Solve Civil managed the project from start to finish, ensuring efficient execution while maintaining environmental and safety compliance. The scope included site preparation, temporary fencing, and sediment control before commencing demolition of outdated infrastructure, including a steel gantry crane, vent pipe, and perimeter fencing. Excavation and installation of two 1200mm diameter maintenance manholes, interconnecting pipework, and preparations for a new pump station and stormwater treatment unit were completed with precise backfilling and groundwater control. Additional work included trenching for electrical supply, concrete coring, and connecting to the existing sewer system. Below-ground structures were demolished as required, and waste removal was conducted with soil testing and certification. The project was finalized with site leveling, installation of new security fencing, and the construction of an additional 95m² of concrete hardstand to improve durability and site functionality.
The project successfully upgraded the site’s infrastructure, ensuring a reliable and compliant drainage system while improving site accessibility and security. The additional 95m² of concrete hardstand provided increased durability and functionality, meeting the client’s evolving needs. Solve Civil delivered the project with minimal disruption, maintaining high environmental and safety standards throughout.
The project was successfully completed within budget and on time, significantly boosting the institute’s water storage capacity and reliability. The enhanced water security and fire protection infrastructure received commendations for professionalism and efficiency from EMAI stakeholders. Solve Civil’s commitment to quality and attention to detail ensured the facility now has robust, reliable water infrastructure critical to both research and fire safety, reinforcing our reputation for delivering complex infrastructure solutions effectively.
