Victoria’s Green Building Code: Navigating the Standards for Sustainable Architecture


Welcome to Sustainable Architecture in Victoria, where the convergence of innovation and environmental responsibility shapes the future of our built environment. In this blog post, we embark on a journey through the intricate landscape of Victoria’s Green Building Code, exploring its nuances and significance in fostering sustainable architecture practices.

Setting the Stage: The Importance of Sustainable Architecture in Australia

Australia, with its unique ecological challenges, has been at the forefront of sustainable architecture endeavors. As the second driest continent on Earth, Australia faces pressing environmental concerns, including water scarcity, biodiversity loss, and climate change. In response to these challenges, Victoria’s Green Building Code emerges as a beacon, guiding architects toward sustainable and eco-friendly design principles.

Key Takeaways

1. Sustainable Architecture as a Necessity

Sustainable architecture isn’t just a trend; it’s a necessity for mitigating the impact of human activities on the environment. Victoria’s Green Building Code acts as a crucial framework, setting standards that promote energy efficiency, resource conservation, and reduced carbon footprints in construction projects.

2. Harmonizing Aesthetics and Sustainability

Contrary to the misconception that sustainable architecture compromises aesthetics, the code encourages a harmonious blend of innovative design and environmental responsibility. It challenges architects to think beyond traditional paradigms, fostering creativity within the bounds of sustainable practices.

3. Community Well-being at the Core

Beyond environmental considerations, the Green Building Code prioritizes community well-being. Sustainable buildings contribute to healthier indoor environments, enhancing the quality of life for occupants. This focus on holistic well-being aligns with the broader goals of creating vibrant and resilient communities.

The Road Ahead: Navigating Victoria’s Green Building Code

A Framework for Excellence

Victoria’s Green Building Code serves as a comprehensive framework, encompassing diverse aspects of sustainable architecture. From energy-efficient designs to waste reduction strategies, the code provides architects with a roadmap for creating buildings that stand as testaments to environmental responsibility.

Understanding the Code’s Core Principles

The code’s core principles revolve around energy efficiency, water conservation, and material sustainability. Architects navigating these standards find themselves not only complying with regulations but actively contributing to the broader sustainability goals of Victoria.

Did You Know?
Sustainable buildings often boast improved indoor air quality, reducing the prevalence of respiratory issues among occupants. Source: Indoor Air Quality in Green Buildings

Embracing Innovation in Design

Innovation plays a pivotal role in meeting the code’s standards. Architects are encouraged to explore cutting-edge technologies, such as solar panels, green roofs, and advanced insulation materials, to create buildings that not only meet but exceed sustainability benchmarks.

A Glimpse Into the Future

As we delve into the intricate details of Victoria’s Green Building Code, it becomes evident that the journey toward sustainable architecture is an ongoing process of evolution and adaptation. In the upcoming sections, we will explore case studies, challenges, and future trends that shape the landscape of sustainable architecture in Victoria.

In the words of renowned architect Renzo Piano, “The architect has a responsibility to the future—that’s really what architecture is all about.” Join us in unraveling the layers of responsibility and innovation woven into the fabric of sustainable architecture in Victoria.


Understanding the Need for Sustainable Architecture in Victoria

Sustainable architecture in Victoria doesn’t merely emerge from an idealistic pursuit; it is a pragmatic response to the pressing environmental challenges facing Australia’s second most populous state. This section delves into the intricate tapestry of these challenges and illuminates the profound need for sustainable architectural solutions.

Environmental Challenges in Victoria

A Biodiversity Hotspot in Peril

Victoria’s unique ecosystems, from the iconic Great Otway National Park to the diverse Alpine regions, face threats of biodiversity loss. Urbanization, deforestation, and climate change contribute to the fragmentation and degradation of natural habitats, jeopardizing the rich tapestry of flora and fauna.

Explore More:
To delve deeper into Victoria’s biodiversity, visit Victoria’s Biodiversity Atlas.

Water Scarcity: A Looming Crisis

Water scarcity looms as a significant challenge in Victoria, amplified by changing precipitation patterns and population growth. Sustainable architecture must address the efficient use of water resources, adopting innovative solutions like rainwater harvesting and water recycling.

