In this contribution, an overview of the progress in the design of an enhanced FLOX® burner
is given. A fuel flexible burner concept was developed to fulfill the requirements of modern …

In flameless oxidation (FLOX®) the combustion is distributed over a large volume by a high
internal flue gas recirculation. This technology has been successfully used for many years in …

FLOX®, or flameless combustion is characterized by ultralow NO x emissions. Therefore the
potential for its implementation in gas turbine combustors is investigated in recent research …

A prototype flameless oxidation (FLOX) gas turbine combustor has been investigated
experimentally and numerically. The combustor was operated with various Low Calorific …

Within the framework of an EC funded project the FLOX® and COSTAIR burner technology
will be investigated under gas turbine conditions. The major innovation of the project will be …

A large operational envelope is a key requirement for modern gas turbines. Fuel staging is
used here to improve the part load performance of an enhanced FLOX® type combustor. A …

The FLOXCOM Project is aimed to develop technology for clean and efficient gas turbines,
operating at high temperatures. It is based on the technologically innovative combustion …

For fuel flexibility enhancement hydrogen represents a possible alternative gas turbine fuel
within future low emission power generation, in case of hydrogen production by the use of …

The international effort to reduce the environmental impact of electricity generation,
especially CO2-emissions requires considerations about alternative energy supply systems …

To establish micro gas turbine (MGT) systems in a wide field of CHP applications, innovative
combustion concepts are needed to meet the demands for low exhaust gas emissions, high …