When Via Separations faced two paths — scale up 10x or 100x — CEO and co-founder Shreya Dave decided to go big. In 2022, the company was getting ready to build its first commercial-scale filtration system, replacing energy-intensive industrial evaporation at the paper mill with a first-of-a-kind membrane they had spent years at MIT developing. Scaling up 100x would prove their technology was viable for broader commercial applications — if they could overcome the challenges. This week on The Green Blueprint with Lara Pierpoint: https://lnkd.in/eTjS3N5X
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On this episode of The Green Blueprint, Trellis Climate’s Lara Pierpoint dives into Via Separations' journey with CEO Shreya Dave — from MIT innovation to real-world impact. 🎧 Tune in to hear how they navigated the challenges of scaling up 100x! 👇 #ClimateTech #ClimateStartup #FirstOfAKind #ScalingUp
When Via Separations faced two paths — scale up 10x or 100x — CEO and co-founder Shreya Dave decided to go big. In 2022, the company was getting ready to build its first commercial-scale filtration system, replacing energy-intensive industrial evaporation at the paper mill with a first-of-a-kind membrane they had spent years at MIT developing. Scaling up 100x would prove their technology was viable for broader commercial applications — if they could overcome the challenges. This week on The Green Blueprint with Lara Pierpoint: https://lnkd.in/eTjS3N5X
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Scaling a first-of-a-kind technology is a high-stakes leap! On this episode of The Green Blueprint podcast, our Managing Director, Lara Pierpoint talks with Via Separations’ CEO, Shreya Dave, about their decision to scale their innovative membrane technology 100x—a step forward in industrial energy efficiency. Tune in now! #ClimateTech #FOAK #FirstOfAKind
When Via Separations faced two paths — scale up 10x or 100x — CEO and co-founder Shreya Dave decided to go big. In 2022, the company was getting ready to build its first commercial-scale filtration system, replacing energy-intensive industrial evaporation at the paper mill with a first-of-a-kind membrane they had spent years at MIT developing. Scaling up 100x would prove their technology was viable for broader commercial applications — if they could overcome the challenges. This week on The Green Blueprint with Lara Pierpoint: https://lnkd.in/eTjS3N5X
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Via CEO Shreya Dave recently sat down with Lara Pierpoint on The Green Blueprint to discuss the financing and construction of Via's first commercial scale deployment. That project, located at a customer site in Grande Prairie, Alberta, has now been operational for 6+ months. Listen in to hear how Via navigated scaling risk and first-of-a-kind (FOAK) challenges to deliver this project, proving the commercial value of Via's technology while decarbonizing heavy industry. Latitude Media #FOAK #industrialdecarbonization #pulpandpaper
When Via Separations faced two paths — scale up 10x or 100x — CEO and co-founder Shreya Dave decided to go big. In 2022, the company was getting ready to build its first commercial-scale filtration system, replacing energy-intensive industrial evaporation at the paper mill with a first-of-a-kind membrane they had spent years at MIT developing. Scaling up 100x would prove their technology was viable for broader commercial applications — if they could overcome the challenges. This week on The Green Blueprint with Lara Pierpoint: https://lnkd.in/eTjS3N5X
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Learn about our PAT-driven strategies for microcarriers to enable you to scale-up rather than scale-out your bioprocesses.👉https://ow.ly/sMJF50RaKPX
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Ever wonder what happens to the materials in your blue recycling bins? Join Advanced Drainage Systems, Inc., BRIGHTMARK, Protein Evolution, and GreenBlue Org to learn how various types of recycling - mechanical, chemical, and enzymatic - work together to address the waste problem and achieve circularity goals. #Recycling #CircularEconomy #Sustainability
Join us on Thursday, June 13, 1:30-3:00 PM ET for a conversation that will explore the operations of BRIGHTMARK, Protein Evolution, Advanced Drainage Systems, Inc. moderated by Laura Thompson from GreenBlue Org. We will hear about how these companies using different processes - mechanical, advanced (or chemical or molecular), and enzymatic or biotechnological - can work together to optimize the reuse of valuable plastic materials. Learn more and register: https://bit.ly/3WOsyjW
