BAlLANCE WHANGAREI FERTILISER DECONSTRUCTION PROJECT
Project Overview
The deconstruction of the former Ballance Fertiliser Works in Whangarei is a landmark project that highlights Nikau’s expertise in handling complex and sensitive deconstruction tasks. This flagship project holds significant value for both the Whangarei community and the client, given its historical and cultural importance, as well as the challenges posed by asbestos contamination. Addressing these factors was crucial to the project's success and demonstrated our commitment to meticulous planning and execution.
Project Challenges
The deconstruction project presented a range of challenges:
- Structurally Compromised Buildings: The site featured buildings that were structurally weakened, necessitating careful and strategic dismantling.
- Traffic Management: The project required managing traffic in a high-traffic industrial area, including main arterial routes.
- Noise Control: Measures were implemented to minimise noise pollution, ensuring minimal disruption to the surrounding community.
- Dust Suppression: Effective dust control strategies were essential to maintain air quality and reduce environmental impact.
- Erosion and Sediment Management: The site required comprehensive controls to manage erosion and sediment runoff, protecting local waterways and the surrounding environment.
Nikau was selected for this intricate project due to our proven track record in managing such complex tasks. We collaborated closely with the Local Territorial Authority (LTA) and various stakeholders from the initial consent stage through to on-site execution. This collaboration was pivotal in overcoming the project challenges and achieving successful outcomes.
Contractor Responsibilities
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Safe Deconstruction: Conducted deconstruction activities in close proximity to a protected waterway and a historically significant Pa site, adhering to stringent safety protocols to safeguard both the environment and cultural heritage.
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Community Engagement: Worked alongside local Iwi and other community stakeholders to create training opportunities and support local employment. This approach ensured that the benefits of the project extended beyond the immediate scope of work.
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Site Management: Operated efficiently within a bustling industrial and public area, addressing logistical challenges associated with main arterial routes and ensuring minimal disruption to daily traffic.
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Erosion and Sediment Control: Implemented comprehensive erosion and sediment control measures across the site. These measures were crucial for managing environmental impacts and protecting local water systems.
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Asbestos Removal: Expertly removed 800 tonnes of asbestos cladding using advanced crane and basket techniques. This process was conducted with the highest standards of safety and compliance.
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Timber Salvage: Recovered and salvaged significant quantities of native and exotic timbers. These materials were repurposed for reuse, contributing to the sustainability of the project.
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Concrete Recycling: Efficiently demolished all structures, slabs, and foundations, recycling over 10,000 tonnes of concrete. This recycled material was used for on-site backfilling, reducing the need for new materials and minimising waste.
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Contaminated Material Disposal: Responsible for the removal and disposal of over 1,000 tonnes of contaminated material. This material was transported to Hampton Downs Landfill in Waikato, adhering to all environmental regulations.
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Steel Recycling: Recycled more than 2,000 tonnes of steel, further supporting our commitment to sustainable practices and reducing the environmental footprint of the project.
This deconstruction project not only showcases Nikau’s capability in managing complex deconstruction challenges but also underscores our dedication to respecting environmental and cultural sensitivities.
For more information about this project or to discuss how we can assist with your specific needs, please contact us directly.
For further details on the project or to discuss your specific needs, please contact us directly.
