What is a Jenbacher gas engine?
Jenbacher gas engines are renowned for robust performance in challenging conditions and difficult fuel gases. Jenbacher gas engines are manufactured in the town of Jenbach, Austria in the Tyrol. The Jenbacher gas engine is designed from to run solely on different types of gas, and for different types of applications.
Who owns Innio?
General Electric
Jenbacher/Parent organizations
JENBACH, AUSTRIA — November 6, 2018 — INNIO today announces that Advent International has completed the acquisition of GE’s Distributed Power business and is now a stand-alone energy company rebranded as INNIO.
What is Leanox?
LEANOX is a lean-mixture combustion control. It was developed by Jenbacher and has been patented worldwide. The system ensures the correct air to gas ratio under all operating conditions. This has the benefit of minimising exhaust gas emissions whilst maintaining stable engine operation.
What is the difference between gas turbine and gas engine?
Engines consume less fuel and emit a lower volume of gas but produce a higher concentration of pollutants. Gas turbines can operate using a wide range of fuels, with on-line fuel switching to ensure security of the energy supply.
Does GE own Jenbacher?
In 2018 GE sold its Jenbacher and Waukesha brands to the private equity company Advent International which created the new company INNIO.
Who bought Jenbacher?
GE
GE acquired the company in 2003. Today there are more than 20,000 Jenbacher gas engines in more than 100 countries, burning a variety of fuels including landfill gas, flare gas, sewage gas and biogas.
Does GE still own Jenbacher?
What does INNIO stand for?
innovation, inspiration, ignition
INNIO stands for innovation, inspiration, ignition…and much more. With INNIO, we call upon our rich legacy in the power and gas compression space and combine it with pioneering technology to bring our customers affordable, reliable and sustainable solutions for the future.
Are turbine engines more efficient than piston engines?
Turbines aren’t as efficient as piston mills, but the difference isn’t as much as you might think if you consider the improved performance. That’s because piston engines are more efficient and offer a lower specific fuel consumption (. 43 lbs./hp/hr) compared to turbines (. 58 lbs./shp/hr).
Are turbine engines efficient?
Latest generation gas turbine engines have achieved an efficiency of 46% in simple cycle and 61% when used in combined cycle.
How reliable are turbine engines?
Reliability. Turbine engines in use on today’s turbine-powered aircraft are very reliable. Engines operate efficiently with regularly scheduled inspections and maintenance. These units can have lives ranging in the thousands of hours of operation.
What is the most efficient engine?
Welcome to a brand-new generation of engines. The Wärtsilä 31 is setting a new standard for energy efficiency, delivering the lowest level of fuel consumption of any four-stroke engine worldwide.
How much power does a Jenbacher Gas Engine have?
Jenbacher gas engines give you a power range of 200 kW to 10 MW with fuel flexibility to run either on natural gas or a number of other gases.
Where do INNIO Jenbacher gas engines come from?
INNIO’s Jenbacher gas engines are available in the 0.3-10.0MW electrical output range for an individual generating set. Jenbacher gas engines are renowned for robust performance in challenging conditions and difficult fuel gases. Jenbacher gas engines are manufactured in the town of Jenbach, Austria in the Tyrol.
What can a Jenbacher gas mixer be used for?
In combination with the LEANOX system the Jenbacher gas mixer balances out fluctuations in calorific value, which occurs mainly in biological gas applications. Jenbacher engines are not only renowned for being able to operate on gases with extremely low calorific value, low methane number and hence degree of knock,…
What are the advantages of the GE Jenbacher J624?
A new level of engineering excellence, the J624 offers you significant advantages, particularly in the area of multiple engine power plants for independent power generation and combined heat and power / cogeneration (CHP) solutions.