Hydrogen as an essential part of future decarbonization of the energy industry makes it a
crucial necessity to replace conventional, natural gas based concepts in gas turbine …

The majority of premixed industrial gas turbine combustion systems feature two or more
separately controlled fuel lines. Every additional fuel line improves the operational flexibility …

Lean premixed combustion is the state-of-the-art technology to achieve ultra low NOx
emissions in stationary gas turbines. However, lean premixed flames are susceptible to …

Blending of natural gas with hydrogen is a viable pathway for the decarbonization of
industrial gas turbines for combined heat and power applications. Very high blending ratios …

Gas turbines that are used as compressor drives are often operated in the part load regime
because compressor stations are usually designed for operation with full power at extreme …

Decarbonization of gas turbine combustion creates a pressing demand for new technical
solutions for the combustion process. While switching to hydrogen fuels may solve the …

The design of gas turbine combustors for optimal operation at different power ratings is a
multifaceted engineering task, as it requires the consideration of several objectives that must …

Gas turbines that are used as compressor drives are often operated in the part load regime
because compressor stations are usually designed for operation with full power at extreme …

На основании экспериментальных данных установлена коррелятивная связь между
относительным расходом топлива через пилотный контур малоэмиссионной камеры …

Connection between pilot fuel ratio (PFR) and pressure pulsations in dry low emission (DLE)
combustor of gas turbine engine is established based on experimental data. A quantitative …