We support you in every milestone during your development! At NanoScientifica, our production prowess matches the magnitude of your ambitions, always chasing the lowest possible carbon footprint. Let´s shrink those emissions together!
A few days back, I had the pleasure to talk to @LeilaConners , from @treemediagroup about our #MOST energy storage research and the future of energy.
You can listen to the interview on #Spotify and #Youtube
https://t.co/zxv7E0KhvU
https://t.co/haMyvJvs2t
@TheBerlinguette@Device_CP exciting concept, let us know if you would be interested in some next generation catalyst systems for your CO2 conversion devices!
The #PtX industry is rapidly transforming, offering groundbreaking solutions to convert benign gases like hashtag#nitrogen (N₂) and #carbondioxide (CO₂) into valuable products such as #ammonia, #methane, and advanced chemicals and materials.
We recognize the scarcity of noble metals, which is why we prioritize using recycled metals in our products—reducing the CO₂ footprint by 95–99%. We offer these advanced PtX catalyst systems in kg quantities and beyond upon request.
The Green Ink Newsletter #3 is out! Discover how we’re finding greener alternatives by integrating recyclability and degradation into electronic designs.
Download here: https://t.co/fp4xSGFzur
#Sustainability#GreenTech#PrintedElectronics
We are thrilled to announce that nanoscientifica is one of the startups on the #SwedishClimateStartupMap!
The initiative showcase innovative startups developing with the potential to help accelerate the green transition.
Check out the Map here: https://t.co/itCmYZfBua
🥁🥁🥁
(🧵1/5) In 2019, I packed my bags and travelled to @IUBloomington to spend 3 months in the group of @SaraSkrabalak with the aim to learn about colloidal bimetallic nanoparticle synthesis and synthesize a bunch of these.
This minimizes waste and energy usage, as the synthesis steps remain the same while incorporating new molecular or atomic components.
Here an example from the Gabor Somorjai Group @UCBerkeley https://t.co/gZ5lPVLLyY
#shapednanoparticles#catalysis#powertoX#fuelcells
Synthesis of shaped #nanoparticles generally occurs through so-called ‘bottom-up’ methods, where nanoparticles are structured from atoms.
This allows for a high level of precision and control to form specific crystalline packing of the atoms.
Generally, in the synthesis methods that we use at Nanoscientifica Scandinavia AB, the crystal structure of the nanoparticles is tailored through the presence of other #atomic or #molecular#materials that block preferred crystal packing facets.
We are #hiring!
We are looking for a nano materials synthesis expert to work with us in Gothenburg Sweden. Please share!
https://t.co/NFljvZCYOc
#nanomaterials#job#chemistryjobs
🚀 Exciting News! Our 2nd Newsletter is here! 🌟 Get insights into the first 18 months of our project and catch the latest updates from our partners.
Click here to read or download the full newsletter: [https://t.co/5qT1Hxn6wA] 📥✨
#Sustainable#PrintedElectronics#Innovation
We are happy to share that we are supporting the next generation of handball players
- Nanoscientifica now proud official sponsor of Mark Handball Club (Marks HK)
#handball@hummel1923
https://t.co/ljI8sjr14Q