At Manningham City Council, we are committed to promoting Environmentally Sustainable Design (ESD) principles in all aspects of land use planning, development, design, and construction. Our goal is to create a sustainable and environmentally friendly city that prioritizes green building practices and contributes to a more sustainable future.
By incorporating ESD into our planning scheme, we ensure that developers and builders comply with sustainable practices, reduce energy consumption, and improve the health of our urban ecosystem. We believe that by integrating ESD principles, we can create environmentally sustainable urban areas that benefit our community and protect the natural environment.
Key Takeaways:
- ESD principles are essential in promoting sustainable development and design in Manningham City Council.
- By implementing ESD, we aim to achieve easier compliance with building requirements and reduced energy consumption.
- ESD principles contribute to improved urban ecosystem health and more environmentally sustainable urban areas.
- Manningham Planning Scheme includes specific ESD objectives and standards for medium and large scale developments.
- Our commitment to ESD ensures the integration of sustainable practices into the city’s development and growth.
Benefits of Environmentally Sustainable Design (ESD)
Environmentally Sustainable Design (ESD) offers numerous benefits to building developers and occupants. By incorporating sustainable practices into the design and construction process, we can create buildings that are not only environmentally friendly but also highly efficient and cost-effective. Let’s explore some of the key advantages of ESD:
- Energy Efficiency: ESD focuses on reducing energy consumption by implementing energy-efficient technologies and practices. By integrating features such as efficient insulation, energy-saving lighting systems, and renewable energy sources, buildings can significantly reduce their energy needs and carbon footprint.
- Cost Reduction: Implementing ESD principles can lead to long-term cost savings. Energy-efficient buildings consume less electricity, resulting in lower utility bills. Additionally, sustainable materials and construction techniques can minimize maintenance and repair costs over the lifespan of a building.
- Improved Amenity: ESD prioritizes the comfort and well-being of building occupants. By considering factors such as natural lighting, indoor air quality, and thermal comfort during the design phase, ESD promotes spaces that enhance the overall living or working experience.
- Environmental Sustainability: Perhaps the most significant benefit of ESD is its contribution to a more sustainable future. By reducing resource consumption, minimizing waste generation, and safeguarding natural ecosystems, ESD helps preserve the environment for future generations.
“By incorporating sustainable practices into the design and construction process, we can create buildings that are not only environmentally friendly but also highly efficient and cost-effective.”
Overall, integrating ESD principles into building design and construction brings a multitude of advantages. From energy efficiency and cost reduction to improved amenity and environmental sustainability, ESD offers a holistic approach to creating buildings that align with our vision of a greener and more sustainable future.
Application of ESD Principles in Manningham City Council
In Manningham City Council, the application of Environmentally Sustainable Design (ESD) principles is integral to both residential and non-residential developments. The council has outlined specific ESD application requirements in its planning scheme, ensuring that sustainability is a key consideration in the design and construction of new buildings.
For medium and large-scale residential and non-residential developments, the ESD objectives and standards defined in Clause 22.12 – Environmentally Sustainable Development must be met. These application requirements vary depending on the scale of the development and may involve the use of tools such as Sustainable Design Assessment (SDA) and Sustainability Management Plan (SMP).
By incorporating ESD principles, developers and designers are encouraged to use sustainable materials and construction techniques, promoting environmentally friendly practices in building design and development. This not only benefits the environment but also contributes to the creation of more sustainable and resilient urban areas.
ESD Application Requirements in Manningham City Council
The Manningham Planning Scheme sets specific ESD application requirements for different types of developments. The table below provides an overview of the requirements for residential and non-residential developments:
| Development Type | ESD Application Requirements |
|---|---|
| Medium Residential Developments | Sustainable Design Assessment (SDA) and Compliance with ESD Objectives |
| Large Residential Developments | Sustainable Design Assessment (SDA) and Sustainability Management Plan (SMP) |
| Medium Non-Residential Developments | Sustainable Design Assessment (SDA) and Compliance with ESD Objectives |
| Large Non-Residential Developments | Sustainable Design Assessment (SDA) and Sustainability Management Plan (SMP) |
The ESD application requirements ensure that every development in Manningham City Council incorporates sustainable design and construction practices, contributing to a more environmentally friendly and resilient built environment.
