$940M Quantum Computer Project at Brisbane Airport Faces Delays as Consultation Period Stalls

More than a year after it was scheduled to begin, construction of a $940-million quantum computing facility at Brisbane Airport has remained stalled, with the site remaining vacant as regulatory hurdles continue to push back the timeline for Silicon Valley tech firm PsiQuantum’s project.


Read: Brisbane Airport Industrial Precinct Set to Become Global Quantum Hub


The 13-hectare site tucked behind the airport was scheduled to see construction activity in 2025, but the land remains empty with no indication of when work might commence. A mandatory two-month public consultation process—the first step in securing Commonwealth approval—has yet to start, which may affect PsiQuantum’s stated target of completing the facility’s infrastructure by 2027.

Federal and state authorities have committed $470 million each to the venture through share purchases, grants, and loans. The project aims to establish what PsiQuantum describes as the world’s first commercially useful, fault-tolerant quantum computer.

Photo credit: PsiQuantum

The location behind Brisbane Airport was selected for its strategic advantages. Proximity to the Port of Brisbane enables transportation of large computing components, whilst high-capacity power infrastructure can support the energy-intensive operations required for quantum computing.

Brisbane Airport Corporation, which leases the land from the Commonwealth, must submit a major development plan before any construction activity can begin. That process cannot proceed until public consultation concludes and submissions are reviewed—steps that remain pending.

When questioned about the timeline during Senate estimates hearings in October, the federal Department of Industry, Science and Resources indicated it had not prepared contingency plans for delays extending beyond 2025.

Photo credit: PsiQuantum

Brisbane Airport’s Scott Norris, executive general manager for commercial operations, verified the airport’s engagement with PsiQuantum on precinct matters but did not elaborate on delay factors.

PsiQuantum has stated the project remains on track despite the visible lack of activity. A company spokesperson noted the importance of following proper development approval processes, indicating that construction will begin once Brisbane Airport receives the necessary permissions.

Behind the scenes, preparatory work continues. Engineering consultancy Jacobs has finalised the schematic design for the complex, whilst construction firm Lendlease has been engaged early to provide expertise on buildability and logistics.

The facility’s design is substantial in scope and technical complexity. Plans include a main office building, quantum computing operations buildings housing hundreds of cryogenic cabinets containing silicon photonic chips, and an enormous cryoplant that will maintain temperatures of minus 269 degrees Celsius, a mere four degrees above absolute zero.

That cryoplant, described as a critical component of the facility, is currently being manufactured in partnership with Linde Engineering and remains scheduled for delivery in 2027. The company has indicated building completion is still targeted for that year, with the quantum computer becoming operational several years later.

The project centres on quantum computing technology with potential applications in drug discovery, materials science, and complex system modelling. If completed as planned, the facility would position Queensland as a participant in quantum computing infrastructure development.

Queensland Treasurer David Janetzki has said the Crisafulli administration, which reviewed and ultimately proceeded with the agreement, expects PsiQuantum to fulfil its commitments. The venture is projected to generate up to 400 technology jobs in Brisbane.

Meanwhile, PsiQuantum’s related project at Griffith University’s Nathan campus faces its own timeline adjustments. A test and validation laboratory originally scheduled to open in 2025 has been rescheduled to May due to renovation work tied to broader building upgrades. That facility will feature a custom cryostat, described as one of Australia’s most powerful cryogenic systems, for testing quantum components before their integration into the main computer.


Read: Quantum Cooling Facility to Power Computer Project Near Brisbane Airport


The company has been expanding its Brisbane presence, establishing local headquarters in the CBD last year. Recent leadership transitions saw Australian co-founder Jeremy O’Brien move from chief executive to executive chairman, with industry veteran Victor Peng stepping in as interim CEO.

As 2026 progresses, observers are watching to see whether PsiQuantum can navigate the regulatory process in time to meet its 2027 construction deadline. The vacant site at Brisbane Airport remains a visible indicator that Australia’s largest quantum computing investment has yet to commence construction.

Published 17-February-2026

Brisbane Airport Industrial Precinct Set to Become Global Quantum Hub

The Brisbane Airport industrial precinct has been chosen as the site for one of the most ambitious technology projects in the world: the development of the world’s first utility-scale, fault-tolerant quantum computer by Silicon Valley-based company PsiQuantum.


Read: Quantum Cooling Facility to Power Computer Project Near Brisbane Airport


Backed by nearly $1 billion in funding from the federal and state governments, this groundbreaking facility will put Brisbane at the forefront of the quantum computing revolution.

Why Brisbane Airport Industrial Precinct?

Brisbane Airport industrial precinct
Photo credit: Mark Brian/Google Maps

The Brisbane Airport industrial precinct offers a perfect combination of advanced infrastructure, stable power supply, and close proximity to leading research institutions—making it an ideal location for such a complex and large-scale project. Situated near the Qantas maintenance hangars, the site provides ample space for the quantum computer’s massive warehouse-style structure, as well as office and laboratory facilities.

This location supports efficient logistics and collaboration, positioning Brisbane Airport not just as a transport hub, but as a global innovation centre where cutting-edge quantum technology will be developed and scaled.

