Transforming Captured Carbon into Industrial Value

C-UP PtX is an Australian clean-technology company developing carbon utilisation platforms for sustainable fuels, chemicals and low-carbon manufacturing. The company builds on advances in electrochemical CO2 conversion, carbon capture integration and Power-to-X system design. Its core platform converts captured carbon into synthesis-ready syngas, creating a flexible bridge between carbon sources and downstream fuel or chemical production. 
 

C-UP PtX is focused on translating scientific innovation into deployable industrial systems that can support carbon reduction, renewable-powered manufacturing and future circular carbon supply chains.

Recognition & Momentum

C-UP PtX has built strong early momentum through recognition across deep-tech, entrepreneurship and climate-innovation programs. The platform has attracted attention for its integrated approach to CO2 capture and conversion, its commercial translation potential, and its relevance to hard-to-abate sectors seeking scalable carbon utilisation pathways.

Recognised through international innovation and entrepreneurship programs

Invited engagement through major technical forums and industry workshops

Positioned at the intersection of carbon utilisation, sustainable fuels and electrified manufacturing

Supported by protected intellectual property and ongoing scale-up activities

From Research Translation to Industrial Deployment

C-UP PtX is progressing from laboratory validation toward pilot deployment and future commercial systems. The company is engaging across the carbon utilisation value chain, including carbon sources, infrastructure, fuel upgrading pathways and future market adoption. This industry-oriented development approach supports the transition from integrated capture-to-conversion technology toward scalable Power-to-X deployment.
 

C-UP PtX’s near-term focus is to advance modular electrochemical systems for sustainable aviation fuel, methanol, synthetic hydrocarbons and other low-carbon chemical pathways.