Station R

Nanogence aspires to be a global material innovation company. We take part in production, research, development, and sales of all types of novel synthetic materials. Our disruptive material and process technologies enable solutions for various industries and support the cradle-to-cradle loop. Our goal is to accelerate the transition towards more sustainable world.

  • Construction Thanks to 6+ years of research, we manufacture tailored catalysts for the cement industry to help diminish their carbon emissions while providing the direct cost benefits. Our vision is to help each and every cement producer and user to attain the best quality material with their highest performance potential while cutting down their carbon emissions by half. Our catalyst technology enables them to enhance the strength properties while integrating the eco-friendly materials in their production process leading to direct costs and energy reduction. Currently, construction sector is one of the major source of GHG emissions.
  • Pharmaceutical Exploring other physical characteristics of our non-toxic catalyst materials, we learned how we can expand the application in improving healthcare products. For instance, instantaneous degradation at precise pH allows us to develop target drug delivery products. Before targeting such ambitious plans, we took more straightforward application in orthodontics where we use the catalyst to improve the properties of dental cement products to make it more patient compliance.
  • Energy Storage With more and more sustainability push, the energy storage is in the limelight from electrical vehicles to large grid electrical supply. We have invented using our process technology to produce special gel materials that allows reducing the production cost of current lithium-ion based battery by 20% and manufacturing footprint by 30-40%. The methods allows the removal of all toxic solvents entirely and with no requirement of recirculation streams. This opens up an entire new avenue of battery manufacturing and can revolutionize the main bottle neck of EV adaptation in the market (i.e.) cost coming from battery manufacturing.