NoviqTech (ASX: NVQ) advances its biochar carbon removal strategy with a key non-binding MoU covering 70% of credits from its Great Barrier Reef project, targeting 2026 commercial milestones.
- Non-binding MoU with Pure DC for 70% credit offtake
- 2 million tonnes invasive biomass contracted
- 550,000 tonnes carbon removal credits targeted
- Biochar applications in low-carbon concrete for data centres
- Strategic research partnership with Swinburne University
MoU with Pure DC Targets Hyperscale Data Centre Demand
NoviqTech has signed a strategic non-binding memorandum of understanding (MoU) with Pure DC’s climate-tech arm, A Healthier Earth, to potentially secure long-term offtake for at least 70% of carbon dioxide removal (CDR) credits from its flagship Great Barrier Reef Biochar Project. The agreement includes a pathway to jointly develop a biochar production facility, with on-site production trials scheduled for May-June 2026. While feasibility assessments are ongoing, this partnership aligns NoviqTech with hyperscale data centre operators who are under pressure to meet ambitious net-zero pledges amid soaring AI workloads.
This MoU builds on NoviqTech’s recent acquisition of Coralia, which brought in a contracted biomass feedstock portfolio of approximately 2 million tonnes, positioning the company among Australia's largest biochar producers. The project targets the generation of 550,000 tonnes of carbon removal credits certified under the Puro.earth standard, a market increasingly dominated by tech giants such as Microsoft and Google who prefer high-integrity, permanent carbon removal solutions over traditional offsets. NoviqTech’s dual revenue model leverages both saleable physical biochar and carbon credits, addressing structural demand from carbon markets and industrial decarbonisation sectors alike. The company’s strategy is well-timed given the growing energy consumption of AI workloads, with a single ChatGPT query consuming up to ten times the energy of a typical Google search.
Biochar’s Role in Low-Carbon Concrete for Data Centres
NoviqTech is advancing biochar applications in low-carbon concrete, a critical input for data centre construction responsible for roughly 8% of global CO₂ emissions. Through a strategic research partnership with Swinburne University of Technology, the company is validating biochar’s ability to reduce the embodied carbon footprint of concrete by approximately 15%, supporting scalable commercial deployment. This initiative resonates with global industry leaders like Holcim, Amazon Web Services, and Meta, who are piloting biochar concrete mixes to meet sustainability goals in their data centre builds. The structural growth of hyperscale data centres, with over US$700 billion in AI-related capital expenditure projected for 2026, is driving demand for such innovative decarbonisation solutions. NoviqTech’s Coralia subsidiary is therefore well-positioned to capitalise on this intersection of carbon removal and sustainable construction markets, supported by ongoing commercial trials and supplier engagement.
The company’s management team brings a broad mix of expertise spanning carbon markets, engineering, hyperscale data centres, and FMCG scale-up experience, which could prove vital in navigating the emerging biochar market. Key personnel include Tim Brooks, who joined the board following the Coralia acquisition, and Michael Hallam, a renewable energy engineer with extensive experience in carbon project registration and auditing under the Puro.earth standard.
2026 Milestones Set the Stage for Commercialisation
NoviqTech’s 2026 roadmap features clear catalysts, including completion of Puro.earth certification, progression to binding heads of terms with Pure DC, first commercial issuance and sale of carbon removal certificates (CORCs), and expansion of feedstock footprint. The May-June production trials with Pure DC will be a critical test of the technology’s scalability and partnership viability. The company is also focused on cost discipline and asset rationalisation following its recent rebranding and acquisition activities. These milestones will provide tangible signals on NoviqTech’s ability to convert its substantial biomass contracts and research validation into commercial revenue streams.
While the MoU with Pure DC is non-binding and contingent on successful trials, it represents a significant step toward capturing the premium biochar carbon credit market, where prices range between US$150 and US$220 per tonne; vastly outperforming legacy avoidance offsets priced near US$5. This premium status reflects biochar’s permanence and verifiability, qualities increasingly demanded by hyperscale tech companies committed to carbon-negative or net-zero targets by 2030-2040.
NoviqTech’s strategy and recent developments echo its growing role in the biochar carbon removal space, as evidenced by its strategic MOU with Pure DC and the Coralia research partnership with Swinburne University, which together underpin its positioning at the nexus of carbon markets and industrial decarbonisation.
Bottom Line?
NoviqTech’s upcoming production trials and certification progress will be pivotal in validating its biochar strategy amid rising demand from hyperscale data centres.
Questions in the middle?
- Will the May-June trials with Pure DC convert the MoU into binding agreements?
- How quickly can NoviqTech scale biochar production to meet growing AI-driven carbon removal demand?
- What impact will biochar concrete applications have on data centre construction emissions in the near term?