Shielding Workers. Protecting the Future

Ecoshield enhances workplace safety with custom welding screens, noise control, and sustainable industrial solutions.

Echoshield Industrial Environmental Controls

Ecoshield, a leader in industrial environment control solutions, played a key role in enhancing safety, efficiency, and sustainability at the Rouse Hill Bus Depot. As part of this major infrastructure project, Ecoshield was responsible for the design, manufacture, and installation of a custom welding screen, ensuring a safer and more controlled workspace within the depot’s state-of-the-art workshop.

“Our goal with this project was to create an environment that prioritises both worker safety and long-term sustainability,” said Myles Glass, Founder and Director of Ecoshield. “By implementing high-quality protective solutions, we help reduce operational hazards while contributing to the depot’s overall efficiency.”

Ecoshield specialises in industrial noise control, protective screens, and environment-enhancing solutions designed to minimise workplace risks. The custom welding screen at Rouse Hill Bus Depot was engineered using low-emission materials and durable, high-performance coatings, ensuring long-term resilience with minimal maintenance.

“Sustainability is at the core of everything we do,” Myles explained. “By using eco-friendly materials, we not only improve the lifespan of our solutions but also help infrastructure projects like this reduce their environmental impact.”

As public transport moves towards a greener future, projects like the Rouse Hill Bus Depot require durable and sustainable solutions that reduce lifecycle costs and minimise resource consumption.

“The lessons learned here can be applied to future transport infrastructure developments,” Myles said. “By integrating sustainable materials and precision-engineered solutions, we’re helping build transport facilities that are safer, more efficient, and environmentally responsible.”

Ecoshield’s work at Rouse Hill Bus Depot underscores its commitment to innovation, safety, and sustainability, setting a new benchmark for eco-friendly infrastructure solutions in the transport sector.

For more information contact Ecoshield Industrial Environment Controls, 3/44 Jones Street, Harlaxton QLD 4352, phone 0473 129 877, email info@ecoshields.com.au, website www.ecoshields.com.au

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Sealing the Future

Noviion Engineering ensured Rouse Hill Bus Depot’s durability with expert façade, waterproofing, and remedial solutions.

Noviion Engineering

Noviion Engineering, a leader in façade, waterproofing, and remedial engineering, played a key role in the Rouse Hill Bus Depot, ensuring façade integrity and long-term durability.

As specialists in façade engineering and waterproofing, Noviion provided consultation to address the depot’s unique architectural and environmental challenges.

“Weatherproofing a structure like this is not a one-size-fits-all approach. Given the complexities of the design, we had to employ highly specific detailing to ensure longevity and protection against harsh weather conditions,” George Dahrie, Principal Engineer at Noviion Engineering, explained. “Ensuring proper thermal breaks was essential to prevent condensation and heat loss, particularly in a facility that houses critical transport infrastructure,”

With a strong portfolio that includes projects like Concord High School and the Air Trunk Data Centre, Noviion Engineering continues to set the benchmark for innovative façade and waterproofing solutions in Australia’s construction industry.

For more information, contact Noviion Engineering, phone 02 9635 9789, website www.noviion.com.au

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From One Truck to Industry Leader: Road and Rail Excavations Marks its 10th Anniversary

Road and Rail Excavations

Celebrating its 10th anniversary, Road and Rail Excavations has grown from a single-truck operation in 2015 to a leading provider of utility and civil services across Sydney and greater New South Wales.

Founded by Adrian Ruane, the company has built a reputation for expertise in electrical infrastructure, water and wastewater systems, civil works, and traffic management. With a decade of achievements, Road and Rail continues to embrace innovation and deliver high-quality, sustainable solutions for major infrastructure projects.

“When I started in 2015, it was just me, a truck, and a 5-tonne excavator. Ten years later, I’m proud of what we’ve become, and it’s thanks to the dedication of our amazing team,” reflected Adrian.

This commitment to excellence, integrity, and client satisfaction has fueled the company’s growth, making it a trusted partner in the construction industry.

One of the company’s recent milestones includes the acquisition of Ultegra, a leading infrastructure firm specialising in substations, overhead lines, and asset maintenance. This expansion has allowed Road and Rail to scale operations and broaden its service offerings, further strengthening its position as an industry leader.

Road and Rail Excavations played a crucial role in the successful delivery of the Rouse Hill Bus Depot, a key infrastructure project supporting Sydney’s public transport network. As the Level 1 Accredited Service Provider (ASP), the company was responsible for the design and installation of High Voltage (HV) electrical mains and a substation, which was later handed over to Endeavour Energy.