What is a Quantum Computer?

Quantum computers are not just faster versions of the laptops or smartphones we use today. They’re an entirely different kind of machine, built on the rules of quantum physics.

While traditional computers process information using bits (which can be either a 0 or a 1), quantum computers use qubits, which can be both 0 and 1 at the same time. This strange property, known as superposition, allows quantum computers to explore vast numbers of possibilities all at once.

A regular computer is like reading one book at a time. A quantum computer is like reading every book in the library at once.

Why does it matter?

Quantum computers have the potential to solve problems that today’s computers would take thousands of years to crack. They’re expected to revolutionise a number of industries — and that could benefit all of us. Some of the most exciting possibilities include:

  • Medical breakthroughs – Designing new medicines by simulating molecules with extreme precision.
  • Climate solutions – Running complex models to better understand and respond to climate change.
  • Faster, smarter logistics – Helping airlines, delivery companies, and supply chains run more efficiently.
  • Next-generation security – Creating new forms of encryption (and also challenging current ones).

Quantum vs. Classical Computers — A Quick Comparison

Classical ComputerQuantum Computer
Basic unitBit (0 or 1)Qubit (0 and 1 at the same time)
Computing powerGrows step by stepGrows exponentially with each added qubit
Best atEveryday tasks (emails, documents)Complex simulations, optimisation, AI modelling
Real-world use casesBrowsing, gaming, office workDrug discovery, climate modelling, advanced AI

The Quantum Leap Forward at Brisbane Airport

Brisbane Airport industrial precinct
Photo credit: PsiQuantum

PsiQuantum’s quantum computer will use photons—particles of light—as qubits, allowing the system to operate at a comparatively “warm” temperature of 4 Kelvin (-269°C), thanks to advanced silicon photonic chips. This is a significant advantage over other quantum machines that require temperatures close to absolute zero, making it easier to scale up to the millions of qubits necessary for fault-tolerant computing.

A key part of the project is a massive cryogenic cooling plant, designed and built by global leader Linde Engineering, which will keep the quantum chips at the ultra-cold temperatures they need to function reliably. Construction at the Brisbane Airport site will begin in 2025, with an initial operational launch expected by the end of 2027.

PsiQuantum aims to reach a full-scale quantum computer with about one million qubits by 2029, unlocking unprecedented computing power that could transform fields such as drug discovery, climate modelling, artificial intelligence, and beyond.


Read: New Look, New Era: Brisbane Airport Celebrates Centenary with Brand Refresh


With this landmark project, Brisbane Airport’s industrial precinct is poised to become a global centre for quantum technology and innovation, marking a major step forward for Australia’s role in next-generation computing.

Published 28-May-2025

Quantum Cooling Facility to Power Computer Project Near Brisbane Airport

A large-scale cryogenic facility comparable to a supermarket is set to be installed near Brisbane Airport to support PsiQuantum’s development of a full-scale quantum computer.



Background and Context

A global initiative to build a utility-scale quantum computer has taken a major step forward with the planned installation of a large cryogenic cooling plant near Brisbane Airport. The project is being led by Silicon Valley-based firm PsiQuantum and is supported by a $470 million commitment from the State. A matching contribution from the federal government brings the total investment to nearly $1 billion.

The project was outlined in the Managing Queensland’s Debt and Investments 2024 report, which detailed various financial priorities, including the state’s rising capital program and infrastructure outlays.

quantum computer
Photo Credit: PsiQuantum

Quantum System Requirements

At the centre of the Brisbane development is a cryogenic plant built by German company Linde Engineering. The system will operate at 4 Kelvin, or -269°C, using helium gas cooled to a liquid state. The facility will span nearly 3437 square metres, making it the largest cryoplant built specifically for quantum computing.

PsiQuantum’s approach differs from traditional quantum computing designs by using photons instead of matter-based qubits, allowing operation at slightly higher temperatures than systems that require near absolute zero conditions.

This design has enabled faster development towards a 1-million-qubit computer — the level at which quantum systems are expected to begin solving complex, real-world problems in fields such as medical research, clean energy, and industrial chemistry.

PsiQuantum
Photo Credit: PsiQuantum

Local and International Links

The site near Brisbane Airport was chosen partly due to existing research networks in Queensland. PsiQuantum is collaborating with five Queensland universities—including UQ, Griffith, QUT, and USC—leveraging local academic links, with two of its founders having studied in the state.

PsiQuantum is also establishing a test laboratory at Griffith University while the primary facility is under construction, with an aim to develop a skilled local workforce.

cryoplant near Brisbane Airport
Photo Credit: PsiQuantum

Next Steps

The cryogenic plant is being built in Europe and will later be transported to Brisbane for assembly. Once completed, it will be assembled by local engineers. The facility is expected to form the foundation of the world’s first commercial-scale quantum computing system.



The state’s investment is part of a broader capital works program contributing to increased debt levels, with total borrowings reaching $139.2 billion as of 30 June 2024. Despite this, Queensland’s investment signals a focus on long-term innovation and technology development through projects such as the Brisbane quantum computer.

Published 10-May-2025