AQP
September 17, 2024
Technology for Today and ToMORROw
A catalyst for change
Transforming the Energy Industry with Green Chemistry.
Our innovative novel catalysts drive better efficiency, sustainability and reduce costs. Elevate your energy processes today with NanosTech's groundbreaking nanocatalyst technologies
Advanced Nanocatalysts Technology
NanosTech provides cutting-edge catalysts designed for key processes in energy production and decarbonization.
Our portfolio features innovative catalytic solutions, such as a reforming suite that produces low-emission hydrogen, and the conversion of CO2 into valuable syngas. They play a key role in the upgrading difficult to treat renewable heavy oils, enabling biofuel production.
NanosTech's nanocatalysts excel in applications like in-situ upgrading (ISUT), refining off-spec oils at the production well, reducing emissions and enhancing product quality.
We are redefining the future of energy by harnessing our groundbreaking catalysts to transform today’s challenges into the sustainable solutions of tomorrow.
Nanocatalytic Technology Solutions
Reforming Suite
A Reforming Catalyst of
Noble Heritage and
Cutting-Edge Precision
Noble Heritage and
Cutting-Edge Precision
Clean Fossil Fuels
Efficient Hydrogen and Syngas Production
LESR technology redefines low-emission reforming, converting CO₂ into valuable syngas and hydrogen with unmatched efficiency:
- Low-Temperature Reforming Catalyst: Operates at temperatures 35% lower than traditional methods, reducing energy use and cutting emissions by up to 112%.
- Enhanced Stability and Selectivity: Resilient in water-rich and organic settings, maintaining peak performance without deactivation.
- Integrated Reforming Process: Combines key steps into a single streamlined process, minimizing reactor needs and utilizing CO₂ from LESR in dry reforming, enhancing system efficiency and maximizing carbon utilization.
AQP Suite
Self Generating Hydrogen Catalyst to Transforming Challenging Oils into
High-Value Fuels
High-Value Fuels
Clean Fossil Fuels
Making Renewable Fuels Possible
A versatile catalyst designed to enhance reaction efficiency by enabling both hydrogenation and steam cracking within the same reactor:
- Simultaneous Hydrogenation and Cracking: Achieves improved heavy oil upgrading by combining key reactions.
- Novel Catalyst Design: Capable of dissociating water and H₂ without the typical deactivation seen in conventional hydroprocessing catalysts.
- Minimizes By-Products: Reduces the formation of unwanted by-products, ensuring a more streamlined and effective refining process.
ISUT TM
Transforming Oil Directly
in the Reservoir for a Cleaner,
More Efficient Energy Future.
in the Reservoir for a Cleaner,
More Efficient Energy Future.
Clean Fossil Fuels
Decarbonizing Oil Production
ISUT technology harnesses a unique nanocatalyst to decarbonize oil directly in the reservoir:
- Minimizes Emissions: By upgrading oil in situ, ISUT reduces the need for traditional above-ground processing, leading to lower emissions and enhanced operational efficiency.
- Innovative Nanocatalyst Design: The nanocatalyst binds to sand grains, creating a stable catalyst bed that efficiently reacts with injected gases, improving oil recovery.
- In-Reservoir Upgrading: Enhances oil quality by initiating catalytic upgrading below ground, cutting greenhouse gas emissions at the source.
Best Net-Zero Energy Company
Alberta Innovates | Inventures 2021
What's new at NanosTech
Be a catalyst of change. Lead with us.
Awards and features
Turning waste to fuel.
Up to 80% fewer automotive emissions than traditionally fueled vehicles: Olympia catalyst powers the technology that won us the 2021 Inventures Net-Zero Energy Pitch Competition. Our research team is driving our sustainable energy solution forward by transforming waste products into renewable fuel and synthetic biocrude.
