AIBN Dry Lab
The University of Queensland
We delivered a state-of-the-art dry laboratory for UQ’s AIBN, replicating desert conditions to support advanced solar battery research. Completed on time and within budget, the facility empowers researchers to drive breakthroughs in solar technology and career development.
- PC2 Lab
- Humidity controlled subroom
- Live laboratory environment
- Education
- Research
- Laboratories
- Laboratories
- Universities
- World-first
The Brief
The University of Queensland’s Australian Institute for Bioengineering and Nanotechnology (AIBN) required a dry laboratory capable of replicating conditions found in the Nevada Desert, including a relative humidity of 20%. The lab was needed to support groundbreaking research into solar battery efficiency, prompted by findings from a UQ team whose batteries performed unexpectedly well during a competition in Las Vegas. Their goal was to investigate the environmental factors contributing to this performance boost and leverage the results to advance solar technology.
This specialised lab would not only elevate UQ’s research capabilities but also enrich the careers of students and staff by providing a world-class research environment.
Our contribution
As the head contractor under a lump-sum agreement, we undertook the challenge of delivering this complex fitout. The scope of work included constructing a humidity-controlled subroom using EPS panels within a sealed outer shell to replicate the desired desert conditions.
We worked closely with DM2 and HJI to ensure that all elements of the laboratory adhered to strict design requirements, providing seamless coordination between material procurement and on-site construction. Our approach included:
- Identifying and procuring specialised materials for humidity and climate control.
- Executing a fitout that ensured the lab met rigorous environmental standards, including temperature, dust, and humidity controls, and
- Coordinating with designers and engineers to adapt solutions in real-time, delivering maximum value for UQ.
The remarkable project outcome
The new dry laboratory at UQ is a cutting-edge facility that recreates some of the driest conditions on Earth, enabling AIBN researchers to investigate the environmental factors that enhance solar battery performance. Delivered on time and within budget, the project reflects our commitment to precision and partnership.
This world-class laboratory supports UQ’s mission to lead in scientific discovery and career development, providing researchers with the perfect foundation to drive future breakthroughs in solar technology.