DLR – Hydrogen power plants with no carbon dioxide emission
WEBDec 21, 2020 · HBK2 is a unique facility for the research and testing of critical power plant components for generating power without emitting carbon dioxide. An innovative combustion system using hydrogen developed by the US company Power Systems Mfg (PSM) was tested in HBK2 in a pilot application.
DLR – Assembly work in the test facility
WEBAssembly work in the HBK2 test facility on combustion chamber technologies for gas turbines to substitute natural gas with hydrogen.
DLR – High-Pressure Combustion Chamber Test Stand, Stuttgart
WEBThe High-Pressure Combustion Chamber Test Stand of the DLR Institute of Combustion Technology in Stuttgart is used for research into combustion phenomena in gas turbines, using optical and laser-based measuring techniques.
Noise prediction for the HBK2/Toshiba Rig using the DLR tool …
WEB1 day ago · The High Pressure Combustion Chamber Test Rig 2 (HBK 2) is a test bed situated at the DLR site in Cologne that is capable of a wide range of operating conditions. It delivers different kind of gas compositions at high pressures and temperatures in order to test and analyze a variety of combustion setups. The flow exits through a nozzle into ...
Noise prediction for the HBK2/Toshiba Rig using the DLR tool HEIDI
WEBMay 1, 2016 · The High Pressure Combustion Chamber Test Rig 2 (HBK 2) is a test bed situated at the DLR site in Cologne that is capable of a wide range of operating conditions.
WEBTypically, in an f-DLR sensing scheme, As and φwould correspond to: arXiv:2402.03935v3 [eess.SP] 26 Mar 2024 ... 2T 3T hBK2 KTHBim/2 xn /pn T = 1 fs 2 T 3 T hBK2 KTHBim/2 /' As Fig. 1. Temporal representation of the problem: the objective is to estimate the phase φof an idealised sinusoidal signal of amplitude As ( ) from a noisy measurement ...
Lars ENGHARDT | Director/Professor | PhD | German Aerospace Center (DLR ...
WEBThe High Pressure Combustion Chamber Test Rig 2 (HBK 2) is a test bed situated at the DLR site in Cologne that is capable of a wide range of operating conditions.
WEBThe previous exhaust system of the high-pressure combustion chamber test rig 2 (HBK2), for research on low-emission gas tur-bines, no longer met the increasingly stringent requirements. In 2019, G+H Schallschutz therefore took on the development and construction of a new exhaust system consisting of a …
DLR Köln – Exhaust system for the future of gas turbines
WEBAt its Cologne facility, the German Aerospace Centre (DLR) operates several high-pressure combustion chamber test rigs for different appli-cations. The previous exhaust system of the high-pressure combustion chamber test rig 2 (HBK2), for research on low-emission gas tur-bines, no longer met the increasingly stringent requirements. …
DLR breaks new ground with hydrogen combustion testing
WEBJul 13, 2023 · For the first time, the German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR) and General Electric Aerospace (GE) have investigated the combustion of 100 per cent hydrogen under realistic aircraft engine operating conditions.
Skip to content