Nanostellar's Rational Catalyst Design methodology unites two disciplines – computational nano-science and advanced synthetic chemistry – to speed the pace of development for nanoscaled catalytic materials for diesel emissions control. The automotive and stationary power industries, continually in search of better, cheaper ways to meet rigid emissions requirements, use Nanostellar materials to clean up diesel exhaust more cost effectively than traditional materials.
Using patent-pending Rational Catalyst Design methodology, Nanostellar gains a fundamental understanding of the surface chemistry and properties of nano-materials, enabling the company to speed the pace of development for innovative diesel catalyst materials. The result: novel engineered nano-alloys that improve the performance of diesel emissions control catalysts by 25%-30%.
Car and truck OEMs, aftermarket suppliers, coaters and manufacturers need materials that will help them reduce their costs while continuing to set the bar higher for performance. Emissions-control companies can focus on system design, knowing that cost-effective advanced catalysts meeting the requirements of their new designs can be rapidly developed and delivered through Nanostellar's Rational Catalyst Design platform.