Sustainable Design Assessment in the Planning Process (SDAPP)
In order to ensure that proposed developments meet the Environmentally Sustainable Design (ESD) objectives, the Sustainable Design Assessment in the Planning Process (SDAPP) framework is implemented. This framework requires developers to assess and demonstrate how their proposed development aligns with the ESD objectives defined in the Manningham Planning Scheme.
The SDAPP process involves evaluating how the proposed development meets the 10 Key Sustainable Building Categories, which cover various aspects of sustainability such as energy efficiency, water efficiency, stormwater management, and urban ecology. It is a comprehensive assessment that aims to integrate sustainability considerations into development proposals from the early stages.
Depending on the scale of the project, developers may engage an ESD consultant or a qualified sustainability professional to assist in meeting the requirements and preparing the necessary documentation. These experts have the knowledge and expertise to ensure that the proposed development aligns with the ESD objectives and incorporates sustainable design principles.
“The SDAPP process is an important step in promoting environmentally sustainable development and design practices in Manningham City Council. By assessing how proposed developments meet the ESD objectives, we ensure that our city continues to grow in a sustainable, energy-efficient, and environmentally friendly manner.”
– Manningham City Council
Table: Key Steps in the SDAPP Process
| Step | Description |
|---|---|
| 1 | Evaluation of the proposed development against the ESD objectives defined in the Manningham Planning Scheme. |
| 2 | Assessment of the proposed development based on the 10 Key Sustainable Building Categories. |
| 3 | Preparation of necessary documentation to demonstrate compliance with the ESD objectives. |
| 4 | Engagement of an ESD consultant or qualified sustainability professional, if required, to assist in meeting the requirements. |
| 5 | Submission of the assessment and documentation to the relevant authorities for review and approval. |
The SDAPP process is a crucial part of promoting sustainable development practices in Manningham City Council. By ensuring that proposed developments meet the ESD objectives and incorporate sustainable design principles, we can create a greener, more resilient, and environmentally conscious city for future generations.
10 Key Sustainable Building Categories
When it comes to environmentally sustainable design (ESD), there are 10 key categories that play a crucial role in creating sustainable and efficient buildings. These categories cover various aspects of building design and construction, ensuring that urban areas are not only environmentally friendly but also energy and resource-efficient. Let’s explore these 10 key sustainable building categories:
1. Urban Environment Quality
This category focuses on creating buildings that enhance the overall quality of the urban environment. It includes considerations such as air quality, noise reduction, access to green spaces, and the promotion of healthy living.
2. Energy Efficiency
Energy efficiency is a critical factor in sustainable building design. This category aims to reduce energy consumption and carbon emissions by incorporating energy-efficient technologies, such as solar power systems, energy-efficient lighting, and insulation.
3. Water Efficiency
Water is a valuable resource, and conserving it is essential in sustainable design. This category focuses on incorporating water-efficient fixtures, rainwater harvesting systems, and water recycling technologies to reduce water consumption and promote responsible water use.
4. Stormwater Management
Managing stormwater effectively is crucial for preventing flooding and minimizing the impact on local waterways. This category involves the use of sustainable stormwater management techniques, such as permeable pavements, rain gardens, and retention ponds, to control stormwater runoff and protect water quality.
5. Building Materials
The selection of building materials has a significant impact on the sustainability of a building. This category seeks to use sustainable and environmentally friendly materials, such as recycled materials, low VOC paints, and sustainably sourced timber, to reduce the environmental footprint of construction.
6. Transport
Transportation plays a vital role in sustainable urban development. This category encourages the use of public transportation, cycling infrastructure, electric vehicle charging stations, and pedestrian-friendly design to promote sustainable transportation options and reduce carbon emissions.
7. Waste Management
Proper waste management is essential in minimizing the environmental impact of buildings. This category focuses on incorporating recycling facilities, waste reduction strategies, and the use of recycled materials to minimize construction and operational waste.
8. Urban Ecology
Promoting biodiversity and protecting natural habitats are critical in sustainable design. This category involves the incorporation of green roofs, biodiversity corridors, native landscaping, and the preservation of natural features to enhance urban ecology and create a harmonious coexistence between human and natural environments.
9. Innovation
Innovation plays a vital role in advancing sustainable design practices. This category encourages the use of innovative technologies and design strategies to push the boundaries of sustainability, such as smart building systems, energy management platforms, and sustainable building certifications.
10. Construction and Building Management
Construction and building management practices have a significant impact on the sustainability of a building. This category focuses on implementing sustainable construction practices, such as minimizing construction waste, promoting renewable energy on construction sites, and ensuring efficient building management systems.
