Highlights

  • NoviqTech shares rose 12.50% on 23 April 2026, following the announcement of a new research partnership focused on low-carbon concrete solutions.
  • The agreement, through subsidiary Coralia, involves collaboration with Swinburne University to explore biochar applications.
  • Phase 1 will assess the use of biochar derived from biomass in non-structural concrete and landscaping products.
  • The initiative supports a dual revenue pathway, combining carbon credits with construction material applications.
  • The partnership extends the company’s presence across carbon markets and infrastructure decarbonisation supply chains.

NoviqTech Ltd (ASX:NVQ) shares increased by 12.50% to AUD 0.027 during the afternoon session on 23 April 2026, following the release of an update outlining a new research collaboration. Despite today’s movement, the stock remains approximately 10% lower over the past year, reflecting a period where broader market dynamics and execution progress have shaped performance.

The latest development centres on a partnership aimed at advancing biochar applications in low-carbon concrete, with a specific focus on data centre infrastructure.

Company Overview and Strategic Direction

NoviqTech Limited operates as a technology-focused company with activities spanning carbon markets, sustainability solutions and digital infrastructure-related applications. Through its subsidiary Coralia, the company is developing projects linked to biochar-based carbon removal and emissions reduction.

Coralia’s strategy combines the generation of carbon removal credits with the physical application of biochar in construction materials, positioning the business across both environmental and infrastructure-focused value chains.

Partnership to Advance Biochar in Low-Carbon Concrete

The company announced that Coralia has entered into a Research Partnership Agreement with Swinburne University of Technology. The collaboration is intended to explore the application of biochar in low-carbon concrete, particularly within data centre developments.

Biochar is a carbon-rich material derived from biomass and is being evaluated for its ability to reduce emissions associated with concrete production while also enabling long-term carbon storage.

The partnership reflects a structured approach to assessing both the technical and commercial feasibility of integrating biochar into construction materials.

Phase 1 Program Focus and Scope

The initial phase of the research program will focus on assessing biochar derived from invasive Chinese apple tree biomass for use in non-structural concrete and landscaping applications.

The program will include a range of activities such as feedstock and material characterisation, concrete mix design, performance testing, durability assessments and environmental analysis under tropical and coastal conditions.

In addition, the research will incorporate the development of testing methodologies, quality assurance frameworks and regulatory pathway assessments aligned with Australian Standards.

The outcome of this phase will be a consolidated report outlining feasibility findings and potential pathways for further development.

Potential Pathway to Broader Applications

Following completion of the initial phase, the company has indicated that a second phase may evaluate scalability and potential use in structural concrete applications, particularly for data centre infrastructure.

The staged approach allows for initial testing in applications with relatively lower regulatory and engineering requirements before expanding into more complex use cases.

In parallel, the company intends to engage with industry partners to support commercial trials and explore funding opportunities to accelerate development.

Dual Revenue Model Across Carbon and Construction Markets

A key element of the strategy is the development of a dual revenue model. This model combines the generation and sale of biochar carbon removal credits with the use of biochar as a material input in construction.

Carbon credits are linked to the ability of biochar to store carbon over extended periods, while its application in concrete aims to reduce embodied emissions in building materials.

This approach positions the company across two distinct but related markets — carbon offsetting and low-carbon construction — both of which are experiencing increasing levels of interest.

Market Context and Industry Drivers

The initiative is supported by broader industry dynamics. Cement production is estimated to account for approximately 8% of global carbon dioxide emissions, highlighting the potential impact of lower-emission alternatives.

At the same time, demand for data centre infrastructure is increasing, with projections indicating that Australia’s data centre capacity could more than double to around 3,100 megawatts by 2030. This expansion is expected to require significant investment and construction activity.

Concrete is a major component in such developments, representing a substantial proportion of construction materials, which further underscores the relevance of exploring lower-carbon alternatives.

Expanding Capabilities and Platform Positioning

The partnership with Swinburne extends Coralia’s capabilities in materials research, testing and validation. The university brings expertise in applied research, engineering and sustainability, alongside established frameworks for evaluating construction materials.

Through this collaboration, the company aims to build technical data and validation pathways that could support future commercialisation efforts.

The initiative also aligns with the company’s broader objective of integrating carbon removal solutions with infrastructure applications.

What This Means for Investors?

The share price movement on 23 April 2026 appears to reflect investor response to the announcement of the research partnership and its potential implications.

The collaboration introduces a structured pathway to evaluate new applications for biochar, alongside the development of a dual revenue model.

While the company remains in the research and development stage for this initiative, the update provides visibility on its strategic direction and areas of focus.

Investors are likely to monitor progress through the defined phases of the program, including the outcomes of feasibility assessments and any subsequent commercial developments.