Additionally, Road and Rail was engaged to install 106 electric vehicle (EV) charging stations, ensuring the depot is equipped to support a future fleet of sustainable, zero-emission buses. This project underscores the company’s expertise in complex electrical infrastructure and commitment to facilitating environmentally responsible transport solutions.

The tight project timeline posed one of the most significant challenges, requiring meticulous planning, coordination, and execution.

Working closely with DSD Group, Road and Rail Excavations ensured daily communication and streamlined processes to meet deadlines without compromising quality. The team also navigated the complexities of working within confined spaces and alongside multiple contractors, showcasing their adaptability and problem-solving capabilities.

“As a leading provider of utility installations, we take immense pride in delivering exceptional service. We’ve built our reputation on reliability, safety, and efficiency, and this project was no exception,” explained Shane Coleman, General Manager.

Road and Rail’s ability to collaborate seamlessly and execute high-precision work ensured that the electrical infrastructure and EV charging stations were completed on time and to the highest standards.

Safety and sustainability remain at the heart of Road and Rail Excavations’ operations. The company consistently implements strict safety protocols, regular site inspections, and ongoing workforce training to maintain industry-leading standards. Moreover, their focus on sustainable infrastructure aligns with Australia’s transition to a greener future.

With ten years of industry leadership, Road and Rail Excavations is poised for continued growth and expansion. The company remains dedicated to adopting the latest technologies, refining best practices, and exceeding client expectations.

Their portfolio includes significant projects such as the Warringah Freeway Upgrade, 132kV Feeder Installation, and M6 Stage 1 Zone A Sewer Project, further cementing their status as a premier civil and utility contractor.

Looking back on the company’s achievements, Adrian Ruane remains focused on the future. “Celebrating ten years is a proud milestone, but it’s only the beginning. We’re committed to driving innovation and delivering the highest standards in utility and infrastructure solutions for years to come.”

For more information contact Road and Rail Excavations, phone 0414 594 063, email tenders@roadandrailexcavations.com.au, website www.roadandrailexcavations.com.au

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Smarter Engineering for a Sustainable Future

Deboke Engineering delivered sustainable, high-performance infrastructure at Rouse Hill Bus Depot, enhancing efficiency and resilience.

Deboke Engineering Consultants

The Rouse Hill Bus Depot is more than just a transport hub—it’s a benchmark in sustainable infrastructure, designed to enhance operational efficiency while minimising environmental impact.

A key player in this transformation was Deboke Engineering Consultants, a Sydney-based multidisciplinary firm specialising in civil, structural, stormwater, and remedial engineering.

Led by Directors Andrew Arida, Charbel Felfleh, and Joseph Dagher, Deboke’s expertise was instrumental in ensuring that the depot’s engineering solutions met sustainability targets while enhancing long-term durability and efficiency.

“The Rouse Hill Bus Depot was designed with sustainability at its core, integrating advanced stormwater management and rainwater harvesting for bus washing,” explains Arida and Dagher. “The project also incorporated Water Sensitive Urban Design (WSUD) principles, ensuring that stormwater quality and reuse were prioritised to minimise environmental impact and enhance operational efficiency.”

From the outset, Deboke’s role was critical in designing systems that balanced sustainability with the depot’s high-traffic demands. Given the site’s large-scale hardstand areas and continuous vehicular movement,
the team implemented a range of stormwater treatment and erosion control strategies.

A collaboration with Ocean Protect resulted in a custom-engineered stormwater filtration system that captures and treats pollutants such as Total Suspended Solids (TSS), Total Nitrogen (TN), Total Phosphorus (TP), and Gross Pollutants (GP) before releasing water into public infrastructure and natural waterways.

“Given the nature of the site, it was critical to address contaminants entering the stormwater system,” explains Arida and Dagher. “This system ensures that clean water exits the site, aligning with WSUD strategies to enhance environmental sustainability.”

Rouse Hill Bus Depot constructed by DSD
Rouse Hill Bus Depot modelling by Deboke Engineering Consultants. Site Elevations
Aerial of Rouse Hill Bus Depot by DSD. Showing front carpark elevation top down.
Bus washing station at Rouse Hill Bus Depot. Rainwater is collected and reused for bus washing facilities.
Rouse Hill Bus Depot rain water collection tanks for bus washing facilities.

