The Point Estate, Swan Bay, Point Lonsdale, Victoria
Set within a delicate environmental context, Moremac Property Group has established a thriving community of 591 new homes, integrating seamlessly with the natural coastal landscape.

The Point Estate, situated in Point Lonsdale, Victoria, near the RAMSAR-listed wetlands of Swan Bay, presented a unique set of challenges related to hydrology, geology, and ecology. Historical land uses and previous urban development attempts had negatively impacted the areas environmental integrity, leaving it susceptible to soil degradation and flood.  Occupying a low-lying coastal area, some sections of the site sat up to 2.5m below sea level leaving it vulnerable to seawater ingress.

 

Proximity to Swan Bay, a site of international ecological importance, meant that environmental protection was paramount. The development needed to incorporate water management systems that respected the flow dynamics between Lake Victoria and Swan Bay, ensuring no harm to the surrounding wetlands. The need for flood protection, urban stormwater management, and sensitive soil conditions posed additional technical obstacles that required innovative engineering solutions.

 

Setting new standards for urban engineering in sensitive ecosystems

 

SMEC’s role in The Point Estate project exemplifies best practice in urban engineering, environmental consulting, and sustainable infrastructure design. SMEC’s contributions spanned hydrology, geotechnical engineering, surveying, environmental management, and civil infrastructure.

 

Tidal Waterway: A central element of the design is a 5-kilometre tidally flushed waterway, engineered to re-establish natural flows between Lake Victoria and Swan Bay, revitalizing the ecosystem and enhancing water quality. This involved creating culverts and automatic flow control gates to balance water inflows and outflows, maintaining water quality, and preventing damage during storm surges. The sequencing of the waterway excavation was meticulously designed to incorporate sedimentation ponds, bunds, and silt fences, minimising flood risk and environmental impacts. The innovative tidal waterway system will play a key role in maintaining ecological balance, protecting the surrounding seagrasses and marine life in Swan Bay.

591
lots
23
stages
1500
new residents
1
million
cubic meters of soil moved
5
kilometre
Tidal waterway
195
hectares
with 67% allocated to open space

Trunk Watermain relocation: SMEC led the design and supervision of a 450mm diameter trunk water main relocation, an essential asset which provides the main water supply to the area. The final tie-in of this new water main was undertaken overnight to minimise disruption to water pressure. This was accomplished under challenging site conditions and time constraints, a result of detailed planning, design, and consultation with Barwon Water.

Stormwater Management: The drainage strategy prioritised the natural conveyance of stormwater flows and integration with the natural environment. Bioretention swales and rain gardens incorporate natural filtration methods, ensuring that stormwater runoff does not degrade Swan Bay’s sensitive ecosystems.  Lot-specific drainage systems designed by SMEC represent industry-leading innovations in water-sensitive urban design, setting new standards for urban developments within the City of Greater Geelong and the broader region.

Wastewater Management: SMEC introduced an innovative pressure sewer system, which was a first for residential developments in the Barwon Water Region. The system proved to be more efficient to construct than a conventional gravity system and is also safer to maintain.

SMEC has been a valuable part of our team for this most complicated project. We value their input.
— Bryce Moore, Director of Moremac Property Group

Bulk Earthworks: SMEC developed a 3D model to optimise onsite management of materials and sequencing of activities , saving significant cost. An integrated grid tracking system ensured the awareness and effective management of potentially acid sulfate soils and the re-use of site won materials from borrow areas.

The resulting earthworks deliver unique proximity to protected wetlands, abundant parklands, and a network of walking and cycling paths. The open space network is completed by three road bridges and three pedestrian bridges.

Environmental Monitoring: SMEC oversaw regular environmental monitoring to comply with federal and state regulations. A key area of focus for the construction management team was to ensure the protection of the indigenous Moonah Forest and migratory bird populations of Swan Bay.

Stakeholder coordination: Through strong collaboration with key stakeholders and authorities, SMEC negotiated temporary servicing arrangements, expediting critical infrastructure works including road and pedestrian bridges, culverts, strategic water main relocations, railway crossings and an arterial roundabout.

SMEC combined specialists from across our business, in environment, surveying, geotechnical and urban engineering design, to create the solutions that deliver Moremac’s vision of a sustainable and genuinely environmentally-focused development.
— Shane McGlynn, Manager - Urban Engineering, Victoria / Area Manager - Geelong

Impact: A model of urban sustainability

The Point Estate stands as a model of urban sustainability, showcasing SMEC’s ability to simplify complexity in a way that harmonises with the natural environment.

The development sets a new benchmark for sustainable urban living that balances high quality public amenity alongside the preservation and enhancement of its natural ecosystems. Through best practice urban engineering, the community enjoys a thriving urban development that honors its coastal location.

The Point Estate became one of the first communities to achieve the Urban Development Institute of Australia’s (UDIA) nationally recognised EnviroDevelopment certification across all six elements; ecosystems, waste, energy, materials, water and community.

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Talk to one of our specialists about our role on The Point Project.