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Thermo Fisher Scientific just announced it has transitioned from cold-chain packaging to an ambient shipping solution for a significant portion of its Invitrogen™ antibodies. By eliminating the use of coolers and cold gel packs and introducing a new 100% curbside recyclable paper packaging, we expect to eliminate more than 216,000 pounds of paper and 440,000 pounds of gel ice packs per year. Plus, this new packaging represents a 90% reduction in shipment mass, improves freight density, and reduces carbon emissions. This transition underscores our continued commitment to sustainability and our dedication to taking action today to create a better tomorrow. Learn more: https://lnkd.in/g-uTzy2E
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In today’s fast-paced world—where technological advances and human innovation are constantly evolving—the demand for components to perform better in terms of load, speed or temperature can be seen across industries. High-performance plastics (HPPs) serve as reasonable replacements for metals in many applications and allow the use of polymers where they would otherwise be impractical. Want to learn more? Check out this article from Machine Design and our own Dan McArdle, Business Development Director of Technology and Innovation: https://lnkd.in/enbhsZjG
In today’s fast-paced world—where technological advances and human innovation are constantly evolving—the demand for components to perform better in terms of load, speed or temperature can be seen across industries. High-performance plastics (HPPs) serve as reasonable replacements for metals in many applications and allow the use of polymers where they would otherwise be impractical. Want to learn more? Check out this article from Machine Design and our own Dan McArdle, Business Development Director of Technology and Innovation: https://bit.ly/4g4ahq7
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In today’s fast-paced world—where technological advances and human innovation are constantly evolving—the demand for components to perform better in terms of load, speed or temperature can be seen across industries. High-performance plastics (HPPs) serve as reasonable replacements for metals in many applications and allow the use of polymers where they would otherwise be impractical. Want to learn more? Check out this article from Machine Design and our own Dan McArdle, Business Development Director of Technology and Innovation: https://lnkd.in/dwgpwJNQ
In today’s fast-paced world—where technological advances and human innovation are constantly evolving—the demand for components to perform better in terms of load, speed or temperature can be seen across industries. High-performance plastics (HPPs) serve as reasonable replacements for metals in many applications and allow the use of polymers where they would otherwise be impractical. Want to learn more? Check out this article from Machine Design and our own Dan McArdle, Business Development Director of Technology and Innovation: https://bit.ly/47xkRlS
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In today’s fast-paced world—where technological advances and human innovation are constantly evolving—the demand for components to perform better in terms of load, speed or temperature can be seen across industries. High-performance plastics (HPPs) serve as reasonable replacements for metals in many applications and allow the use of polymers where they would otherwise be impractical. Want to learn more? Check out this article from Machine Design and our own Dan McArdle, Business Development Director of Technology and Innovation: https://lnkd.in/gHNh7B72
In today’s fast-paced world—where technological advances and human innovation are constantly evolving—the demand for components to perform better in terms of load, speed or temperature can be seen across industries. High-performance plastics (HPPs) serve as reasonable replacements for metals in many applications and allow the use of polymers where they would otherwise be impractical. Want to learn more? Check out this article from Machine Design and our own Dan McArdle, Business Development Director of Technology and Innovation: https://bit.ly/47xkRlS
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🎉 Exciting News Alert! 🎉 Our latest technical paper has been published by the prestigious International Journal of Science and Research, detailing the groundbreaking enhancements we've made to our plate curing processes to enhance the life cycle performance in lead acid gel batteries. This achievement underscores our commitment to research and development and pushing the boundaries of what's possible to deliver superior solutions to our customers worldwide. Read the full paper here https://lnkd.in/gsJvBf8v and join us in celebrating this momentous accomplishment! 🎉 #EternityTechnologies #Innovation #BatteryTechnology #Sustainability #ResearchAndDevelopment #PublishedPaper