Benefits of Sustainable Architecture

A Resilient Response to Climate Change

Sustainable architecture stands as a resilient response to the impacts of climate change. By integrating energy-efficient designs and renewable energy sources, buildings can significantly reduce their carbon footprint, contributing to Victoria’s broader climate change mitigation strategies.

Economic Advantages for Individuals and Communities

Beyond environmental considerations, sustainable architecture yields economic benefits. From reduced energy bills for individual homeowners to enhanced property values and job creation in sustainable construction industries, the economic advantages reverberate through both individual households and the broader community.

Did You Know?
The Australian government offers incentives for sustainable housing, including grants and rebates. Explore more at Your Home.

Case Studies: Success Stories in Sustainable Architecture

The Pixel Building: A Green Marvel in Melbourne

One shining example of sustainable architecture in Victoria is the Pixel Building in Melbourne. Designed by Studio505, this innovative structure boasts a 6-star Green Star rating and produces more energy than it consumes, showcasing the possibilities of sustainable design.

Explore the Pixel Building:
Take a virtual tour of the Pixel Building.

The Cape: A Sustainable Community

Beyond individual buildings, sustainable architecture extends to community planning. The Cape in Cape Paterson stands as Australia’s first 10-star energy-efficient residential community. With a strong focus on renewable energy, water conservation, and communal green spaces, it exemplifies the integration of sustainability into community living.

Learn More:
Discover the sustainable features of The Cape.


Victoria’s Green Building Code: Overview and Framework

As we embark on a detailed exploration of Victoria’s Green Building Code, it is imperative to gain a comprehensive understanding of the code’s overarching structure and its significance in fostering sustainable architectural practices.

Introduction to the Code

At its core, Victoria’s Green Building Code represents a visionary approach to building regulations, emphasizing environmental sustainability and energy efficiency. Enacted to address the growing environmental concerns and promote responsible construction practices, the code outlines a set of standards and guidelines that architects and builders must adhere to when designing and constructing buildings.

Key Principles and Goals

Environmental Stewardship

The code places a strong emphasis on environmental stewardship, encouraging practices that minimize the ecological footprint of buildings. From energy consumption to waste generation, the code establishes benchmarks for responsible resource use.

Energy Efficiency

One of the central tenets of the code is the promotion of energy-efficient designs. By setting standards for insulation, lighting, and HVAC systems, the code aims to reduce energy consumption and mitigate the impact of buildings on climate change.

Water Conservation

Given Victoria’s concerns about water scarcity, the code incorporates provisions for water-efficient designs. From low-flow fixtures to rainwater harvesting systems, the code encourages measures that contribute to sustainable water use.

Framework Breakdown

Understanding the intricate framework of Victoria’s Green Building Code is essential for architects and builders seeking compliance and aiming to contribute to a sustainable built environment.

Code Structure Overview

The code is structured into several sections, each addressing a specific aspect of sustainable architecture. These sections may include:

  • Energy Efficiency Standards
  • Water Conservation Requirements
  • Material Sustainability Guidelines
  • Waste Reduction and Recycling Practices

Navigating the Standards

Energy Efficiency Standards

Architects must adhere to specific energy efficiency standards, such as the implementation of energy-efficient lighting, the use of renewable energy sources, and compliance with insulation requirements. The code sets clear benchmarks for reducing the carbon footprint of buildings.

Pro Tip: Leverage the Sustainable Design Guidelines provided by the Victorian Government for a detailed understanding of energy efficiency standards.

Water Conservation Requirements

Water conservation is a key focus, with guidelines for installing water-efficient fixtures, implementing rainwater harvesting systems, and designing landscapes that minimize water usage. These measures contribute to the sustainable management of water resources.

Explore Further: The Smart Water Fund offers valuable insights into water conservation practices for architects and builders.

Material Sustainability Guidelines

The code encourages the use of environmentally friendly and sustainable materials. Architects are encouraged to choose materials with lower environmental impact, considering factors such as embodied carbon, recyclability, and life cycle assessments.

Resource Link: The Green Building Council of Australia provides resources and certifications for sustainable building materials.

Waste Reduction and Recycling Practices

Addressing the end-of-life phase of buildings, the code includes provisions for waste reduction and recycling. Architects must incorporate strategies for minimizing construction waste and promoting the recycling of materials.

Dig Deeper: Explore the Sustainability Victoria website for insights into waste reduction and recycling practices.


