Our transformational nanocatalyst-based technologies are leading the way in the energy evolution.
We're committed to developing leading-edge nanotechnology solutions to the most pressing challenges facing the energy industry - and our world - today and into the future.
Our catalysts, optimized with their patented processes, ensure the highest benefit, harnessing green chemistry principles. These solutions enhance oil production, improve resource quality, and support the creation of new fuels like hydrogen, a key component in cleaner energy.
Join NanosTech on this journey toward advancing the energy transition for a greener and more sustainable future.
Our advanced catalysts drive efficiency across all three solution pillars: Carbon Management, AQP, and ISUT®. By enabling reactions at lower temperatures and pressures, we cut energy consumption, simplify operations, and deliver high-value products with a reduced carbon footprint.
From upgrading heavy oils with AQP to unlocking CO₂ conversion in Carbon Management and improving in-situ recovery with ISUT®, our catalyst-enabled processes deliver higher-quality outputs - the result: cleaner fuels, broader refinery compatibility, and maximized resource value.
Each of our solution pillars, Carbon Management, AQP, and ISUT®, is designed to reduce emissions at scale. By replacing energy-intensive steps with efficient nanocatalyst pathways, we help producers reduce carbon emissions, create sustainable fuels, and meet ambitious climate goals.
NanosTech’s Olympia™ catalyst powers a new era of CO₂ utilization. Delivering noble-metal performance without noble metals, Olympia™ enables the Reverse Water Gas Shift reaction with high selectivity and stability. By converting CO₂ into syngas efficiently and at scale, it lays the foundation for sustainable fuels, chemicals, and circular carbon solutions.
quaprocessing (AQP) is NanosTech’s self-generating hydrogen platform built for the toughest oils. Designed to process both fossil and renewable heavy feedstocks, AQP upgrades challenging oils into high-value, refinery-ready fuels without external hydrogen. It eliminates sulphur, reduces acidity, and unlocks circular value from waste streams, enabling scalable, low-emission fuel production for a more sustainable energy future.
Learn moreCleaner fossil fuels. ISUT technology extracts more, better-quality oil faster and more economically while cutting GHG emissions at the source before the oil is even produced. This process reduces emissions and improves oil quality, marking the first step in the clean energy evolution.
Catalysts create chemical reactions with increased selectivity, high activity, low energy consumption and long lifetime. Because they can be used over and over again, they present industries with significant savings.