A major wastewater treatment plant in Malaysia has adopted GNEE STEEL’s heavy-duty steel grating for its latest facility upgrade project. The plant is responsible for treating municipal and industrial wastewater for a large metropolitan area, and the expansion required durable, anti-corrosion walkways that could withstand continuous exposure to moisture, chemical vapors, and microbial gases. GNEE STEEL supplied more than 320 tons of galvanized and stainless steel grating designed for aeration tanks, sludge treatment areas, chemical dosing platforms, and pump stations throughout the plant.

Given the corrosive nature of wastewater facilities, the project required materials with outstanding resistance to humidity, sewage gases, and chemical splashes. GNEE STEEL supplied a combination of galvanized grating for general access areas and 304/316 stainless steel grating for high-corrosion environments such as chemical dosing lanes and high-humidity aeration bays. The stainless steel grating, produced with precise bearing bar spacing and deep serration patterns, provided enhanced slip resistance and long-term durability without the need for repetitive maintenance.

The project also required numerous custom-engineered grating shapes to match round basins, elevated service platforms, and complex piping structures. GNEE STEEL’s engineering team provided full technical support, from load calculation to drainage optimization and site-specific customization. This ensured stable installation, excellent load distribution, and safe operation for plant technicians who regularly inspect and service process equipment.

Packaging for this shipment followed GNEE STEEL’s export standards, including anti-humidity wrapping and reinforced steel pallets. The shipment was delivered on schedule and immediately installed, contributing to improved plant efficiency, safer access areas, and enhanced corrosion protection. The successful completion of this project highlights GNEE STEEL’s ability to provide reliable steel grating solutions for wastewater treatment facilities and complex municipal environmental engineering projects.