Hydraulic engineering supporting efficient water, drainage, and gas services.
Overview
Hydraulic engineering covers potable water, heated water, non-potable systems, rainwater harvesting, gas services, sanitary plumbing, trade waste, and stormwater drainage. These systems underpin sanitation, water efficiency, and the reliable operation of buildings and sites.
We begin by understanding demand profiles, site conditions, rainfall patterns, and regulatory requirements. Potable and non-potable systems are sized and zoned to achieve pressure and temperature compliance, while efficiency is improved through fixture selection, pressure regulation, and reuse strategies. Hot water systems are designed to suit building demand and use patterns, with plant options assessed for efficiency, reliability, and maintenance. Stormwater systems are developed using hydraulic modelling to manage flows, detention, and discharge in accordance with authority criteria. Where appropriate, rainwater and greywater systems are incorporated for reuse in flushing or irrigation.
Hydraulic layouts are coordinated with architecture and structure to minimise clashes, simplify installation, and allow practical maintenance access. Materials, routing, and system configuration are selected to balance capital cost, durability, and whole-of-life performance.
BSE’s hydraulic systems are reliable, compliant, and efficient. Clients benefit from reduced water and energy use, lower operating costs, and clear documentation that supports construction, commissioning, and long-term operation.
Hydraulic Case Study
01
BSE provided building services engineering design for the $47.7 million Robotics and Advanced Manufacturing Centre at the TAFE Queensland Eagle Farm campus. The facility supports advanced training in robotics, hydrogen technologies, renewable energy, and electrotechnology within a technically demanding education environment.
02
Hydraulic services extended beyond standard water and drainage systems. In addition to domestic water, sanitary plumbing, and site drainage, the project required a bespoke external sewage pump station to address unforeseen site constraints.
03
Site conditions prevented gravity connection to existing sewer infrastructure. Meeting operational requirements while maintaining regulatory compliance required careful coordination of hydraulic infrastructure, plant location, and access for maintenance within the constraints of the site.
04
The completed hydraulic systems support the safe and reliable operation of a state‑of‑the‑art training facility serving emerging industries. The external sewage pump station resolved site limitations and enabled the project to proceed without compromising functionality or compliance.
This project demonstrates BSE’s capability to deliver resilient hydraulic infrastructure solutions within constrained sites while supporting complex educational facilities.
Images courtesy of Department of Trade, Employment and Training.
Projects