By addressing these 10 key sustainable building categories, developers, designers, and individuals can create buildings that are not only energy-efficient and environmentally friendly but also contribute to the overall sustainability and livability of urban areas.
Sustainable Design Assessment Tools
In order to measure and assess the performance of building designs and their actual performance, various sustainable design assessment tools are available. These tools play a crucial role in evaluating factors such as energy use, greenhouse gas emissions, water efficiency, stormwater treatment, and indoor environmental quality. By utilizing these tools, developers can gather valuable insights and make informed decisions regarding sustainable design practices. The following are some of the widely used sustainable design assessment tools:
Built Environment Sustainability Scorecard (BESS)
The Built Environment Sustainability Scorecard (BESS) is a free and user-friendly online assessment rating tool. It allows developers to measure the performance of their proposed building designs across various sustainability categories. These categories include energy efficiency, water efficiency, stormwater management, transport options, waste management, urban ecology considerations, and construction and building management practices. The use of BESS is widely adopted by councils across Victoria and is suitable for residential, non-residential, and mixed-use developments.
Stormwater Treatment Objective Relative Measure (STORM)
The Stormwater Treatment Objective Relative Measure (STORM) is a tool developed by Melbourne Water. It aims to assess and measure the stormwater treatment capabilities of a development. STORM evaluates the elements of a development that affect or treat stormwater and provides a score based on the reduction in total nitrogen load and achievement of best practice water quality objectives. This tool helps ensure that stormwater impact is minimized, effectively reducing pollution and improving water quality.
Model for Urban Stormwater Improvement Conceptualization (MUSIC)
The Model for Urban Stormwater Improvement Conceptualization (MUSIC) is a tool developed by ewater Co-operative Research Centre. It allows developers to simulate stormwater treatment systems and assess the treatment and storage of stormwater within their designs. MUSIC provides valuable information on the amount of stormwater treated or stored for reuse and pollution reduction. It is particularly suitable for larger developments and allows for the design and modeling of complex stormwater systems with multiple treatment elements.
These sustainable design assessment tools, such as BESS, STORM, and MUSIC, provide valuable insights and enable developers to make informed decisions regarding sustainable design practices. By utilizing these tools, we can create buildings and developments that are not only environmentally friendly but also economically viable and socially responsible.
Built Environment Sustainability Scorecard (BESS)
When it comes to assessing the sustainability of building designs, the Built Environment Sustainability Scorecard (BESS) is an invaluable tool. BESS provides a comprehensive and free online assessment rating system that measures the performance of proposed building designs in various key areas. By utilizing BESS, developers can evaluate the energy efficiency, water efficiency, stormwater management, transport options, waste management, urban ecology considerations, and construction and building management practices of their designs.
BESS offers benchmarks and scores to showcase best practices in sustainable design. It is widely adopted by councils across Victoria, including Manningham City Council, as a standard tool for sustainable design assessment. Whether it’s a residential, non-residential, or mixed-use development, BESS is suitable for evaluating and improving the sustainable aspects of any project. By using BESS, developers have the opportunity to optimize their designs for maximum energy efficiency, water conservation, and overall environmental sustainability.
With BESS, developers have access to valuable data and insights that can guide them in making informed decisions about their building designs. By focusing on energy efficiency, water efficiency, stormwater management, transport options, waste management, urban ecology, and construction and building management, developers can create buildings that prioritize sustainability and contribute to a greener and more environmentally conscious future.
By incorporating BESS into the planning and design process, Manningham City Council and developers alike can work together to ensure that buildings within the council’s jurisdiction are not only aesthetically pleasing but also sustainable and efficient. The implementation of BESS helps us create a more environmentally responsible and resilient community, ultimately leading us towards a sustainable future.
| Key Areas | Description |
|---|---|
| Energy Efficiency | Evaluates the energy consumption and efficiency measures of the building design. |
| Water Efficiency | Assesses the water conservation and management strategies employed in the design. |
| Stormwater Management | Examines the measures taken to effectively manage stormwater runoff and minimize its environmental impact. |
| Transport | Evaluates the accessibility and availability of sustainable transport options for the building occupants. |
| Waste Management | Assesses the waste reduction and recycling practices incorporated into the design. |
| Urban Ecology | Considers the impact of the building design on the local urban ecosystem and promotes biodiversity. |
| Construction and Building Management | Evaluates the practices and materials used during the construction phase to minimize environmental impact. |
Stormwater Treatment Objective Relative Measure (STORM)
Stormwater management plays a critical role in ensuring the health and sustainability of our urban environments. To effectively mitigate the impact of stormwater runoff and reduce pollution, Manningham City Council employs the Stormwater Treatment Objective Relative Measure (STORM) developed by Melbourne Water.
