“Daniel’s impressively thorough practical understanding of pyrolysis / thermal decomposition helped him excel at his R&D Engineering efforts at EnviraChar. His technical expertise directly drove project successes that allowed the company to thrive and become a pioneer in the biochar industry. His ability to fully deconstruct and convey extraordinarily complex ideas into manageable process improvements was exemplary. His professionalism and technical excellence were a large part of the success of the company. He would certainly be an excellent addition to any engineering project or effort.”
Charleston, South Carolina, United States
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Activity
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🇺🇲 🔥 Breaking: DoE Announcement - CDR Public Procurement takes a big leap forward 🔥 🇺🇲 🏅 The good news keep rolling in from the U.S. today!…
🇺🇲 🔥 Breaking: DoE Announcement - CDR Public Procurement takes a big leap forward 🔥 🇺🇲 🏅 The good news keep rolling in from the U.S. today!…
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Congratulations, Richard Larson on getting this important paper published (https://lnkd.in/eD4qMHaG), and, more importantly, defending your PhD…
Congratulations, Richard Larson on getting this important paper published (https://lnkd.in/eD4qMHaG), and, more importantly, defending your PhD…
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I'm proud to announce that Climate Robotics is one of twenty-four finalists for the DoE Commercial CDR Purchase Prize! We are one of seven biomass…
I'm proud to announce that Climate Robotics is one of twenty-four finalists for the DoE Commercial CDR Purchase Prize! We are one of seven biomass…
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Publications
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Superior Lithium-Ion Storage at Room and Elevated Temperature in an Industrial Woodchip Derived Porous Carbon
Industrial & Engineering Chemestry Research
An industrial pyrolysis process converted loblolly pine tree woodchips into porous carbonaceous particles that are tested as a promising lithium ion battery anode. SureCarbon, a Tennessee company, demonstrated scalability for the KOH activation and pyrolysis process by producing hundreds of kilograms of carbon from the sustainable wood precursor. Material characterization reveals amorphous carbon structure, with 1580 m2/g BET surface area and 0.883 cc/g pore volume. Galvanostatic cycling was…
An industrial pyrolysis process converted loblolly pine tree woodchips into porous carbonaceous particles that are tested as a promising lithium ion battery anode. SureCarbon, a Tennessee company, demonstrated scalability for the KOH activation and pyrolysis process by producing hundreds of kilograms of carbon from the sustainable wood precursor. Material characterization reveals amorphous carbon structure, with 1580 m2/g BET surface area and 0.883 cc/g pore volume. Galvanostatic cycling was performed at a C/10 rate in a half cell (carbon vs Li+/Li), achieving a stable capacity of 700 mAh/g and 1000 mAh/g at 22 and 50 °C, respectively. Cycling at 50 °C increases lithium ion diffusion rates into the electroactive carbon but lowers the Coulombic efficiency and long-term cell cyclability due to electrolyte degradation. Electrochemical impedance spectroscopy studies reveal the decreased charge transfer and diffusional resistance in a porous carbon electrode compared to conventional graphite, making it an attractive anode material for lithium ion batteries.
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I'm very proud to be a part of the team at Climate Robotics, and excited to be in the Top 20 Finalists for the XPRIZE Carbon Removal Competition!…
I'm very proud to be a part of the team at Climate Robotics, and excited to be in the Top 20 Finalists for the XPRIZE Carbon Removal Competition!…
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I’m happy to share that "Spray deposition of sustainable plant based graphene in thermosetting carbon fiber laminates for mechanical, thermal, and…
I’m happy to share that "Spray deposition of sustainable plant based graphene in thermosetting carbon fiber laminates for mechanical, thermal, and…
Posted by Daniel Mulqueen
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Very excited to announce that I have received the #NSF CAREER award to explore the hypothesis that Pickering stabilization can be used instead of/in…
Very excited to announce that I have received the #NSF CAREER award to explore the hypothesis that Pickering stabilization can be used instead of/in…
Liked by Daniel Mulqueen
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Thrilled to share my master's work on high-strain composite structures for micro-satellites! Designing deployable structures in low packaging volumes…
Thrilled to share my master's work on high-strain composite structures for micro-satellites! Designing deployable structures in low packaging volumes…
Liked by Daniel Mulqueen
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I'm excited to talk about novel, high-tech plant carbons and their potential in industrial applications at the upcoming 2024 North American Biochar…
I'm excited to talk about novel, high-tech plant carbons and their potential in industrial applications at the upcoming 2024 North American Biochar…
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I'm pleased to announce that I recently presented my research on the "Origin and Significance of Non-Uniform Morphology in AFP Composites" at #ASC23.…
I'm pleased to announce that I recently presented my research on the "Origin and Significance of Non-Uniform Morphology in AFP Composites" at #ASC23.…
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Check out what Dan has been working on. Congrats, Daniel Mulqueen!
Check out what Dan has been working on. Congrats, Daniel Mulqueen!
Liked by Daniel Mulqueen
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Before starting classes this Monday, incoming students got to experience the beloved longstanding Mines tradition, M Climb! They were joined by…
Before starting classes this Monday, incoming students got to experience the beloved longstanding Mines tradition, M Climb! They were joined by…
Liked by Daniel Mulqueen
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Happy Independence Day! “The light shines in the darkness, and the darkness has not overcome it” (John 1:5)
Happy Independence Day! “The light shines in the darkness, and the darkness has not overcome it” (John 1:5)
Liked by Daniel Mulqueen
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