Gas turbines play a key role in accelerating the transition towards more environmentally
friendly power generation. This role includes backup of renewable generation that is …