New Research Complex at Massey University Utilizes Innovative Rainwater Drainage System
Auckland, New Zealand – A cutting-edge research complex at Massey University’s Auckland campus is now operational, showcasing an advanced approach to rainwater drainage with the innovative Akasison siphonic system. This state-of-the-art facility, which covers an area of 9,800 square meters, represents a significant leap forward in the university’s commitment to science and research, and opens the door to new opportunities in innovation and collaboration.
Efficient Rainwater Management
The Akasison siphonic system stands out for its remarkable efficiency in swiftly draining rainwater, a crucial feature for buildings like this complex with extensive roof areas. By harnessing the full height of the structure, along with the natural acceleration of water through its downpipes, the system generates negative pressure that effectively ‘sucks’ water away from the rooftop. This advanced solution not only maximizes drainage effectiveness but also minimizes the footprint required for pipework, making it an ideal choice for the complex’s design.
A Purpose-Built Facility
Construction of the research complex began in 2019, with Marley, a leading Aliaxis brand, playing a pivotal role in its development. Completed in 2022, the facility is designed to serve as the University’s central hub for science, innovation, and research. It features specialized teaching and research laboratories, alongside collaborative working spaces, fostering an environment conducive to academic growth and innovative research.
Given the building’s substantial 3,500 square meter roof area, careful planning was necessary to incorporate the necessary drainage systems without compromising space for the other essential services. The Akasison siphonic system was specifically chosen for its compact design, allowing for more efficient use of rooftop space, which was at a premium due to additional pipework, ducting, and other infrastructure required to support the research center’s activities.
Building Resilience Amidst Adversity
The construction of the complex proceeded amid challenging weather conditions, including episodes of extreme rainfall. The decision to implement the drainage system early in the build process proved crucial. By effectively managing rainwater, the construction team circumvented the need for temporary drainage, thus safeguarding the worksite from potential flooding and associated setbacks.
As the facility opens its doors, it positions itself as a landmark for the university and the wider academic community, embodying the principles of innovation and resilience in design and construction. The integration of the Akasison siphonic system is a testament to the forward-thinking initiatives that Massey University continues to endorse in its educational and research endeavors.
In conclusion, the new research complex at Massey University not only enhances the institution’s research capabilities but also exemplifies how innovative infrastructure can align with academic purposes to create sustainable and functional environments for future discoveries.
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