Access engineered for hydrocarbon environments.
Lighter, faster to erect, and electrically resistant with reduced conductivity, for refinery turnarounds and maintenance.
Refinery Access Constraints
Conventional scaffold systems are fundamentally unsuited for the high-consequence environments of modern refineries. The conductive nature of steel creates a significant risk multiplier in live environments, while the heavy weight of steel ringlock systems slows down the erection process and increases manual-handling risk.
These constraints are further exacerbated by the high energy levels and complex infrastructure found in hydrocarbon environments. The Taurus System removes these constraints through a proprietary hybrid aluminium and structural polymer design, providing a safer and more efficient solution for refinery turnarounds and maintenance.
Refinery Access
The Taurus System is engineered for the unique demands of hydrocarbon environments. By combining proprietary hybrid aluminium and structural polymer, we deliver a solution that is electrically resistant with reduced conductivity. This eliminates a category of risk on live sites, while the 20% lighter weight of the system enables faster erection and dismantling, reducing manual-handling and crane load for refinery turnarounds and maintenance.
Technical Proof
Electrical Safety
The Taurus System is electrically resistant with reduced conductivity, engineered for work around energised infrastructure.
Weight Reduction
On average 20% lighter than comparable aluminium systems and 30 to 40% lighter than steel ringlock.
Structural Integrity
Heavy duty rated to 675 kg under AS/NZS 1576. Proprietary hybrid aluminium and structural polymer.