In addition to water management, Deboke Engineering Consultants focused on using low-maintenance, highly durable materials to reduce the environmental impact across the depot’s lifecycle. “Additionally, sustainable construction methods, such as prefabrication where feasible, helped minimise waste and construction time,” says Felfleh.

This combination of smart material choices, efficient engineering solutions, and sustainability-driven construction methodologies positioned the depot as an example of environmentally responsible transport infrastructure.

A key focus of the project was minimising carbon emissions and ensuring the depot’s long-term resilience. Deboke achieved this through a rainwater tank reuse system, reducing reliance on external water sources.

“Coupled with the rainwater tank reuse system, this creates a highly efficient mechanism for controlling water quality in new developments, while simultaneously reducing operational costs and environmental impact,” Arida and Dagher notes.

Beyond the depot’s immediate needs, Deboke also integrated future-proofing measures to ensure that the site could adapt to changing transport technologies and evolving sustainability standards. This included designing the stormwater and civil infrastructure to accommodate future electrification of the bus fleet, which will further reduce emissions over time.

The Rouse Hill Bus Depot is just one of many complex engineering projects Deboke Engineering Consultants is currently undertaking. Their portfolio reflects a deep commitment to sustainability, innovation, and problem-solving, with ongoing projects including:

  • Mixed-Use & Hotel Development (Katoomba, NSW) – A DA-approved project featuring seven residential apartments, a hotel, and a restaurant, where Deboke is delivering civil, stormwater, and structural design solutions.
  • NDIS Facility Development – A large-scale DA-approved project comprising 55 standalone dwellings, a community hall, and extensive recreational amenities, where Deboke is managing civil, stormwater, and preliminary structural design.
  • Master-Planned Super Lot Subdivision (Lidcombe, NSW) – Civil, stormwater, and flood management for a large-scale residential subdivision, set to accommodate approximately 3,500 residents upon completion.

With a strong reputation for delivering complex infrastructure solutions, Deboke Engineering Consultants continues to push the boundaries of sustainable engineering. Their expertise in stormwater management, structural innovation, and sustainable construction makes them a valuable partner in future-proofing Australia’s transport and infrastructure landscape.

“Sustainability is no longer just an option—it’s a necessity,” says Felfleh. “At Deboke, we are committed to engineering solutions that not only meet today’s standards but also anticipate the challenges of tomorrow.”

For more information contact Deboke Engineering Consultants, 17 William Street, Ryde NSW 2112, phone 02 9188 0688, website www.deboke.net.au

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Kerslake and Associates leveraged decades of expertise, to translate scientific needs into infrastructure requirements

Kerslake and Associates

Kerslake & Associates have played a pivotal role in the development of the University of Queensland’s (UQ) Plant Futures Facility. Spearheaded by Director, Rob Kerslake, an internationally recognised specialist in research laboratories, glasshouses, and controlled environment facilities, the firm brings over three decades of expertise to this ambitious project.

Kerslake’s extensive experience, gained primarily through his work with the CSIRO in Brisbane, has positioned him as a vital contributor to the UQ project. His unique ability to translate scientific needs into infrastructure requirements was key to the successful development of the Plant Futures Facility. “My detailed knowledge of plant physiology and environmental requirements relating to plant growth within glasshouse and artificial environments, particularly in the tropics and sub-tropics, was crucial for this project,” said Rob.

“I provide a unique service to both the scientific community and infrastructure consultants. I can translate scientific needs into infrastructure requirements using an understanding of the different cultures of science and construction, thereby providing an interface between the scientific community and consultant teams for infrastructure development.”


There were a significant number of teams conducting research into a wide variety of crops that required a large range of experimental environmental conditions. The temperatures varied from a low of 8°C to 45°C in artificially lit cabinets and walk-in rooms and naturally lit rooftop greenhouses. “The facility will provide University of Queensland researchers with a world-class facility now and well into the future,” said Rob.

Kerslake has also lent his expertise to the design of Level 3 Quarantine insect laboratories and glasshouses in Brisbane and Melbourne, demonstrating his ability to handle complex and high-stakes projects. His role as the controlled environment and glasshouse specialist consultant for the UQ Plant Futures Facility underscores his significance in the field.

With Kerslake & Associates’ involvement, the UQ Plant Futures Facility is set to become a benchmark in research infrastructure, offering unparalleled support for scientific advancements in plant growth and physiology.

For more information contact Kerslake & Associates, mobile (Rob) 0418 722 904, email rob@kerslake.com.au

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