TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profileg
TU/e Chemical Engineering and Chemistry

@TUe_ST

Department of Chemical Engineering and Chemistry @ TU/e, The Netherlands. We stand for high quality research and education to help solve societal challenges.

ID:833488880

linkhttp://www.chem.tue.nl calendar_today19-09-2012 14:47:28

2,8K Tweets

1,1K Followers

313 Following

Innovation Origins(@InnoOrigins) 's Twitter Profile Photo

This battery can store electricity for a long duration, is extremely safe, and has almost no degradation. The flow battery could easily become the new key player in the energy transition. innovationorigins.com/en/this-batter…

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TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profile Photo

Professor Ilja Voets has been granted a Vici worth 1.5m euros. Ilja Voets, head of the Self-Organizing Soft Matter group and core-member ICMS, will use the grant to pursue research on ice formation and ice-binding materials. More about research: bit.ly/3TfKLom

Professor Ilja Voets has been granted a Vici worth 1.5m euros. Ilja Voets, head of the Self-Organizing Soft Matter group and core-member ICMS, will use the grant to pursue research on ice formation and ice-binding materials. More about research: bit.ly/3TfKLom
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TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profile Photo

Last Friday: Symposium ‘Advances in catalytic chemistry with green electrons’. About spin-induced electrocatalysis, computational methods for electrocatalysis, the power of operando characterization of electrochemical interfaces and electrocatalysis in redox flow batteries.

Last Friday: Symposium ‘Advances in catalytic chemistry with green electrons’. About spin-induced electrocatalysis, computational methods for electrocatalysis, the power of operando characterization of electrochemical interfaces and electrocatalysis in redox flow batteries.
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TU Eindhoven(@TUeindhoven) 's Twitter Profile Photo

A TU/e-led project has designed new ways to fracture hard-to-break carbon-carbon bonds in plant biomass that could help produce more sustainable fuels. ♻️ And the new work is on the cover of the first issue of Nature Chemical Engineering. 🎉

Read more 👇
tue.nl/en/news-and-ev…

A TU/e-led project has designed new ways to fracture hard-to-break carbon-carbon bonds in plant biomass that could help produce more sustainable fuels. ♻️ And the new work is on the cover of the first issue of Nature Chemical Engineering. 🎉 Read more 👇 tue.nl/en/news-and-ev…
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TU Eindhoven(@TUeindhoven) 's Twitter Profile Photo

The supervisor of more than a hundred (!!) PhD’s. 💥 What is the strength of Bert Meijer?

Read the article below to learn more about what makes Bert special: tue.nl/en/news-and-ev…

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TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profile Photo

Ir. Zafina Aminuddin has won a Unilever Research Prize 2023, which she got for her outstanding MEP research. Zafina worked on finding a more active catalyst for converting renewable solar and wind energy into a transportable form. More: bit.ly/45W319m

Ir. Zafina Aminuddin has won a Unilever Research Prize 2023, which she got for her outstanding MEP research. Zafina worked on finding a more active catalyst for converting renewable solar and wind energy into a transportable form. More: bit.ly/45W319m
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TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profile Photo

Talented postdoc Fabian Sobotta received Walter-Benjamin stipendium. His project is called: From Monomer to Nanostructure in One Step: Switchable Polymerization-Induced Electrostatic Self-assembly (PIESA) as Artificial Reaction-Assembly Network. Read more: bit.ly/44E9nuk

Talented postdoc Fabian Sobotta received Walter-Benjamin stipendium. His project is called: From Monomer to Nanostructure in One Step: Switchable Polymerization-Induced Electrostatic Self-assembly (PIESA) as Artificial Reaction-Assembly Network. Read more: bit.ly/44E9nuk
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TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profile Photo

Are you looking to future-proof your organization on sustainability? On Oct 3 innovators in R&D with a focus on sustainability will meet with academics to talk about challenges in the energy, feedstock and materials transitions. Program & registration: bit.ly/3PwuvOk

Are you looking to future-proof your organization on sustainability? On Oct 3 innovators in R&D with a focus on sustainability will meet with academics to talk about challenges in the energy, feedstock and materials transitions. Program & registration: bit.ly/3PwuvOk
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TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profile Photo

Hightech Chemistry, the enabler for a circulair society. An event for innovators in R&D to hear about technological developments in academia and to share their needs from an industry perspective. Join us on October 3rd. see: bit.ly/3PwuvOk

Hightech Chemistry, the enabler for a circulair society. An event for innovators in R&D to hear about technological developments in academia and to share their needs from an industry perspective. Join us on October 3rd. see: bit.ly/3PwuvOk
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Eindhoven Institute for Renewable Energy Systems(@TUe_EIRES) 's Twitter Profile Photo

EIRES Energizing Day 2023 | We proudly announce RENE JANSSEN, Leader interdepartmental research group Molecular Materials and Nanosystems (TU/e), as one of our speakers!
Join us 23 June, Atlas building @ TU/e.
All speakers, full program & register:⬇️
tue.nl/en/our-univers…

EIRES Energizing Day 2023 | We proudly announce RENE JANSSEN, Leader interdepartmental research group Molecular Materials and Nanosystems (TU/e), as one of our speakers! Join us 23 June, Atlas building @ TU/e. All speakers, full program & register:⬇️ tue.nl/en/our-univers…
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TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profile Photo