Compliance and Certification Process

In the intricate realm of sustainable architecture, navigating Victoria’s Green Building Code requires architects and builders to comprehend the compliance and certification process. This section provides a comprehensive guide, unraveling the intricacies of meeting the standards set by the code.

Navigating Compliance Requirements

Understanding the Blueprint

Before embarking on the compliance journey, architects need a thorough understanding of the code’s blueprint. The code, with its multifaceted sections, delineates specific requirements for energy efficiency, water conservation, material sustainability, and waste reduction.

Energy Efficiency Assessment

Architects must conduct a detailed energy efficiency assessment, considering factors such as building orientation, insulation, and the integration of renewable energy sources. Tools like the Sustainable Design Guidelines provided by the Victorian Government serve as invaluable resources for this stage.

Pro Tip: Utilize simulation software like Green Star to evaluate and optimize energy performance.

Water Conservation Plan

Crafting a water conservation plan involves specifying water-efficient fixtures, incorporating rainwater harvesting systems, and designing landscapes that minimize water usage. The Smart Water Fund offers insights and tools for architects diving into water conservation strategies.

Material Selection Criteria

Selecting sustainable materials requires architects to consider factors such as embodied carbon, recyclability, and life cycle assessments. The Green Building Council of Australia provides certifications and resources to guide architects in choosing environmentally friendly materials.

Waste Reduction Strategies

Architects must integrate waste reduction and recycling strategies into their designs, minimizing construction waste and promoting material recycling. The Sustainability Victoria website is a valuable repository for insights into waste reduction practices.

Certification Process Demystified

Once the design aligns with the code’s standards, the certification process comes into play. This involves submitting documentation and undergoing assessments to ensure compliance.

Documenting Compliance

Architects need to compile a comprehensive set of documents showcasing compliance with each aspect of the code. This documentation typically includes architectural drawings, energy efficiency reports, water management plans, and details about sustainable material choices.

Resource Link: Refer to the Victorian Building Authority for detailed documentation requirements.

Submission and Assessment

Upon compiling the necessary documents, architects submit their designs to relevant authorities. The assessment phase involves a thorough review by certified assessors who evaluate the design’s adherence to the code’s standards.

Collaboration with Assessors

Effective collaboration with certified assessors is crucial during this phase. Clear communication and a proactive approach can streamline the assessment process, ensuring a smoother journey toward certification.

Explore Further: Understand the roles and responsibilities of assessors through Sustainable Development Victoria.

Certification Levels and Recognition

The code recognizes varying levels of certification based on the degree of compliance achieved. Certificates such as the Green Star Certification or NABERS (National Australian Built Environment Rating System) provide tangible recognition of a project’s commitment to sustainability.

Learn More: Explore the different certification levels through the Green Building Council of Australia and NABERS.

Case Studies: Successful Compliance Stories

To illustrate the practical application of the compliance and certification process, let’s delve into a few case studies.

Case Study 1: The EcoHub

The EcoHub, a sustainable office building in Melbourne, achieved a 6-star Green Star rating. Through meticulous compliance with the code, the EcoHub seamlessly integrated energy-efficient systems, water conservation measures, and innovative waste reduction strategies.

Discover More: Take a virtual tour of the EcoHub.

Case Study 2: The Waterfront Residence

This residential project in Geelong showcases exemplary water conservation practices. By implementing a comprehensive water management plan, including greywater systems and drought-resistant landscaping, the Waterfront Residence achieved certification for its commitment to sustainable water use.

Explore the Project: Learn about the Waterfront Residence.


Challenges and Solutions in Implementing Sustainable Architecture

Embarking on the journey of sustainable architecture in Victoria is not without its set of challenges. This section delves into the common hurdles faced by architects and builders and explores innovative solutions that pave the way for a more sustainable built environment.

Common Challenges

1. Financial Constraints

The integration of sustainable features often comes with an initial financial burden, deterring some architects and developers from fully committing to sustainable designs. The perception that eco-friendly materials and technologies are more expensive can pose a significant barrier.

Addressing Financial Constraints

  • Lifecycle Cost Analysis: Encourage architects to conduct a comprehensive lifecycle cost analysis. Sustainable designs may involve higher upfront costs but can lead to long-term savings through reduced energy consumption and maintenance.