STORM provides a comprehensive assessment of a development’s stormwater treatment capabilities, evaluating the elements that affect or treat stormwater to determine their effectiveness in reducing pollution. By assigning a score based on the reduction in total nitrogen load and the achievement of best practice water quality objectives, the STORM tool enables developers to design and implement effective stormwater management strategies.
“STORM is a valuable tool that ensures the reduction of stormwater impact and the improvement of water quality in our city.”
Melbourne Water’s STORM tool is applicable to all types of developments and plays a crucial role in minimizing stormwater impact on our waterways. By reducing pollution and improving water quality, STORM contributes to the overall health and sustainability of our local ecosystems.
The Importance of Stormwater Treatment
Effective stormwater treatment is essential in urban areas to mitigate the negative effects of stormwater runoff. By capturing and treating stormwater before it enters our waterways, we can reduce pollution, protect native flora and fauna, and preserve the overall ecological balance. Manningham City Council recognizes the importance of stormwater treatment and is committed to implementing sustainable practices to ensure the health and longevity of our natural environment.
| Benefits of Stormwater Treatment | Importance for Manningham City Council |
|---|---|
| Reduces pollution and sedimentation | Preserves water quality in local waterways |
| Protects aquatic ecosystems and biodiversity | Safeguards the health of native flora and fauna |
| Minimizes the risk of flooding | Enhances the resilience of our urban areas |
| Improves the aesthetic appeal of our city | Creates an attractive and sustainable environment for residents and visitors |
The Future of Stormwater Management
Manningham City Council is continuously exploring innovative approaches to stormwater management to adapt to the challenges of a changing climate and urban landscape. By staying at the forefront of sustainable practices and adopting tools like STORM, the council aims to ensure that future developments prioritize effective stormwater treatment and minimize their impact on the environment. Together, we can create a greener and more resilient city for generations to come.
Model for Urban Stormwater Improvement Conceptualization (MUSIC)
Stormwater management is a critical aspect of sustainable design, and the Model for Urban Stormwater Improvement Conceptualization (MUSIC) is a valuable tool that helps developers assess and plan their stormwater management strategies. MUSIC allows for the design and modeling of complex stormwater systems, considering various treatment elements and stormwater storage options.
MUSIC evaluates the performance of stormwater treatment systems, providing insights into the amount of stormwater treated or stored for reuse and pollution reduction. This tool is particularly suitable for larger developments where the design and implementation of robust stormwater management strategies are necessary.
By using MUSIC, developers can ensure that their stormwater management plans align with environmental sustainability goals. It helps in achieving effective stormwater treatment, reducing pollution, and improving water quality. MUSIC plays a crucial role in creating environmentally friendly and resilient urban areas that are better equipped to manage stormwater runoff.
Benefits of Using MUSIC for Stormwater Management
- Comprehensive: MUSIC allows for the modeling of multiple treatment elements, providing a holistic assessment of stormwater management strategies.
- Performance Evaluation: The tool evaluates the performance of stormwater treatment systems, helping developers understand the effectiveness of their strategies.
- Pollution Reduction: MUSIC assists in reducing pollution by providing insights into stormwater treatment and storage options.
- Water Quality Improvement: By implementing stormwater management strategies based on MUSIC assessments, developers can contribute to the improvement of water quality in urban areas.
“MUSIC enables developers to design and model stormwater systems that effectively treat and manage stormwater runoff, reducing pollution and improving water quality.”
| Treatment Elements | Purpose |
|---|---|
| Bio-retention | Filters stormwater through vegetation and soil, removing pollutants and replenishing groundwater. |
| Rainwater Tanks | Stores stormwater for reuse in irrigation or non-potable applications, reducing reliance on mains water supply. |
| Infiltration Trenches | Allows stormwater to infiltrate into the ground, recharging groundwater and reducing runoff. |
| Constructed Wetlands | Utilizes aquatic plants and microbiological processes to treat stormwater, removing pollutants and improving water quality. |
MUSIC provides developers with a robust framework for stormwater management. By incorporating the tool into design and planning processes, developers can make informed decisions about treatment elements and stormwater storage options. This ensures that stormwater is effectively managed, contributing to pollution reduction and the improvement of water quality in urban areas.
