NanoScientifica - we make nanoparticles
Enabling the use of shape-and size-controlled nanoparticles prepared by scalable and environmentally responsible processes
Quality
Highly monodisperse in size and shape
Scalability
from gram to kilogram scale
Consistency
We ensure minimal batch-to-batch variability
#Sustainable #Commitment
Our automated continuous fabrication platform is designed to produce nanoparticles of the highest technical quality from mili- to kilogram scale while having a small environmental footprint.
#RECY #Nanotechnology
We are committed to continuous improvement and environmentally responsible processes. Our ambition is to produce more than 90% of our nanoparticles from recycled metal sources. Check our product line "RECY" which contains nanomaterials produced from recycled metals.
business cases
nanocatalysts
CO 2 conversion
Catalyst for chemical transformation of CO2 onto CO or high calorific fuels
Fuel cells
Catalyst for fuel cells electrodes based on shape- and size- controlled PGM nanoparticles
Heterogeneous catalysis
Catalyst for heteregenous catalysis in liquid and vapour phases
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R&D on synthesis of highly active, selective and stable catalysts
example of our capabilities
Nanoscientifica RECY Pt Octahedron
NanoScientifica RECY Au nanocatalyst V
Nanoscientifica RECY Ag Particles
Nanoscientifica Pd Cubes
Nanoscientifica RECY Silver Wires
Nanoscientifica Gold SC* Particles
Nanoscientifica Gold Nanoparticles
Nanoscientifica RECY Silver Ink
Nanoscientifica RECY Silver Cubes
Nanoscientifica Gold Plates
Nanoscientifica Gold Rods
Nanoscientifica RECY Iron Oxide Particles
plenty of opportunities
r&d collaborations
Plugin-in R&D
Collaboration is a key driver for technology development. Contact us, we are happy to discuss tailored solutions and verification projects.
features
NanoScientifica has been granted by Sweden Innovation Office (Vinnova) Step 2 - 2023
NAnoScientifica will work to accelerate development of proton-exchange membranes for FC (PEMFCs). The expected PEMFC catalyst is a combination of recycled Pt-based shaped nanostructures (e.g. octahedra or cubes) on high surface area carbonaceous electrocatalytic support with as low metal loading as possible. It will contribute to the development of innovative and sustainable solutions for the growing demand for fuel cell technologies.
#EU Project - Horizon 2020- Sustain-a-Print - 2022
We just received approval for our Horizon Europe Project – Sustain-a-Print (#SaP). Over the next 3 years we will develop biodegradable and recyclable electronic materials, and processes that incorporate these into a more sustainable life-cycle. This project is truly sharing our vision of creating sustainable and circular technologies based on advanced nano materials
NanoScientifica receives EIT Raw Materials Booster Call 2021
NanoScientifica has been granted by Sweden Innovation Office (Vinnova)
Among the 5 startups to watch in the field of nanotechnology
NanoScientifica is listed among the 100 best Research-to-Business in sustainability field by Swedish Royal Academy of Engineering Sciences (IVA)
our team
Robson R. da Silva
Innovation Leader
With a background in the synthesis of morphology-controlled nanoparticles by Univ. São Paulo and São Paulo State Univ. (Brazil), Georgia Tech (US), Nat. Inst. for Mat. Sci. (Japan) and Chalmers Univ. Tech. (Sweden), he brings experience in sus
tainable large-scale fabrication and entrepreneurship
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With a background in the synthesis of morphology-controlled nanoparticles by Univ. São Paulo and São Paulo State Univ. (Brazil), Georgia Tech (US), Nat. Inst. for Mat. Sci. (Japan) and Chalmers Univ. Tech. (Sweden), he brings experience in sus tainable large-scale fabrication and entrepreneurship .
Daniel Jacobsson
Director of the Board
Daniel brings experience from business development, entrepreneurship, operations management & strategy, start-ups and scale-ups. With an educational background in Business administration and Finance from Un. of Gothenburg, Daniel has a M.Sc. in Innovation and Entrepreneurship and a M.Sc. in Industrial Engineering and Management from Chalmers Univ. Tech. (Sweden).
Daniel Jacobsson
Director of the Board
Kasper Moth-Poulsen
Board
With an educational background from Univ. Copenhagen (Denmark) and UC Berkeley (US), Kasper holds today a position as full professor in nanomaterials chemistry and Chalmers in Sweden. He brings to our team experience with research leadership, scientific discovery and startups.
Kasper Moth-Poulsen
Board
With an educational background from Univ. Copenhagen (Denmark) and UC Berkeley (US), Kasper holds today a position as full professor in nanomaterials chemistry and Chalmers in Sweden. He brings to our team experience with research leadership, scientific discovery and startups.
