The rapid advancement of #artificialintelligence (#AI) is significantly increasing the energy demands of data centers. According to the @U.S.-Department-of-Energy-(DOE), data centers consumed about 4.4% of total U.S. electricity in 2023, and this figure is projected to rise to between 6.7% and 12% by 2028. This surge underscores the critical need for efficient #energystorage solutions to manage and balance the intermittent nature of renewable energy sources. Technologies like flow batteries that use Nafion? ion exchange membranes offer safe, economical, and sustainable storage options. As we continue to integrate AI into various sectors, learn more about how Nafion? ion exchange membranes can play a role in the development of robust energy storage infrastructure - https://lnkd.in/eeM2VEK
Nafion? Membranes, Dispersions, and Resins
化工制造业
Wilmington，Delaware 1,646 位关注者
Delivering industry-leading performance and durability at any scale.
关于我们
As the inventors of the ion exchange membrane, we know a thing or two about making history. But when you’re at the top of your field, you’re constantly looking ahead to the future, not revisiting the past. That’s why we’re reinventing ion exchange membranes and dispersions over 50 years later, expanding on everything that made the Nafion? brand the category’s gold standard. With Nafion? membranes and dispersions, we’re doubling down on enabling maximized productivity and creating a safer, more sustainable chlor-alkali production process. We’re going all-in to lower the environmental impact of energy generation by developing solutions to support unique fuel cell designs. We’re innovating with our customers to drive more efficient, longer-lasting energy storage in flow batteries. And we’re helping them create clean hydrogen through water electrolysis to drive the new hydrogen economy. And just like when we created the ion exchange membrane industry more than 50 years ago, today we’re renewing our commitment to partnership and innovating toward a safer, cleaner world. To see updates in your LinkedIn newsfeed, click on the "Follow" button at the top left. Chemours reserves the right to remove comments that are offensive, personal attacks, anonymous, not relevant, spam or otherwise do not meet our editorial policies.
- 网站
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https://www.nafion.com
Nafion? Membranes, Dispersions, and Resins的外部链接
- 所属行业
- 化工制造业
- 规模
- 5,001-10,000 人
- 总部
- Wilmington，Delaware
动态
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The Chemours Company believes that collaboration fuels innovation. Our joint venture enables the next generation of #FuelCell technology, advancing #Nafion proton exchange membranes (#PEM) to deliver superior conductivity and durability. Reach out to our experts to learn more - https://lnkd.in/e7sUvrwg
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Consistent performance and energy savings are key for #chloralkali production in any facility. While one-size-fits-all chlor-alkali membranes don't exist, Nafion? ion exchange membranes are designed to excel across a wide range of operating conditions. Download our white paper to learn how our 30 years of success can help maximize process efficiency in your chlor-alkali facility: https://chem.rs/3EfiVUu
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As the global #chloralkali market witnesses growth, so does the demand for sustainable chemical processes that produce safe drinking water. The Chemours Company scientists have developed Nafion? ion exchange membranes with characteristics suited specifically to chlor-alkali cell operation, making Nafion? membranes a clear choice for chlor-alkali cell producers in water treatment and disinfection. Download our white paper to learn how Nafion? ion exchange membranes can meet the growing demands of today’s market: https://chem.rs/4hDyx2f
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Among #fuelcells available today, proton exchange membranes (#PEMs) have become an effective choice in energy generation, with potential to be the leading source to power future electric vehicles. Download our white paper to learn why engineers and designers choose Nafion? PEMs for their fuel cells: https://chem.rs/3EkNxno
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A decarbonized planet is possible through the move from blue to #greenhydrogen — but only if policy makers step up to implement supportive policies grounded in realistic expectations. In a new study from Nature Magazine, gaps within global green hydrogen deployment are identified, alongside potential solutions. Read more about how the #hydrogeneconomy can go green:?https://bit.ly/4glsyOH
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The Chemours Company Technology Team recently conducted an experiment to see if it was possible to extract impurities from used Nafion? #chloralkali membranes and reprocess the membrane to obtain a recycled film. The result? An exciting step in the development of innovative, high-performance products that address sustainability needs. Download our case study to discover how prioritizing circularity can help utilize fewer resources, prolong the use of existing materials, and minimize waste: https://chem.rs/40UwQrE
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As more #renewableenergy is added to the grid, oversupply can turn from a challenge into an opportunity with the help of #energystorage technologies. This article from POWER magazine explains how long-duration energy storage technologies with the right operating characteristics can combat congestion, capitalize on oversupply, and improve grid operation to create an economically and environmentally sustainable future. Read more: https://bit.ly/4gYjSyy
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A reliable membrane is crucial when it comes to the chlorine production. Meet Nafion? N2060, the latest development in The Chemours Company’s high performance family of #chloralkali membranes. Learn more about this membrane’s improved voltage, high elasticity reinforcement, excellent conductivity and selectivity, and more: https://chem.rs/3DETfAi
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Last week, The Chemours Company proudly took part in Fuel Cell & Hydrogen Energy Association (FCHEA)’s Hydrogen & Fuel Cell Seminar as both a sponsor and speaker. It was inspiring to meet and share ideas with so many industry professionals dedicated to advancing the #hydrogeneconomy around the world. Learn more about how Nafion? proton exchange membranes (#PEMs) power #fuelcell technology: https://chem.rs/3Pz9ZM3
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