  • Government Incentives: Inform architects about available government incentives and grants for sustainable building projects. The Australian Government’s Clean Energy Finance Corporation offers financial support for clean energy initiatives.

2. Material Sourcing Challenges

Sourcing sustainable materials that meet both environmental and performance standards can be a complex task. Limited availability and higher costs of eco-friendly materials may deter architects from incorporating them into their designs.

Overcoming Material Sourcing Challenges

  • Local Sourcing: Emphasize the importance of sourcing materials locally to reduce transportation emissions. Local suppliers often offer a range of sustainable options.

  • Material Innovation: Explore innovative materials that meet sustainability criteria. The Sustainable Materials Research platform provides insights into cutting-edge sustainable materials.

3. Public Perception and Awareness

A lack of awareness or misconceptions about sustainable architecture among the public can lead to resistance or indifference. Convincing clients and communities of the long-term benefits of sustainable designs can be a significant challenge.

Shifting Public Perception

  • Education Initiatives: Advocate for educational initiatives to raise awareness about the benefits of sustainable architecture. Collaborate with local institutions and organizations to conduct workshops and seminars.

  • Showcasing Success Stories: Highlight successful sustainable projects in the region to showcase tangible benefits and inspire confidence in the community. Use platforms like Sustainable Victoria to share case studies.

Innovative Solutions

1. Integrated Design Approach

Embracing an integrated design approach involves considering sustainability from the project’s inception. Collaborating with experts in energy efficiency, landscape design, and materials can result in holistic solutions that address multiple aspects of sustainability.

Resource Link: Explore the principles of integrated design on the Architects Declare website.

2. Green Building Certifications

Green building certifications, such as Green Star and NABERS, provide a standardized framework for assessing and recognizing sustainable buildings. Achieving certification not only validates a project’s commitment to sustainability but also adds value in the eyes of clients and investors.

Certification Details: Learn about the Green Star certification and NABERS ratings.

3. Collaborative Partnerships

Building strong partnerships with suppliers, contractors, and local communities fosters a collaborative approach to sustainable architecture. Shared knowledge and resources can overcome challenges more effectively.

Community Collaboration: Engage with community initiatives like Sustainable Living Festival to build collaborative networks.

4. Government Advocacy

Advocating for supportive government policies and incentives is crucial for overcoming financial barriers. Architects can actively engage in dialogues with policymakers to influence positive changes in the regulatory landscape.

Policy Advocacy: Stay informed about sustainable building policies through Planning Victoria and contribute to discussions on future developments.


Future Trends in Sustainable Architecture for Victoria

As Victoria continues its commitment to sustainable architecture, it is essential to peer into the future and explore the emerging trends that will shape the landscape of eco-friendly design. This section delves into the innovative technologies and evolving practices that promise to redefine the realm of sustainable architecture in the state.

Emerging Technologies

1. Smart Building Systems

The integration of smart building systems is set to revolutionize sustainable architecture in Victoria. These systems leverage advanced sensors and automation to optimize energy usage, lighting, and climate control within buildings.

Key Features of Smart Building Systems:

  • Energy Monitoring: Real-time monitoring of energy consumption for better efficiency.
  • Occupancy Sensors: Automatic adjustments based on occupancy levels for lighting and HVAC systems.
  • Building Management Systems (BMS): Centralized control for holistic building optimization.

Explore Further: Dive into the possibilities of smart building technologies at Smart Cities Council Australia New Zealand.

2. Green Roofs and Vertical Gardens

The integration of green roofs and vertical gardens is gaining traction as an effective way to enhance sustainability in urban environments. These features provide insulation, reduce the urban heat island effect, and contribute to biodiversity.

Benefits of Green Roofs and Vertical Gardens:

  • Thermal Insulation: Improved building insulation, reducing energy needs for heating and cooling.
  • Biodiversity Support: Creation of habitats for birds, insects, and native flora.
  • Air Quality Improvement: Plants act as natural air filters, improving overall air quality.

Source of Inspiration: Explore the Green Building Council of Australia’s insights on green roofs and walls.

Community Engagement and Advocacy

1. Collaborative Design Processes

Engaging the community in the design process is emerging as a powerful trend in sustainable architecture. Architects are involving local residents, businesses, and stakeholders in co-creating spaces that align with the unique needs and values of the community.

