SCIENOMICS
Software technology and services enabling computer-aided materials discovery and development for industrial applications.
– What we do –
Our Services
Discuss your research project confidentially with our seasoned experts and discover what they can achieve for you.
Our Products
With SCIENOMICS technology, Materials and Process Simulation, MAPS, platform, researchers can create the digital twin of any material and perform virtual experiments to assess its performance. Therefore, our customers perform physical experiments only for materials that exhibit the most promising properties for a given application and achieve significant savings.
How it Works
Get insight, compare alternatives using our technology and knowledge of our experts in Materials Science.
Do you have a support question or you need to see MAPS in action or discuss how it can be used in your research projects?
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– Latest News & Events –
September 30th, 2021 – New Developments and Applications in Materials Simulations
SCIENOMICS inaugurates the 9th year of SCIENOMICS WEBINAR series where participants learn and exchange about developments and applications of materials simulations. This new series of webinars will focus even more on issues where materials simulations can...
May 27th, 2021 – Safe and sustainable chemicals for the food and beverage industry
Food and beverages industry is concerned about (a) efficient design of their products so that they can address important nutritional and health expectations; (b) adopting sustainable manufacturing processes reducing waste and environmental impact and (c) the...
April 22nd, 2021 – Clean, high quality low emission fuels with Fischer-Tropsch polymerization: a mesoscale study of transport processes in confined systems
Fischer–Tropsch synthesis is a set of catalytic processes that can be used to produce fuels and chemicals from synthesis gas (mixture of CO and H2), which can be derived from natural gas, coal, or biomass. Biomass to Liquid via Fischer–Tropsch synthesis...
March 26th, 2021 – Molecular simulations of tribological systems using MAPS and LAMMPS
Friction and wear account for ~23% of the global energy consumption. The development of high-performance lubricants for a range of vehicle technologies is therefore critical to achieving net-zero emissions from the transportation sector. To rationally design...
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