Green Star Certification
Green Star is a widely recognized building rating system developed by the Green Building Council of Australia. It provides a comprehensive framework for assessing and certifying the environmental performance of commercial buildings, including office spaces, retail establishments, healthcare facilities, education centers, and industrial buildings. Green Star certification evaluates various aspects of sustainability, including management, indoor environmental quality, energy efficiency, water efficiency, materials, land use and ecology, emissions, and innovation.
By achieving Green Star certification, building owners and developers demonstrate their commitment to sustainability and environmental design. The certification process involves a rigorous assessment of the building’s design and performance, ensuring that it meets stringent sustainability standards. A specific star rating is awarded based on the building’s performance in different categories, with a higher rating indicating a higher level of environmental performance. This rating system encourages and rewards excellence in sustainable design and construction, driving the development of greener and more sustainable commercial buildings.
| Benefits of Green Star Certification | Examples |
|---|---|
| Enhanced reputation and marketability | Increased demand for green office spaces |
| Reduced operating costs | Energy-efficient systems and technologies |
| Improved occupant health and well-being | Enhanced indoor air quality and natural lighting |
| Environmental responsibility and leadership | Reduced carbon emissions and resource consumption |
Green Star certification has become a benchmark for sustainable building practices in Australia. It not only benefits building owners and occupants but also contributes to the overall sustainability and environmental performance of the built environment. By promoting energy efficiency, resource conservation, and responsible design, Green Star certification helps create healthier, more resilient, and environmentally conscious office spaces and commercial buildings.
Nationwide House Energy Rating Scheme (NatHERS)
When it comes to creating energy-efficient and environmentally sustainable residential buildings, the Nationwide House Energy Rating Scheme (NatHERS) plays a crucial role. NatHERS utilizes computer simulations to assess the potential energy efficiency and thermal performance of homes. With a scale ranging from zero to 10 stars, NatHERS rates the design of buildings, with a higher star rating indicating better thermal performance and energy efficiency.
NatHERS takes into account various factors such as the layout of the home, construction materials, orientation to the sun, and shading. By using computer simulations, it provides a way to compare the energy efficiency of different building designs, encouraging builders and developers to aim for higher star ratings. This helps in reducing energy consumption, decreasing carbon emissions, and promoting sustainable practices in the residential building sector.
Implementing NatHERS guidelines in residential buildings not only benefits the environment but also contributes to cost savings for homeowners. Energy-efficient homes with higher star ratings lead to reduced energy bills, making them more affordable and comfortable for residents. By incorporating NatHERS principles into building design, we can create residential spaces that are not only eco-friendly but also promote energy efficiency and thermal comfort.
Key Features of NatHERS:
- Assesses energy efficiency and thermal performance
- Uses computer simulations for accurate ratings
- Rates buildings on a scale of zero to 10 stars
- Considers factors like layout, materials, orientation, and shading
- Promotes energy savings and reduced carbon emissions
- Encourages cost savings for homeowners
NABERS: Assessing Operational Energy Performance and Environmental Impacts
When it comes to evaluating the operational energy performance and environmental impacts of buildings, the National Australian Built Environment Rating Scheme (NABERS) plays a crucial role. NABERS provides a comprehensive assessment framework that considers key factors such as energy efficiency, water efficiency, waste management, and indoor environment quality. By measuring and rating these aspects, NABERS helps building owners showcase the sustainability and environmental performance of their commercial spaces.
With NABERS certification, building owners can demonstrate their commitment to energy efficiency and sustainability, which has become increasingly important in today’s environmentally conscious world. This certification is particularly relevant for commercial office spaces and is required for spaces of 2,000m² or more when selling or leasing. By evaluating the performance of these buildings, NABERS encourages continuous improvement and drives the adoption of sustainable practices.
Key Factors Assessed by NABERS
NABERS assessments focus on several crucial aspects of building performance, including:
- Energy Efficiency: Evaluating the efficiency of energy use within the building, reducing environmental impact and operating costs.
- Water Efficiency: Assessing the building’s water consumption and the efficiency of its water management systems.
- Waste Management: Considering waste management practices and encouraging the reduction, reuse, and recycling of waste.
