- Awarded two projects totaling $36 million to modernize DoD warehouses using smart 5G-enabled technologies at two military bases that support real-time planning and deployment of resources and supplies for critical missions
- Would reduce major operations planning from several weeks to less than 24 hours push toward “just-in-time” inventory planning scenarios
- Projects will involve digital twin technology, autonomous robots and real-time tracking of thousands of assets and components, utilizing the power
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Building new wind farms is a powerful way of getting more renewable energy to homes and businesses. But what if you could squeeze more electricity from wind turbines already spinning in the fields? For that, you need more information. “The name of the game with wind turbines is all about efficiency,” says Eric Tucker, senior director of technical products at GE Research. “The more wind they’re capturing, the more energy they can create.”
In the five decades since the first Earth Day, the world has made much progress in understanding the perils posed by climate change and finding the solutions we need. But we are far from done. The switch to electric cars alone will force us to reimagine not only how we make electricity, but also how we distribute it.
Renewables are clearly a big part of the future of energy, but so are natural gas, energy storage, hydropower and the digital grid. Other industries, like aviation, must also decarbonize to help prevent the planet from warming.
- Awarded National Institutes of Health (NIH) grant to develop tiny sensors smaller than your fingertip that can detect the presence of COVID-19 virus nano-particles on screens, tables and other surfaces
- Multi-disciplinary team from GE Research will draw from years of development and commercial success with physical, environmental, gas and biosensors for industrial monitoring
- The Team’s work has been featured in journals
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- Project a collaboration with the Human Biomolecular Atlas Program (HuBMAP) and Lung Molecular Atlas Program (LungMAP), which are leading an unprecedented effort **funded by the National Institutes of Health (NIH) to map the tens of trillions of cells in the body and the organs, including the lungs
- Study could promote a greater understanding of the cellular response triggered in the lungs by COVID-19 that often lead to patients being placed on ventilators due to swelling that makes it difficult to breathe.
- Could lead to new insights for potent
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- Awarded additional $20.3 million from the U.S.
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- Developing Refractory Alloy Innovations for Superior Efficiency (RAISE) – an ultra-high temperature material system that would enable gas turbine blades to operate at 1,700 °C (3,092°F)
- Will help drive efforts to push turbine efficiency beyond 65% and accelerate decarbonization of the energy sector
- $1.6 million project to be driven by world-class, multi-disciplinary team with decades of experience and a dedicated High Bay lab facility in alloy, coating and process development <
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- GE to support Albany International Airport’s Master Plan to transform airport into digital incubator, contributing cutting edge technology to create safer travel
- Airport signs on as first customer, using GE’s Wellness Trace App to track COVID-19 cleaning protocols
- New AI, machine learning and other digital technologies to be unveiled at the Airport from GE’s Research Lab in the coming weeks
NISKAYUNA, NY and COLONIE, NY – Thursday, November 12, 2020 – Albany International Airport in collaboration w
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Radislav Potyrailo, a principal scientist at GE Research in Niskayuna, New York, has a saying he picked up from one of his mentors: “A day in the library is worth a year in the lab.” So, while other scientists might spend their free time hiking or fishing, Potyrailo likes to pore over the footnotes of scientific journal articles looking for details about how others have tried and failed — or succeeded — and the nuances of their experiments.