Benefits of Collaborative Design:

  • Increased Buy-In: Community members feel a sense of ownership, leading to increased support for sustainable projects.
  • Localized Solutions: Tailoring designs to the specific needs and cultural context of the community.

Case in Point: Learn about community-led design initiatives at Community Design Collaborative.

2. Advocacy for Equitable Access to Green Spaces

The call for equitable access to green spaces is gaining prominence as a crucial aspect of sustainable urban development. Ensuring that all communities, regardless of socioeconomic factors, have access to greenery promotes social well-being and environmental justice.

Strategies for Equitable Green Space Access:

  • Urban Planning Policies: Advocacy for policies that prioritize green space allocation in urban planning.
  • Community Gardens: Supporting initiatives that establish community gardens in underserved areas.

Resource for Advocacy: Explore insights from the Equitable Access Design Guide.

Sustainable Materials and Construction Practices

1. Circular Economy Principles

The adoption of circular economy principles in construction is reshaping the way materials are sourced, used, and repurposed. Architects are increasingly looking at materials with a focus on recyclability, durability, and low environmental impact.

Circular Economy Strategies:

  • Material Reuse: Prioritizing materials that can be easily reused or repurposed.
  • Reducing Waste: Minimizing construction waste through efficient material use and recycling practices.

Explore Circular Economy Practices: The Ellen MacArthur Foundation provides insights into circular economy principles.

2. Biophilic Design Integration

Biophilic design, which seeks to incorporate nature into the built environment, is becoming a mainstream trend in sustainable architecture. Architects are exploring ways to integrate natural elements, such as water features, natural light, and living walls, to enhance well-being.

Benefits of Biophilic Design:

  • Mental Well-being: Improved mental health and productivity among building occupants.
  • Connection to Nature: Fostering a sense of connection to the natural environment in urban settings.

In-depth Exploration: The International Living Future Institute explores biophilic design principles in their Biophilic Design Initiative.


Case Studies: Successful Implementation of Victoria’s Green Building Code

In this section, we dive into real-world examples of projects that have successfully implemented Victoria’s Green Building Code, showcasing how sustainable architecture principles have been put into action to create environmentally responsible and resilient structures.

The Pixel Building: A Beacon of Sustainable Innovation


The Pixel Building, situated in Melbourne, stands as a shining example of sustainable architecture, achieving a remarkable 6-star Green Star rating. Completed in 2010, this iconic structure was designed by Studio505, an architectural firm known for its commitment to innovation and sustainability.

Key Features

  • Renewable Energy Integration: The Pixel Building incorporates rooftop solar panels and wind turbines, generating renewable energy on-site.

  • Advanced Water Management: The building utilizes rainwater harvesting systems, greywater recycling, and water-efficient fixtures to minimize water consumption.

  • Materials and Design Innovation: Sustainable materials, such as recycled timber and aluminum, were used in construction. The building’s design maximizes natural light and ventilation, reducing the need for artificial lighting and air conditioning.


The Pixel Building has set new standards for sustainable architecture, demonstrating that innovative design and environmental responsibility can go hand in hand. It serves as an inspiration for architects and developers looking to push the boundaries of green building practices.

Explore More: Take a virtual tour of the Pixel Building.

The Cape: Australia’s First 10-Star Energy-Efficient Community


Located in Cape Paterson, The Cape is Australia’s first 10-star energy-efficient residential community. This groundbreaking project redefines sustainable living by integrating cutting-edge technologies and community-focused design principles.

Key Features

  • Passive Design Strategies: The homes in The Cape employ passive design principles, optimizing natural heating and cooling through orientation, insulation, and ventilation.

  • Renewable Energy Generation: Solar panels are a prominent feature, generating clean energy for individual homes and contributing to a community-wide commitment to renewable power.

  • Water Conservation Initiatives: The Cape incorporates water-sensitive urban design, including rain gardens, permeable surfaces, and efficient water fixtures, reducing the community’s water footprint.


The Cape demonstrates that sustainable architecture goes beyond individual buildings; it can redefine entire communities. The project sets a new benchmark for energy-efficient living and showcases the feasibility of implementing such initiatives on a larger scale.

Discover the Sustainable Features: Explore the sustainability features of The Cape.

The EcoHub: Sustainable Office Building in Melbourne


The EcoHub, located in Melbourne’s city center, is a sustainable office building that seamlessly blends architectural innovation with environmental responsibility. The building has achieved a 6-star Green Star rating, signifying its commitment to high-performance sustainability.

