Excess energy generation from renewables can be conveniently stored as hydrogen for later
use as a gas turbine fuel. Also, the strategy to sequestrate CO2 from natural gas (NG) will …

Driven by global warming, a relentless march towards increased fuel efficiency has resulted
in increased firing temperature for HA-class engines without an increase in baseload …

The increasing use of renewables for energy production is also accompanied by an
increasing need for flexible power production, while aiming at carbon free emissions. The …

Excess energy generation from renewables can be conveniently stored as hydrogen for later
use as a gas turbine fuel. Also, the strategy to sequestrate CO2 from natural gas will require …

NO x emissions remain a primary concern for modern and future gas turbines, particularly as
we progress towards a net-zero carbon future. It is critical to identify novel strategies to …

Addition of hydrogen (H2), produced from excess renewable electricity, to natural gas has
become a new fuel type of interest for gas turbines. The addition of hydrogen extends the …

In the development process of all gas turbines, the thermoacoustic behavior of the
combustion system is of crucial importance for the overall performance in terms of lifetime …

We experimentally study the acoustic coupling direction between two stages and the flame-
acoustic interaction within and across stages in an axially fuel-staged lean-premixed …

In the development process of gas turbine combustion chambers, finding countermeasures
for thermoacoustically induced pressure pulsations is a major focus. This paper presents a …

Today gas turbines and combined cycle power plants play an important role in power
generation and in the light of increasing energy demand, their role is expected to grow …