Activated carbon fibers keep air and water clean, but conventional production methods require high energy input and multiple processing steps. Energy Science at ORNL researchers have found a better way. https://bit.ly/4iypWyZ
Partnerships at ORNL
Research Services
Oak Ridge, Tennessee 1,656 followers
Building partnerships that drive the economy, accelerate deployment of lab tech, and grow innovation ecosystems
About us
ORNL seeks and develops industry and #technologytransfer #partnerships that increase the lab’s economic impact, accelerate deployment of ORNL-developed technologies, and strengthen #innovation ecosystems regionally and nationally. Each year, ORNL works with more than 100 companies and more than 20 #startups have been formed based on ORNL-developed technologies over the past five years. ORNL maintains membership in consortia, participation in #entrepreneurship programs, and active engagement with regional #economicdevelopment partners. Our partnering mechanisms, which facilitate access to unique user facilities, expertise, and intellectual property, are designed to cultivate regional and national innovation, speed lab-developed technologies to market, and positively impact the economy.
- Website
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https://www.ornl.gov/partnerships
External link for Partnerships at ORNL
- Industry
- Research Services
- Company size
- 5,001-10,000 employees
- Headquarters
- Oak Ridge, Tennessee
- Founded
- 1943
- Specialties
- economic development, technology transfer, intellectual property, sponsored research, industrial partnerships, entrepreneurs, IT and communications, security and defense, materials, manufacturing, chemicals, analytical instrumentation, detectors and sensors, energy and utilities, healthcare and biology, and transportation
Updates
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Fusion and Fission at ORNL researchers have developed a novel solution to prevent failures when #3D printing in high-risk environments: a compact pressure-limiting structure for #nuclear, #aerospace and other industries where precise pressure control is critical. https://bit.ly/3DEpGiz
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🍄 Genetic engineering requires precision and patience. Researchers in Biology and Environmental Sciences at ORNL have developed a #breakthrough toolkit that streamlines metabolic engineering in fungi and yeasts, enabling biotechnology #innovation. 🧰 https://bit.ly/4bEsdpq
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Sodium-ion batteries are a cost-effective alternative to lithium-ion batteries. Researchers in Physical Sciences at ORNL have pioneered a way to lower the cost further: developing high-performance hard carbon anodes from biomass and plastic waste. 🔋 https://bit.ly/3Fk91S3
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Unauthorized private cellular base stations are a significant #cybersecurity risk. Oak Ridge National Laboratory researchers have developed a new technology to identify and locate these rogue devices that's both cost-effective and non-intrusive, without sacrificing #security or quality. 📱 🛡️ https://bit.ly/41QP1Oa
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Oak Ridge National Laboratory researchers have demonstrated a multihop #quantum network designed to enhance connectivity and maintain service despite link failures. This system integrates quantum and classical networking elements to optimize performance and resilience. https://bit.ly/3XPdn9W
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When #3Dprinting, you need to accurately assess porosity to ensure quality and optimize the process. Oak Ridge National Laboratory researchers have developed a new method for identifying porosity by monitoring machining operations https://bit.ly/3DESnfj
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✈️ Researchers in Energy Science at ORNL have developed a novel #aviation fuel made from biomass, turning waste into fuel. That's taking innovation to new heights. https://bit.ly/4kQywuc
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Fusion and Fission at ORNL researchers have developed a novel solution to prevent failures when #3D printing in high-risk environments: a compact pressure-limiting structure for #nuclear, #aerospace and other industries where precise pressure control is critical. https://bit.ly/3DEpGiz
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Sodium-ion batteries are a cost-effective alternative to lithium-ion batteries. Researchers in Physical Sciences at ORNL have pioneered a way to lower the cost further: developing high-performance hard carbon anodes from biomass and plastic waste. 🔋 https://bit.ly/3Fk91S3
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