- Indoor Environment Quality: Evaluating factors such as air quality, thermal comfort, and lighting to ensure a comfortable and healthy indoor environment for occupants.
Through NABERS, building owners can gain insights into their environmental performance, identify areas for improvement, and set targets for future enhancements. This certification provides a benchmark for sustainability and helps create a more energy-efficient and environmentally friendly built environment in Australia.
“NABERS certification provides a reliable way to showcase the sustainability and environmental performance of commercial buildings.”
| Key Benefits of NABERS | Key Features of NABERS |
|---|---|
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Sustainable Design Assessment in the Planning Process (SDAPP)
The Sustainable Design Assessment in the Planning Process (SDAPP) is an integral part of the planning process for medium and large developments in Manningham City Council. It is a framework that ensures developers assess and demonstrate how their proposed development meets the Environmentally Sustainable Design (ESD) objectives defined in the Manningham Planning Scheme. The SDAPP process helps to integrate sustainability considerations into development proposals from the early stages, promoting environmentally friendly design and development practices.
SDAPP involves considering the 10 Key Sustainable Building Categories, which encompass various aspects of sustainability such as urban environment quality, energy efficiency, water efficiency, stormwater management, and waste management. By addressing these categories, developers can create greener and more sustainable buildings and communities. Depending on the scale of the project, developers may engage an ESD consultant or qualified sustainability professional to assist in meeting the SDAPP requirements and preparing the necessary documentation.
Through the SDAPP framework, Manningham City Council aims to prioritize sustainability in the planning process and encourage the adoption of ESD principles. By integrating sustainable design assessments into the planning process, the council ensures that new developments align with sustainable practices and contribute to the overall resilience and environmental health of the city.
Table: Key Steps in the Sustainable Design Assessment in the Planning Process
| Step | Description |
|---|---|
| 1 | Review the ESD objectives and requirements in the Manningham Planning Scheme. |
| 2 | Assess how the proposed development addresses the 10 Key Sustainable Building Categories. |
| 3 | Engage an ESD consultant or qualified sustainability professional, if necessary, to provide expertise and guidance. |
| 4 | Prepare the necessary documentation, including Sustainable Design Assessment reports and supporting evidence. |
| 5 | Submit the development proposal, along with the Sustainable Design Assessment, to the council for review. |
| 6 | Collaborate with the council and relevant stakeholders to address any feedback or requirements for modifications. |
| 7 | Obtain approval from the council and proceed with the development, ensuring compliance with the ESD objectives and standards. |
Importance of ESD in Manningham City Council
Implementing and prioritizing Environmentally Sustainable Design (ESD) principles is of utmost importance in Manningham City Council. As a council, we recognize the significance of sustainable development and green building practices in creating a more sustainable future for our community and the environment. By integrating ESD principles into land use planning, development, design, and construction, we can ensure that our city grows in a way that is environmentally friendly, energy-efficient, and socially responsible.
By incorporating ESD into our planning processes, we can achieve a range of benefits, including reduced energy consumption, improved urban ecosystem health, and increased quality of life for our residents. ESD allows us to create more resilient urban areas, enhance the overall liveability and amenity of our city, and protect and enhance the natural environment.
“We believe that by prioritizing ESD, we can build a greener and more sustainable future for Manningham City Council and beyond.”
Through initiatives like the Sustainable Design Assessment in the Planning Process (SDAPP) and various assessment tools, we empower developers, designers, and individuals to create sustainable, resilient, and environmentally conscious buildings and communities. By adhering to ESD principles, we can ensure that new buildings and developments are energy-efficient, environmentally friendly, and socially responsible.
As we continue to prioritize ESD in Manningham City Council, we are actively working towards building a brighter, more sustainable future for our community. By integrating sustainable practices into our planning and development processes, we can create a city that thrives economically, socially, and environmentally.
References:
- “Environmentally Sustainable Design (ESD).” Manningham City Council, www.manningham.vic.gov.au/esd.
- “What is ESD.” Climate Positive Design, www.climatepositivedesign.com/what-is-esd.
Conclusion
Environmentally Sustainable Design (ESD) is at the forefront of our commitment to building a sustainable future in Manningham City Council. By integrating ESD principles into land use planning, development, design, and construction, we ensure that our buildings and developments are not only energy-efficient but also environmentally friendly and socially responsible.
