Alstom’s GT26 gas turbine can already handle shale gas and other variable fuels as internal calculations show that shale gas and LNG will be within the company’s hydrogen gas experience range. “We get prepared for extreme cases of shale gas with lots of C2+ that we may 16-18 percent and go up to even 20 percent C2+,” Dr. Klaus Knapp, group head, combustor operations and emissions with Alstom told this weeks’ VGB Congress in Friedrichshafen, Germany.
The resemblance between Montana, a state in north-western United States and European countries like Spain, Denmark or Germany is striking. "What we are seeing in Montana and also here in Europe is that our FT8 SWIFTPAC aero-derivative gas turbines are being used to maintain adequate power flows in the grid to counterbalance fluctuating wind energy," says Swift Tarbell, PW Power Systems' Area Director for Europe.
ExxonMobil has launched Mobil DTE™ 932 GT, a gas turbine oil designed to reduce the risk of varnish with a view to help improve the operational reliability of turbines and increase power output. "Varnish can have a highly detrimental effect on gas turbine operations" Kirill Chervyakov, Industrial Marketing Advisor, ExxonMobil Fuels and Lubricants said when showcasing the oil at PowerGen Europe in Vienna today.
To better tap geothermal energy, Siemens Energy has developed a new steam turbine – the SST-500 GEO – as a single-casing, double-flow condensing model for plants in the power range up to 120 megawatts (MW). "The SST-500 GEO will enable us to participate in the geothermal growth we currently see in regions such as the eastern coast of Asia, the western coast of the Americas and parts of Africa," said Markus Tacke, CEO of the Industrial Power Business Unit of Siemens Energy.
Energy security, diversity and local reliability for cities and industries are critical features of clean energy infrastructure. An often overlooked feature, however, is the summer CHP load, which could be waste heat absorption chilling to prevent power use and to reduce fuel consumption, Manfred Klein, former chairman of the Industrial Applications of Gas Turbines (IAGT) Committee told Gas to Power Journal.
The use of Tomo-Lithographic Molding (TOMO) manufacturing technology, developed by Mikro Systems, in a range of gas turbine machinery improves the cooling capabilities of gas turbines and increases overall efficiency."[When] applied to gas turbines, [TOMO technology] enables more sophisticated airfoil designs with improved cooling characteristics, which leads to higher operating temperatures and improved efficiency," Tim Rokita, Siemens representative told Gas to Power Journal.
A crowd sourcing initiative to map the world's thermal power plants known as the Ventus Project has been launched by Arizona State University (ASU) under the lead of Dr. Kevin Robert Gurney. The initiative encourages users to contribute information about power plants including location, fuel type and CO2 emissions via pin placements on Google Maps and form filling.
Investing in higher efficiency filters can help improve turbine performance in cogeneration units by reducing fouling, Jim Benson, senior product engineer at Camfil Farr Power Systems told Gas to Power Journal at COGEN Canada's annual seminar in Calgary. "The operator can make up for the cost and pressure drop of a higher quality filter through the operational benefits provided by the product," he said.
Pre-engineered combined heat and power (CHP) systems can provide customers with a variety of benefits when compared to customized CHP systems, Mike McElligott, sales engineer at European Power Systems (EPS) told Gas to Power Journal at COGEN Canada's annual seminar in Calgary. "The standardized design means that there is no custom work necessary. Because there are thousands of these units out there, the standardized unit is proven and the customer is not going to be in the position of having to work the bugs out of a custom system," he said.