Cryo-TEM image of hybrid supracolloids showing strawberry configuration: how many silica nanoparticles attach to the polymer latex core depending on assembly conditions. Working on advanced water-borne paints, food dispersions, cosmetics? Learn more May 30 bit.ly/431o75x

Cryo-TEM image of hybrid supracolloids showing strawberry configuration: how many silica nanoparticles attach to the polymer latex core depending on assembly conditions. Working on advanced water-borne paints, food dispersions, cosmetics? Learn more May 30 bit.ly/431o75x
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TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profile Photo

Synthesizing materials in liquids and want to know exactly what their native structure in solution is? Then cryo- and in-situ TEM are the technologies that will accelerate your research. On May 30th within 2 hours you will be updated on all possibilities. bit.ly/431o75x

Synthesizing materials in liquids and want to know exactly what their native structure in solution is? Then cryo- and in-situ TEM are the technologies that will accelerate your research. On May 30th within 2 hours you will be updated on all possibilities. bit.ly/431o75x
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TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profile Photo

Are you synthesizing materials in liquids and would you like to know exactly what their native structure in solution is? May 30th during CMEM symposium you can be updated in 2 hrs on the latest possibilities in cryo and in-situ TEM. Program & registration: bit.ly/431o75x

Are you synthesizing materials in liquids and would you like to know exactly what their native structure in solution is? May 30th during CMEM symposium you can be updated in 2 hrs on the latest possibilities in cryo and in-situ TEM. Program & registration: bit.ly/431o75x
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TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profile Photo

A new theory is published to predict the phase behavior of binary colloidal mixtures, revealing a range of multi-phase coexistence regions including even such as a six-phase region for a mixture of rods and plates. Understanding the phase stability is key. bit.ly/3yFHN1H

A new theory is published to predict the phase behavior of binary colloidal mixtures, revealing a range of multi-phase coexistence regions including even such as a six-phase region for a mixture of rods and plates. Understanding the phase stability is key. bit.ly/3yFHN1H
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TU Eindhoven(@TUeindhoven) 's Twitter Profile Photo

Promovenda Daniëlle van den Broek won deze week de Vuurvliegenwedstrijd 2022 van het Centrum JongerenCommunicatie Chemie (c3). 🏅Daniëlle won de finale met haar uitleg over ijsvormende ❄️eiwitten in bijvoorbeeld donororganen.

👉c3.nl/nieuws/vuurvli…

Promovenda Daniëlle van den Broek won deze week de Vuurvliegenwedstrijd 2022 van het Centrum JongerenCommunicatie Chemie (@c3chemie). 🏅Daniëlle won de finale met haar uitleg over ijsvormende ❄️eiwitten in bijvoorbeeld donororganen. 👉c3.nl/nieuws/vuurvli…
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TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profile Photo

For his PhD research, Shaojie Li developed new and cost-effective ways to synthesize nano-sized zeolites. Read more: bit.ly/synthesizingze…

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TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profile Photo

Graphene-based ink made from environmentally friendly and skin-compatible chemicals for wearable technology has been developed by an international team led by researchers from our Physical Chemistry group, Heiner Friedrich and Laura van Hazendonk . More: bit.ly/3R20O5D

Graphene-based ink made from environmentally friendly and skin-compatible chemicals for wearable technology has been developed by an international team led by researchers from our Physical Chemistry group, Heiner Friedrich and @lauravhazendonk . More: bit.ly/3R20O5D
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TU Eindhoven(@TUeindhoven) 's Twitter Profile Photo

Danqing Liu and Yuanyuan Zhan's research team develops a new artificial skin that sweats on command. 💦 They can control where and how much liquid the skin secretes on a micrometer scale.

Read more about their find:
👉tue.nl/en/news-and-ev…

Danqing Liu and Yuanyuan Zhan's research team develops a new artificial skin that sweats on command. 💦 They can control where and how much liquid the skin secretes on a micrometer scale. Read more about their find: 👉tue.nl/en/news-and-ev…
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Eindhoven Institute for Renewable Energy Systems(@TUe_EIRES) 's Twitter Profile Photo

🔸 𝐄𝐈𝐑𝐄𝐒 | 𝐄𝐧𝐞𝐫𝐠𝐢𝐳𝐢𝐧𝐠 𝐃𝐚𝐲 | 01 July 2022🔸 This summer, EIRES will celebrate its 🎁 2nd birthday 🎁 Join us in person for an energizing day of talks, discussions, and networking: tue.nl/en/our-univers…

🔸 𝐄𝐈𝐑𝐄𝐒 | 𝐄𝐧𝐞𝐫𝐠𝐢𝐳𝐢𝐧𝐠 𝐃𝐚𝐲 | 01 July 2022🔸 This summer, EIRES will celebrate its 🎁 2nd birthday 🎁 Join us in person for an energizing day of talks, discussions, and networking: tue.nl/en/our-univers…
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TU/e Chemical Engineering and Chemistry(@TUe_ST) 's Twitter Profile Photo

Direct air capture (DAC) is a promising novel technology for the extraction of carbon dioxide from ambient air via liquid or solid sorbents. This CO2 can be either stored or used as feedstock for the production of carbon-neutral fuels and energy carriers. bit.ly/3GUNOL0

Direct air capture (DAC) is a promising novel technology for the extraction of carbon dioxide from ambient air via liquid or solid sorbents. This CO2 can be either stored or used as feedstock for the production of carbon-neutral fuels and energy carriers. bit.ly/3GUNOL0
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