All works were conducted whilst ensuring base operations were not impacted. Detailed programming and logistic planning was required to ensure all critical stakeholders were engaged and not impacted. The primary scope involved the following:
Once all cut overs were complete, we simply reterminated the original fibres, which then became the redundancy fibres. This added value to the client and demonstrated the businesses capacity to work collaboratively with all stakeholders to enhance the contracted outcomes.
Instead of losing all comms to a building while existing fibres were reterminated, we developed a strategy to install and test the new redundancy fibres, this enabled services to be simply repatched onto the new fibres, with minimal impact on the base. All project milestones and objectives were met or exceeded.
Due to its extensive industry expertise and technical capability, Nilsen QLD was awarded the Queen’s Wharf Brisbane project, delivering the design and installation of a comprehensive communications infrastructure. The scope included a dual-redundant fibre backbone...
The Visy Glass Recycling and Manufacturing Facility at Stapylton, Queensland, is a major industrial development combining a glass recycling cullet plant, container glass manufacturing facility, and finished goods warehouse on a greenfield and brownfield site. The...
Nilsen Engineering Services delivered an innovative retrofit solution for Boyne Smelters Limited (BSL), one of Australia’s largest aluminium smelting operations, where continuous electrical supply is critical to production. The project addressed the replacement of...
From large-scale infrastructure to tailored electrical solutions, reach out to our team today to find out how we can support your project.