ESD offers numerous benefits, including easier compliance with building requirements, reduced operating costs, improved urban ecosystem health, and enhanced liveability. Through initiatives like the Sustainable Design Assessment in the Planning Process (SDAPP) and various assessment tools, we empower developers, designers, and individuals to create sustainable, resilient, and environmentally conscious buildings and communities.
Together, we can build a brighter future for Manningham City Council and beyond, one that embraces sustainable practices and green building. By prioritizing ESD, we are taking significant steps towards creating a greener and more sustainable future for our community.
Join us as we continue to implement ESD principles and work towards building a more sustainable and environmentally conscious future for Manningham City Council.
FAQ
What is Environmentally Sustainable Design (ESD)?
Environmentally Sustainable Design (ESD) refers to the principles and practices that promote sustainable development, energy efficiency, and environmentally friendly design and construction.
What are the benefits of incorporating ESD principles?
Incorporating ESD principles can lead to easier compliance with building requirements, reduced operating costs, improved urban ecosystem health, enhanced amenity and liveability, and more environmentally sustainable urban areas.
What are the ESD application requirements for developments in Manningham City Council?
The ESD application requirements vary based on the scale of the development. Medium and large residential and non-residential developments must meet the specific ESD objectives and standards defined in Clause 22.12 – Environmentally Sustainable Development.
What is the Sustainable Design Assessment in the Planning Process (SDAPP)?
The SDAPP is a planning framework that requires developers to assess and demonstrate how their proposed development meets the ESD objectives. It ensures that sustainability considerations are integrated into development proposals from the early stages.
What are the 10 Key Sustainable Building Categories?
The 10 Key Sustainable Building Categories cover aspects such as urban environment quality, energy efficiency, water efficiency, stormwater management, building materials, transport, waste management, urban ecology, innovation, and construction and building management.
What are some sustainable design assessment tools used in Manningham City Council?
Some sustainable design assessment tools used in Manningham City Council include Built Environment Sustainability Scorecard (BESS), Stormwater Treatment Objective Relative Measure (STORM), Model for Urban Stormwater Improvement Conceptualization (MUSIC), Green Star certification, Nationwide House Energy Rating Scheme (NatHERS), and National Australian Built Environment Rating Scheme (NABERS).
What is the purpose of the Built Environment Sustainability Scorecard (BESS)?
BESS is a free online assessment rating tool that measures the performance of proposed building designs in terms of energy efficiency, water efficiency, stormwater management, transport options, waste management, urban ecology considerations, and construction and building management practices.
What does the Stormwater Treatment Objective Relative Measure (STORM) assess?
STORM assesses and measures the stormwater treatment capabilities of a development, evaluating elements that affect or treat stormwater and providing a score based on reduction in total nitrogen load and achievement of best practice water quality objectives.
What is the Model for Urban Stormwater Improvement Conceptualization (MUSIC) used for?
MUSIC is a tool used to simulate stormwater treatment systems, assess stormwater treatment and storage, and provide information on stormwater treated or stored for reuse and pollution reduction. It is particularly suitable for larger developments with complex stormwater system designs.
What is Green Star certification?
Green Star certification is a building rating system developed by the Green Building Council of Australia. It assesses and certifies the environmental performance of various types of buildings, including commercial office spaces, retail, healthcare, education, and industrial buildings.
What is the Nationwide House Energy Rating Scheme (NatHERS)?
NatHERS is a nationwide scheme that uses computer simulations to assess the potential energy efficiency and thermal performance of residential buildings, rating the design on a scale of zero to 10 stars based on factors such as layout, construction materials, orientation, and shading.
What is the National Australian Built Environment Rating Scheme (NABERS) used for?
NABERS rates the operational energy performance and environmental impacts of commercial buildings, assessing factors like energy efficiency, water efficiency, waste management, and indoor environment quality. It provides a reliable way to showcase the sustainability and environmental performance of these buildings.
What is the importance of ESD in Manningham City Council?
ESD plays a crucial role in promoting sustainable development and building practices in Manningham City Council. By prioritizing ESD, the council aims to create a greener and more sustainable future, improve urban ecosystem health, and enhance the overall liveability and amenity of the city.
Source Links
- https://www.manningham.vic.gov.au/sites/default/files/2022-11/SDAPP_ESD_tools.pdf
- https://www.manningham.vic.gov.au/sites/default/files/uploads/Planning Scheme Amendment GC42- Environmentally Sustainable Development Policy – PE.pdf
- https://www.manningham.vic.gov.au/property-and-development/guides-and-maps/build-sustainable-properties