UP Catalyst sets a new industry standard for low-emission, high purity carbon nanotubes and battery-grade graphite
Tallinn, 19 December 2024 UP Catalyst, a deep-tech company producing sustainable high purity carbon nanotubes (CNTs) and battery-grade graphite from CO2 emissions, has achieved the lowest carbon footprint for CNTs and one of the lowest for battery-grade graphite. The cradle-to-gate LCA was conducted by Research Institutes of Sweden (RISE) and critically reviewed by Bureau Veritas […]
Scaling Deep-Tech Production: From GEN1 to GEN2 Reactor
In May 2024, the International Energy Agency (IEA) released the Global Critical Minerals Outlook 2024, predicting that by 2030, 93% of battery-grade graphite will come from China. The IEA identifies graphite as a mineral with very high geopolitical risks, highlighting that its supply can be easily disrupted, and prices could surge unexpectedly. Apart from the […]
UP Catalyst Secures € 1.5 M to Make Carbon Materials for Batteries
UP Catalyst, a leading nanotech company, will develop its 3rd-generation reactor to produce advanced carbon materials for batteries. This solution will specifically tackle the key challenges in carbon manufacturing. The 2-year project received funding from EAS-Enterprise Estonia to produce high-purity carbon from CO2 for battery applications. Tallinn-based UP Catalyst uses the Molten Salt Carbon Capture […]
Carbon materials in sodium-ion batteries: A new era in energy storage?
The energy storage industry has long been dominated by lithium-ion batteries, but recent developments have shown that this trend may be reaching a bottleneck. One such technology that has caught the attention of many is sodium-ion batteries (SIB). Sodium is an element with similar physiochemical properties to lithium but has unique advantages, such as natural abundance, environmental friendliness, and […]
Electrode Material from CO2 Leads to Exceptional Performance in Sodium-ion Batteries
UP Catalyst, a leading Estonian nanotechnology company, is proud to announce the achievement of superior performance in sodium-ion batteries using a novel electrode material derived from CO2. The tests were conducted by the Titirici group, a multidisciplinary research team based at Imperial College London, focusing on the applications of carbon materials in renewable energy technologies. […]
