Stormwater & Drainage:
What We Offer
Our Stormwater & Drainage services cover planning, design, and implementation for urban, commercial, and industrial projects:
Detention Basins
We design detention and retention basins to manage peak stormwater flows, reduce flooding risk, and improve water quality. Our designs are tailored to site conditions, regulatory requirements, and long-term maintenance considerations.
Subsoil & Surface Drainage
From piped networks to surface runoff systems, we provide complete drainage solutions that protect property, minimise erosion, and support sustainable site development. We consider local soil conditions, rainfall patterns, and environmental impacts to deliver reliable and cost-effective drainage systems.
Local Insights for Effective Stormwater Solutions
WML combines decades of civil engineering experience with deep knowledge of Western Australian communities, regulations, and environmental standards.
This ensures stormwater and drainage solutions that are compliant, sustainable, and practical, while protecting local waterways and surrounding communities.
Why Clients Choose WML
Integrated WSUD and stormwater design for environmentally responsible developments.
Expert detention basin and drainage system design to mitigate flooding and erosion.
Local regulatory knowledge ensuring compliant, efficient solutions.
Practical, cost-effective engineering that balances performance and sustainability.
Contact us to get started.
Whether you’re developing a subdivision, commercial site, or industrial facility, WML Consulting Engineers provides tailored stormwater and drainage solutions that are compliant, sustainable, and effective.
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📞 Contact our team today to discuss your stormwater and WSUD needs.
Sustainable, Compliant Stormwater Solutions
At WML Consulting Engineers, we provide expert stormwater and drainage design as part of our civil engineering services.
Our team integrates traditional engineering with Water Sensitive Urban Design (WSUD) principles to manage stormwater efficiently, reduce flood risk, and protect local waterways.
