Port & Maritime
How Dhamra Port Transformed HVAC and Electrical Maintenance with XO FRP Scaffolding
Replacing conventional MS scaffolding with non-conductive FRP systems at India's deepest port for safe height maintenance.
01 / Client Overview
Dhamra Port (Adani Ports) faced challenges with conventional MS scaffolding — maintenance at heights up to 30 feet consumed excessive space, suffered frequent corrosion, and posed electrical safety risks. Time-consuming erection and dismantling further reduced operational efficiency.
02 / Critical Challenges
30-Foot Height Access
Maintenance at heights up to 30 feet for HVAC and electrical systems.
Space Consumption
High space consumption with conventional MS scaffolding systems.
Corrosion Issues
Frequent repairs and corrosion issues with existing metal scaffolding.
Electrical Safety Risk
Electrical safety risks with conductive MS scaffolding near live equipment.
03 / The Y Group Solution
Non-Conductive FRP
Non-conductive FRP fiberglass eliminating all electrical safety risks.
Corrosion-Free Design
Corrosion-free, weather-resistant design for marine port environment.
Snap-Lock Assembly
Quick assembly with snap-lock mechanisms reducing setup time dramatically.
Advanced 3T Construction
Advanced 3T construction for maximum stability with long service life.
04 / Performance Results
3X increase in maintenance productivity across port operations.
2X reduction in operational costs vs conventional MS scaffolding.
30-foot working height for comprehensive HVAC and electrical access.
Zero electrical risk with non-conductive FRP fiberglass construction.
"The transition to XO FRP scaffolding eliminated our corrosion headaches and electrical safety concerns while dramatically improving our maintenance speed."
Case Library
Related Projects
Adani Power
3X productivity at Tiroda with corrosion-resistant aluminum walkways and platforms.
Siemens Mobility
Precision rail access platforms for front and side train maintenance globally.
Reckitt
Mobile height-access platforms replacing fixed ladders in automated manufacturing.