Key Features

  • Energy Efficiency Excellence: The EcoHub excels in energy efficiency, employing advanced systems for lighting, HVAC, and insulation to minimize energy consumption.

  • Waste Reduction Strategies: The construction and ongoing operation of the EcoHub prioritize waste reduction, with a focus on recycling and sustainable waste management practices.

  • Biodiversity Integration: The building’s design incorporates green spaces and planting, fostering biodiversity within an urban setting.


The EcoHub not only provides a state-of-the-art workspace but also exemplifies how commercial buildings can lead the way in sustainable practices. It serves as a testament to the feasibility and benefits of integrating green building principles into the corporate landscape.

Take a Virtual Tour: Explore the sustainable features of the EcoHub.

Conclusion: Lessons from Successful Projects

These case studies offer valuable insights into the successful implementation of Victoria’s Green Building Code. They emphasize that sustainable architecture is not merely an aspiration but a tangible reality that can be achieved through innovative design, technology integration, and a commitment to environmental responsibility.

In the words of architect Renzo Piano, “The architect has a responsibility to the future.” These projects showcase how architects can fulfill that responsibility by creating buildings that not only meet the highest environmental standards but also inspire future generations to prioritize sustainability in their designs.

As we conclude this exploration of successful case studies, the subsequent sections will delve into the challenges faced by architects in implementing sustainable designs and explore innovative solutions that pave the way for a more sustainable built environment in Victoria.


Frequently Asked Questions (FAQs) about Victoria’s Green Building Code

Navigating the complexities of Victoria’s Green Building Code may raise several questions for architects, developers, and individuals interested in sustainable architecture. In this section, we address common queries to provide clarity on the code’s intricacies and offer valuable resources for further exploration.

Understanding the Code

What is Victoria’s Green Building Code?

Victoria’s Green Building Code is a set of regulations and standards established by the Victorian Government to promote sustainable architecture and construction practices. It outlines guidelines and requirements for architects and builders to create environmentally responsible buildings.

How Does the Code Align with National Standards?

While Victoria’s Green Building Code is specific to the state, it aligns with and complements national standards for sustainable construction, such as the Nationwide House Energy Rating Scheme (NatHERS) and the Green Star certification system.

Resource Link: Explore the Nationwide House Energy Rating Scheme (NatHERS) for national energy efficiency standards.

Compliance and Certification

What is the Certification Process Like?

The certification process involves architects and builders submitting comprehensive documentation that demonstrates compliance with the code’s standards. Certified assessors then assess the design and construction plans to ensure they meet the required sustainability benchmarks.

Are There Different Certification Levels?

Yes, the code recognizes varying levels of certification based on the degree of compliance achieved. Certificates such as the Green Star Certification or NABERS (National Australian Built Environment Rating System) provide tangible recognition of a project’s commitment to sustainability.

Certification Details: Learn about the Green Star certification and NABERS ratings.

Challenges and Solutions

How Can Architects Overcome Financial Constraints in Implementing Sustainable Features?

Financial constraints can be addressed through:

What Strategies Exist for Material Sourcing Challenges?

Overcoming material sourcing challenges involves:

  • Local Sourcing: Emphasizing the importance of sourcing materials locally.

  • Material Innovation: Exploring innovative sustainable materials. The Sustainable Materials Research platform provides insights.

Resource for Advocacy: Explore insights from the Equitable Access Design Guide.

Future Trends in Sustainable Architecture

What Emerging Technologies are Shaping Sustainable Architecture?

Emerging technologies include:

  • Smart Building Systems: Utilizing sensors and automation for optimal energy usage.

  • Green Roofs and Vertical Gardens: Enhancing sustainability in urban environments.

Further Exploration: Dive into the possibilities of smart building technologies at Smart Cities Council Australia New Zealand.

How Can Communities Engage in Sustainable Architecture?

Communities can engage by:

  • Collaborative Design Processes: Involving residents in the design of sustainable spaces.

  • Advocacy for Equitable Access: Promoting policies for green space access in urban planning.

Case in Point: Learn about community-led design initiatives at Community Design Collaborative.

Case Studies

What Are Some Successful Examples of Sustainable Architecture in Victoria?

Successful examples include:


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