SRG Global’s Civil team has undertaken the construction of a new treated wastewater transition tower for Water Corporation at the Point Peron Wastewater Treatment Plant site in Western Australia. Our work follows the recent duplication of a major section of the treated wastewater pipeline, known as the Sepia Depression Ocean Outlet Landline (SDOOL), which facilitates the transfer of wastewater from Woodman Point, East Rockingham, and other treatment plants across Western Australia.

The transition tower plays a critical role in managing and protecting the release of wastewater from the SDOOL pipeline into the ocean outfall pipe, alleviating pressure variations that can occur between different plants. Standing at 24 meters upon completion, the tower provides a crucial release point for pressure regulation. Our team has efficiently executed a range of activities, including earthworks, sheet-piling, bracing, jet grouting, dewatering, service diversions, and a significant concrete pours for the tower and other large structures, ensuring the successful advancement of this essential infrastructure project.

SRG Global excelled in the design and construction of a 20ML water tank in Karratha, Western Australia, for Water Corporation. Our team meticulously designed and constructed the tank to meet the highest standards of quality and functionality. Employing advanced construction techniques and adhering to rigorous safety protocols, we ensured the project was completed efficiently and within schedule. This achievement further solidified SRG Global’s reputation for delivering critical infrastructure projects with precision and reliability. The successful execution of this project underscores our expertise in collaborating with clients and providing robust solutions for essential water management systems.

The most complex aspect of the project was the temporary works required to safely erect the tilt-up panels. In an area known for extreme weather conditions, particularly high winds and cyclones, our team engineered robust bracing systems to ensure stability throughout the construction process. This included the use of wind-resistant supports that did not rely on the permanent structure, allowing us to safely manage the lift and placement of the panels under stringent safety protocols.