Noviqtech Ltd (ASX:NVQ, OTC:NVQLF, FRA:63Q0) subsidiary Coralia has signed a research partnership with Swinburne University of Technology to explore how biochar can be used in low-carbon concrete, with an initial focus on non-structural applications linked to data centre infrastructure.
The agreement is an important step in Coralia’s strategy to expand beyond carbon credits and build a presence in physical decarbonisation markets, particularly in construction materials where demand for lower-emissions solutions is growing.
Phase 1 to test technical and commercial viability
Under the Phase 1 program, the partners will assess biochar derived from invasive Chinese apple tree biomass for use in non-structural concrete and landscaping products. The work will cover feedstock and biochar characterisation, concrete mix design, durability and performance testing, accelerated ageing and environmental assessment under tropical and coastal conditions.
Swinburne will also develop testing methods, quality assurance frameworks and regulatory pathway assessments aligned with Australian standards, with the program to conclude in a consolidated Phase 1 report.
The structure of the partnership gives Coralia an academic and technical partner to validate whether its biochar can move from concept to practical application in construction materials, while also helping define the compliance pathway needed for broader industry use.
Broadens Coralia’s commercial pathway
For Coralia, the partnership supports a dual-revenue model built around both biochar carbon removal credits and physical biochar products designed to lower the embodied carbon of cement and concrete.
That is significant because it broadens the company’s addressable market. Rather than relying solely on carbon markets, Coralia is positioning itself to participate in infrastructure decarbonisation supply chains as well, targeting sectors such as data centres where materials demand is expected to rise alongside capacity growth.
The initial emphasis on non-structural concrete also gives the company a lower-risk entry point. Landscaping and civil applications generally face fewer engineering and regulatory hurdles than structural concrete, which could support earlier market adoption and revenue opportunities while performance data is built up.
Next steps aimed at trials and scale-up
If Phase 1 is successful, the project could progress to a Phase 2 program focused on scalability and structural concrete applications for data centre infrastructure.
Before that, Coralia plans to use the results of the first stage to pursue concrete industry partners for commercial trials of biochar-enhanced concrete. The company also intends to apply for grant funding to help accelerate development of the project.
In effect, the Swinburne partnership gives Coralia a pathway to generate technical validation, build industry credibility and open the door to pilot and commercial opportunities, while strengthening its position across both carbon and construction markets.