University of Melbourne picks built environment measures over carbon offsets in sustainability plan
A recent Sustainability Plan has committed the University of Melbourne to achieving carbon neutrality before 2030 and zero net emissions from electricity by 2021 through a suite of built environment and other measures. Allan Tait, the University of Melbourne’s chief financial officer and chair of their Sustainability Executive Group, says the plan is the first-of-its-kind to combine all of the university’s activities “into a cohesive, all-encompassing plan” that moves beyond simple carbon offsetting.
“We are seeking to minimise the amount of carbon offsets that we purchase because we don’t actually believe that it is the most appropriate way to achieve zero net emissions or carbon neutrality. It does not actually contribute to the physical improvement of reduced emissions or renewable energy production,” Tait told Foreground. “We could probably be carbon neutral tomorrow if we went and bought carbon offsets. But it’s not really the best way to contribute to overall sustainability.”
By 2020, the university will aim to reduce emissions through on-campus energy projects by 20,000 tonnes of carbon per year, while reducing mains water usage by 12 percent. Other measures the university is adopting include a “no net loss” to tree numbers on campus and monitoring of harvested water usage.
“We don’t actually believe [carbon off-sets are] the most appropriate way to achieve zero net emissions” –Allan Tait
“Our commitment is bringing together policy leaders, industry and academic experts, and convening them to drive public debate and policy development. That is something that no other university in Australia has done at this stage. We are working strongly in the research field in partnership with a range of organisations, including those involved in fossil fuel production, and we have got over a thousand researchers and over $200 million per annum spent on sustainability-related research,” Tait said.
Using the Green Star rating system to guide the environmental standards of major projects, the university has used passive design approaches, complemented by efficient active systems, to meet its commitments.
The plan notes a plethora of sustainability standards, a commitment to building lifecycle analysis, the integration of sustainability commitments and applying a “zero emissions-ready” approach to campus development projects. However, the 40-page document includes almost no detail as to what the university will look like, how it will change, or how its staff and students will engage with its buildings and campuses.
While the University of Melbourne intends to reduce its carbon emissions, it will work with fossil fuel producers
The University of Melbourne has obtained funding from the Clean Energy Finance Corp for projects with a longer payback period, and entered an arrangement with the City of Melbourne and other organisations to develop renewable energy sources that will reduce their dependency on conventional energy sources by at least 10 percent.
They have also set up a carbon reduction pathway team to look into energy reduction and renewable energy sources that will enable them to achieve the zero-net emissions target. Tait says that “over a period of about seven years, the university has reduced carbon emissions by about 33,000 tonnes, energy usage by about 20 percent and seen an estimated 30 percent improvement in water usage.”
As part of their plan to mitigate climate change risk in the investment portfolio, the university is also developing a sustainable investment framework with its staff in the Faculty of Business and Economics, in partnership with the Melbourne Energy Institute, the Oxford Martin School at Oxford University, UBS and Harvard.
Tait told Foreground that while the university intends to reduce its carbon emissions, it will work with fossil fuel producers to develop solutions as part of its divestment approach.
“We undertook an internal stakeholder mapping exercise to determine the depth of our relationships with the Carbon Underground 200 list. The university has strong relationships with research partners such as BHP Billiton and Rio Tinto and continuing these relationships where appropriate is part of our approach to contributing to mitigating climate change impacts,” Tait said.