Agenda
TIME | AGENDA | |
---|---|---|
09:30 | Welcoming Speech, Opening Remarks & Thank You Sponsor Speech By Forum Producer | |
09:35 | Welcome Address By Forum Chairperson | |
![]() |
Dr. Scott V. Valentine Director & Senior Circular Economy Specialist KPMG Australia |
![]() |
Financing Sustainability | ||
09:45 |
Financing Sustainability: How Monash University Demonstrated Its Commitment To Circular Economy By Issuing World’s First University Climate Bond | |
Australia’s Monash University has announced it is the first tertiary institution to issue a Certified Climate Bond. A requirement for issuing the bond was that capital raised must be spent on projects that achieve measurable sustainability outcomes. Proceeds will be allocated over the next two years to low carbon campus building developments, solar energy installations and LED lighting, all contributing towards the university’s goal of zero net emissions. This session will explore how companies like Monash are financing their circular economy initiatives with innovative practices. | ||
![]() |
Kendra Wasiluk Sustainable Development Planner, Buildings and Property Division Monash University |
![]() |
How ANZ’s Best Companies & Research Institutions Are Championing Circular Economies In Practice | ||
10:20 |
Did You Know? 90% Of Australia’s Coffee Cups Are Never Recycled And Ends Up Piling Australia’s Landfill | |
![]() |
Tom Lunn General Manager Detpak |
![]() |
10:55 | Topic: Designing The Urban Renewable Energy Zone | |
![]() |
Steve Walpole National Partnerships Director – Circular Economy Planet Ark |
![]() |
11:30 | Solving The World’s E-waste Problem: How The World’s First Electronic Waste Microfactory Is Capturing Value Into Waste | |
In 2018, Prof Sahajwalla launched the world’s first e-waste microfactory, where valuable metal alloys are extracted from discarded smartphones, laptops and circuit boards. Now she’s converting waste materials, such as the glass, plastic and textiles Australia previously exported or sent to landfill, into industrial-grade ceramics inside a second microfactory. She also plans to roll out her microfactory model across the country and, ultimately, the world. | ||
![]() |
Scientia Professor Veena Sahajwalla Director Centre for Sustainable Materials Research & Technology ([email protected]) Faculty of Science |
![]() |
12:00 | Lunch Break | |
Sustainability Through Government Grants and Incentives | ||
13:00 |
Panel Discussion: Driving Australia’s Circular Economy Growth With Community Partnerships & Incentives | |
![]() |
Moderator:
Dr. Scott V. Valentine |
![]() |
![]() |
Stuart Snell Communications and Stakeholder Manager UNSW Sydney |
![]() |
![]() |
Hannah Franklin Community Sustainability Lead Veolia Australia and New Zealand |
![]() |
Sustainability In Waste Management | ||
13:50 | Circular Textile Systems: From Biodegradable Stretch Fabrics To Australian Circular Textile Waste Service | |
How the Circular Centre has developed true biodegradable stretch fabrics to replace the world’s most problematic plastic textiles plus a Circular Textile Waste Service to capture textile waste and repurpose along 18 circular streams in Australia (sending zero to be buried in landfill, incinerated or sent to overseas landfills.) The circular systems are designed to mitigate emissions + pollution, to safely repurpose what is mostly toxic textiles plus focus on human centered design by providing jobs especially for Australian disability enterprises and blend with smart tech developed by the Queensland University of Technology. | ||
![]() |
Alison Jose Director Circular Centre |
![]() |
14:25 | An Award-Winning Case Study: How Lake Macquarie City Council’s Food Organics And Garden Organics (FOGO) Service Diverts 111kg Of Waste From Landfill Per Person? | |
The council implemented a FOGO project to encourage householders to separate their food and organics waste from their general waste. The drive came from a 2010 waste audit that showed domestic kerbside garbage bins contained up to 50 percent food and garden waste and other compostable organic material. The council started the journey by undertaking extensive community engagement to raise awareness and seek community input. This resulted in a waste strategy that culminated with a decision to implement the phased introduction of a three-bin system and construction of a new 44,000 tonne capacity in-vessel organics composting facility. Phase one, which started in 2013, involved the collection of kerbside garden organics with a basic shred and pasteurisation process. This was followed by Phase two, which was implemented in 2018, to collect combined FOGO and process it into recycled organic compost products through the new Remondis Lake Macquarie Organics Resource Recovery Facility. The collection was rolled out city-wide to over 83,000 households, with a transition to a weekly FOGO collection service and a fortnightly garbage collection service which has helped Council to reduce waste to landfill by over 22,000 tonnes (22%) per year despite experiencing a continuing trend in population growth. |
||
![]() |
Hal Dobbins Waste Strategy Coordinator Lake Macquarie City Council |
![]() |
Sustainability In Energy | ||
15:00 | Case Study: The Zero Emissions Byron Project | |
NSW’s first Bioenergy plant, a 5MW solar farm for their own use, a shared, community-owned solar farm, a hydro scheme. They are working alongside others to develop a microgrid in their arts and industrial estate. All of these projects have lessons to share and insights from others to add. | ||
![]() |
Simon Richardson Mayor Byron Shire Council |
![]() |
15:35 | Case Study: The Indra Monash Smart City’s Net Zero By 2030 Initiatives | |
This presentation will cover how The Indra Monash Smart City project will use Indra’s grid management platform to enable control of distributed energy resources, including a minimum of 1 MW of solar panels, 20 buildings, electric vehicle charging stations and 1 MWh of energy storage. Firstly, the assets will be monitored in real-time enabling visibility and control at the low-voltage network. Secondly, the assets will be optimised to ensure an efficient and reliable supply of electricity within the technical limits. The third and final phase will implement a transactive market to allow each building to buy and sell electricity, and optimise use in response to pricing signals. | ||
![]() |
Associate Professor Ariel Liebman Director Monash Energy Institute |
![]() |
16:05 | Closing Remarks By Forum Chairman |