Advancing Carbon Utilization Through Methanol+
Funded through the Grand Challenge: Innovative Carbon Uses in 2014, the Quantiam Technologies Inc. project aimed to develop and demonstrate a novel technology suite, Methanol+, that converts captured carbon dioxide (CO2) and green hydrogen into methanol, a high-value industrial chemical and fuel. The project focused on two core innovations: a CO2 utilization process that operates under milder conditions than conventional methods, and a solar hydrogen production system that uses sunlight to split water into hydrogen and oxygen. Together, these technologies offer a carbon-negative pathway to methanol production, with the potential to displace fossil-based methods and significantly reduce greenhouse gas emissions.
Over the course of the two-year project, Quantiam and its partners, including the University of Alberta, successfully developed and tested advanced catalysts, reactor systems, and prototype facilities for both methanol synthesis and solar hydrogen generation. The Methanol+ process demonstrated net GHG reductions of up to 1.49 tonnes of CO2 equivalent per tonne of methanol produced, while also offering substantial water savings compared to traditional methods. With strong technical results, a clear commercialization roadmap, and the potential to scale from pilot to industrial deployment, the project positioned Methanol+ as a transformative solution for Alberta’s emissions-intensive petrochemical sector and beyond.
Reimagining Methanol Production for a Low-Carbon Future
By integrating CO2 utilization with renewable hydrogen production, Quantiam’s Methanol+ platform addresses two of the most pressing challenges in the energy transition: reducing industrial emissions and decarbonizing hydrogen supply. The project’s success in developing high-performance catalysts and modular reactor systems not only demonstrated technical feasibility but also laid the foundation for scalable, economically viable deployment. With the potential to consume nearly 1.5 tonnes of CO2 per tonne of methanol produced, Methanol+ offers a compelling pathway for Alberta and other jurisdictions to meet emissions reduction targets while creating new value chains in clean fuels and chemicals. As global demand for low-carbon solutions accelerates, the Methanol+ technology stands out as a future-ready innovation capable of transforming captured carbon into a commercially and environmentally valuable resource.
What’s next?
Since project completion in 2016, Quantiam Technologies has continued to build on the foundation laid by its Methanol+ initiative. The final report outlined a clear roadmap for scaling the technology, including pilot-scale demonstrations and eventual commercial deployment of integrated CO2 utilization and solar hydrogen systems. While the company did not proceed through the Grand Challenge Round 2, it has remained active in advancing clean technology solutions. Notably, Quantiam was subsequently awarded funding from Natural Resources Canada (NRCan) in partnership with the University of Alberta in both 2016 and 2018. They have also had success in other applications, such as novel materials for the oil and gas industry.