THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M)

Combining knowledge from different disciplines of physics, soft-matter physics, geochemistry and chemical engineering. @upvehu @CFMdonostia @DIPCehu

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

The coupling of chemistry and process engineering using sub- and supercritical fluids provides an interesting alternative to solution and gas-phase approaches for designing functional materials as well as addressing their end-of-life recycling

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

Yesterday our C2M group had the honor of hosting two distinguished scientists:
Dr. Cyril Aymonier from ICMCB in Bordeaux, France and
Dr. Luisa F. Cabeza from Leeida, Spain
After our periodic group meeting, Cyril presented on "Circular chemistry in supercritical fluids"

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

The use of supercritical fluids for recycling and end-of-life considerations of complex multi-material products. This includes dismantling and recycling of permanent magnets, composites, solar panels, batteries and more

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

C2M colleagues investigate the structural, electronic, and thermoelectric properties of a newly discovered allotrope of tricalcium aluminate using DFT. They predict enhanced figure of merit, showing promise for cementitious energy harvesting applications.
https://t.co/UhzUqH2LFZ

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

Enhancing concrete thermal energy storage with surface roughness engineering! 🔬🧱
Our computational study, published in the Journal of Energy Storage, discuss that!
https://t.co/t1bocP1HGS

#EnergyStorage #ConcreteTechnology #SustainableEnergy #RenewableEnergy #HeatTransfer

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

Jorge S. Dolado had a talk at Gama Evo Event titled "Concrete and the Energy Challenge", highlighting the importance of developing advanced concrete materials to improve the energy efficiency of buildings. Buildings account for a large portion of global energy consumption...

[Heidelberg Materials ES @hd_materialsES]

¡Seguimos innovando para ofrecer los cementos más sostenibles!
En 2024, al hito de #evoZero, el primer net-zero del mercado, sumamos hoy la presentación en Euskadi de #evoBuild, nuestra marca global de productos de bajas emisiones de carbono y circulares
https://t.co/W64az2EENN

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

Good news from the MIRACLE project.
#photonic
#UrbanHeatIsland
#Energy

[MIRACLE Project @ConcreteMiracle]

🎉 Exciting updates from the MIRACLE project!
1. Our innovative technology, which harnesses photonics for sustainable construction, has been selected as a top 10 project by @CSIC's Impulsa-T program. 🏗️♻️ #PHOTOKRETE
https://t.co/q51zVKSHw2

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

Huge congrats to our member, Mohammad Rahjoo! Defended his PhD thesis with an outstanding vote from a committee of renowned scientists in the field!

[Red de Almacenamiento de Energía Térmica (Red-TES) @red_tes]

Defensa de la tesis doctoral de Mohammad Rahjoo en @csic-UPV/EHU, dirigida por Jorge Dolado de @csic-UPV/EHU y Esther Rojas de @psaciemat, ambos miembros de @red_tes y con la presencia de @luisafcabeza en el tribunal. ¡Enhorabuena al nuevo doctor!

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

This thesis investigates using geopolymer based concrete as an alternative thermal energy storage (TES) material to conventional ordinary Portland cement (OPC) concrete, particularly for high temperature concentrating solar power (CSP) applications where OPC degrades.

[CFM @CFMdonostia]

👨‍🎓 PhD Thesis Defense Mohammad Rahjoo
🌍 CFM Auditorium
⏰23/02/2024, 11:00
🌞 Multi-scale modelling and design of Thermal Energy Storage (TES) devices based on cement-based materials.
https://t.co/agbp8pmVZy
@upvehu @CSIC
@MohaRahjoo

[CFM @CFMdonostia]

🏢🌳Arranca Jorge Sanchez Dolado en el ciclo “Qué sabemos de…”
Hoy nos habla del Hormigón Verde y de como se puede cementar un futuro sostenible.

https://t.co/fUoA5wjmbO
@CSICdivulga @upvehu #kulturazientifikoa

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

@radioeuskadi @CFMdonostia Official name is "MIRACLE - Photonic Metaconcrete with Infrared Radiative Cooling capacity for Large Energy savings"
https://t.co/Wryab2qaRj

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

Tune in to "La mecánica del caracol" on @radioeuskadi to hear CFM's (@CFMdonostia ) Jorge Sánchez Dolado discuss innovative cement and concrete solutions for sustainability. Jorge heads the C2M group at CFM researching materials like photonic concrete.
https://t.co/yUVDOLZQTl

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

@radioeuskadi @CFMdonostia C2M team is developing "photonic concrete" that can reflect sunlight and dissipate heat, aiming to decrease temperatures.
The Miracle project is a European Union funded research and innovation project aimed at developing a new type of concrete called Photonic Metaconcrete.

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

@CFMdonostia @DIPCehu @tecnalia @psaciemat @ElsevierEnergy More to read here:

https://t.co/TBcmQkpM4N

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

In a collaborative effort involving researchers from @CFMdonostia, @DIPCehu, @tecnalia, and @psaciemat, a study published in the Journal of Energy Storage (@ElsevierEnergy) shows potential of geopolymer (GEO) concrete as a high-temperature thermal energy storage (TES) material.

[THE CERAMIC AND CEMENT-BASED MATERIALS GROUP (C2M) @C2M_group]

@CFMdonostia @DIPCehu @tecnalia @psaciemat @ElsevierEnergy The research identified air velocity as the primary factor influencing thermal storage capacity. Additionally, the study investigated the impact of incorporating metallic tubes in TES modules on thermal storage capacity and heat transfer efficiency.