@ehawedryproject

Energy harvesting via wetting/drying cycles with nanoporous electrodes. Funded by @EU_H2020, GA nº 964524.

ehawedry.eu
Joined November 2021
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  • Following170
  • Followers142
7Media
🔥 Reusing waste heat in the #textile industry and convert it into #energy! ⚡️ This is the EHAWEDRY solution aimed to provide a solution for an efficient use of low grade-waste heat in the textile sector. Discover our technology🔗ehawedry.eu/reusing-waste-he… #HorizonEU #EUresearch
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EHAWEDRY's Project moves on – we joined in Hamburg at the @TUHamburg, Germany for the regular #GA where we discussed the progress of the final prototype The EHAWEDRY groundbreaking technology is moving forward! Discover the project👉ehawedry.eu/ #H2020 #EUresearch
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In EHAWEDRY we are revolutionising the waste heat recovery processes. How? 👇 The EHAWEDRY technological system will overcome the feasibility limitation of #thermoelectric devices by using #electrochemical capacitors. More 👉ehawedry.eu/ehawedry-technol… #EUresearch #Horizon2020
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NEW #STUDY| @TUHamburg introduces a method to create porous #silicon wafers mimicking biological structures. Combining chemical etching & photolithography with silver nanoparticles, it yields high-porosity wafers suitable for #energyStorage & #sensors. 👉ehawedry.eu/porous-silicon-w…
POROUS SILICON WAFER study

ALT POROUS SILICON WAFER study

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🔎 NEW RESEARCH | Osmotic pressure and diffusion of #ions in charged nanopores In our latest publication, we studied the ionic diffusion dynamics which is of interest for several natural and technological processes. Read more: lnkd.in/dyfkw6-x #horizon2020 #EUresearch
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Fluids in porous materials: from fundamental physics to engineering applications. This is the title of the workshop we are attending in June. #ehawedry #innovation #eu
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The program of our workshop, together with @HyGate_ERC and @ehawedryproject is out: cecam.org/workshop-details/1…
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Today in Barcelona, we are discussing about #EHAWEDRY Project in our general assembly. #horizoneurope #innovation
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Replying to @CNRS
@CNRS will contribute to the fabrication of model, transparent nanoporous media using various techniques (e.g. porous silicon anodization, photolithography, anodic bonding),
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to the experimental characterization of their behavior with respect to capillary imbibition, drying, and the occurrence of cavitation and/or salt crystallization. It will also contribute to modeling and prototype design.
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#OurConsortium @IREC_Energia will be involved in the dissemination and exploitation of the project results. Numerically optimizing the coupling wetting/drying and charging/discharging cycles.
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Producing particles and porous electrodes, treating their surfaces and characterizing them. assembling and testing a prototype and contributing to the definition of application scenarios.
#OurConsortium @la_UPC will carry out scientific and administrative coordination of the project (12PM). It will also play a crucial role of facilitator of information flows and knowledge exchange between partners of this multidisciplinary consortium. It will be the leader of WP1.
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Its main technical tasks will be planning and implementation of particle-by-particle deposition methods, electrochemical characterization of nanoparticles and nanoporous layers using impedance spectroscopy and current switch-off method,
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advanced interpretation of electrokinetic and electrochemical properties of nanoparticles and optimization of particle-by-particle deposition methods (WP3). It will also take part in the development and testing of bench-scale integrated system (WP5).
We are proud to have participated in the amazing experience that was @sustainplaces Conference 2022 in Nice, France!
EHAWEDRY Project retweeted
Thomas Messervey
@TomMesservey6 Sep 2022
Kicking off @sustainplaces today. Celebrating a decade of #Sustainability #innovation and #research. Incredible work by the staff at @R2MSolution. #LetsGo
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EHAWEDRY proposes a paradigm shift from the energy harvesting strategies previously used: it will change the electrode/electrolyte contact area by modifying the electrolyte level within nanoporous electrodes through drying/wetting cycles. Read more at ehawedry.eu
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♻️ En el #DíaMundialEficienciaEnergética, recordamos las numerosas áreas de #normalización, como la mejora energética, que impulsan la #transiciónecológica ℹ️ No te pierdas el informe Apoyo de la Normalización a la Transición Ecológica eventos.une.org/transicionec…
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EHAWEDRY Project retweeted
Thomas Messervey
@TomMesservey21 Feb 2022
Future emerging technologies. Let's go! @ehawedryproject @R2MSolution
EHAWEDRY Project@ehawedryproject21 Feb 2022
Today, we held our General Assembly online discussing the last six months of EHAWEDRY project. Let's stay tuned for next months for new achievements. #horizoneurope #Sustainability #energyefficiency
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Today, we held our General Assembly online discussing the last six months of EHAWEDRY project. Let's stay tuned for next months for new achievements. #horizoneurope #Sustainability #energyefficiency
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