Overall Rating Gold
Overall Score 68.44
Liaison William Van Ausdal
Submission Date July 9, 2024

STARS v3.0

Flinders University
OP-3: Water Use

Status Score Responsible Party
Complete 3.74 / 6.00
"---" indicates that no data was submitted for this field

Level of water quantity risk for the institution’s main campus:
Medium-high

Performance year for water use:
2023

Peer group:
Doctoral universities and research institutions

Potable water from off-site sources:
203,664 Cubic meters

Reclaimed water from off-site sources:
0 Cubic meters

Other off-site water sources:
0 Cubic meters

Potable water from on-site sources:
0 Cubic meters

Other on-site water sources:
0 Cubic meters

Full-time equivalent student enrollment:
14,850

Full-time equivalent of employees:
2,189

Annual potable water use:
203,664 Cubic meters

Full-time equivalent students and employees:
17,039

Annual potable water use per person:
11,952.81 Liters

Points earned for indicator OP 3.1:
1.73

Gross floor area of building space:
225,886 Square meters

Annual potable water use per unit of floor area:
901.62 Liters per square meter

Points earned for indicator OP 3.2:
1.35

Does the institution harvest rainwater on-site for storage and use?:
Yes

Narrative and/or website URL providing an overview of the institution’s on-site rainwater harvesting systems:

There are various locations at our Bedford Park campus which rainwater is utilised for either toilet flushing or irrigation purposes. 

-The Health Science Lecture Complex toilet flushing supplies comes from two large rainwater tanks located in the lower plantroom which is filled by the building's roof catchment.
- The toilet block attached to the Bio-Discovery Centre has a rainwater tank tucked into a service corridor and utilises this water for toilet flushing purposes.
- The Nature Education and Research Facility (NERF) and the Information, Science and Technology (IST) also utilise roof rainwater catchment for irrigation and toilet flushing purposes.


Does the institution recover water on-site for reuse?:
No

Narrative and/or website URL providing an overview of the institution’s on-site water recovery and reuse systems:
---

Does the institution collect and return water to surface water or groundwater through on-site green infrastructure?:
Yes

Narrative and/or website URL providing an overview of the institution’s on-site green infrastructure:

In collaboration with the City of Marion Council to reclaim our stormwater, the infrastructure in the Oaklands Park wetlands captures the natural runoff from the Sturt Creek (which passes through Flinders University lands). This water is then filtered through the wetland and is then either used for irrigation of local sports fields (including Flinders University sports fields), or returned to the groundwater aquifer through Managed Aquifer Recharge and subsequently used in dry periods for irrigation of sports fields. The Oaklands Park Wetlands recycled water makes up 20% of our water use. Developments are underway to use this recycled water in the new Health and Medical Research Building at Bedford Park: the infrastructure is all in place and is currently awaiting approval of water quality. 

-    City of Marion press release: https://www.marion.sa.gov.au/about-council/news/marion-waters-5-6m-pipeline-extension-delivering-a-greener-city
-    https://www.marion.sa.gov.au/about-council/news/water-recovery-the-focus-of-5-7m-recycled-water-pipeline-extension
-    https://www.marion.sa.gov.au/things-to-do/wetlands/oaklands-wetland


Points earned for indicator OP 3.3:
0.67

Does the institution have methodologies in place to estimate or model the annual volume of water recovered and/or returned on-site?:
Yes

Narrative outlining the methodologies used to estimate or model the annual volume of water recovered and/or returned on-site:

Recycled water is metered remotely via a Supervisory Control and Data Acquisition (SCADA) system. Ovals and HMRB have been connected but awaiting treatment levels appropriate for usage.


Estimated volume of rainwater harvested on-site for storage and use:
0 Cubic meters

Estimated volume of water recovered on-site for reuse:
0 Cubic meters

Estimated volume of water collected and returned through on-site green infrastructure:
0 Cubic meters

Annual volume of water recovered and/or returned:
0 Cubic meters

Total water withdrawal:
203,664 Cubic meters

Ratio of water recovered/returned to total water withdrawal:
0

Points earned for indicator OP 3.4:
0

Notes about the information provided for this credit:

The student EFTSL for this question is not the same as in PRE as it does not include students that are studying fully online or offshore.


Additional documentation for this credit:
---

The information presented here is self-reported. While AASHE staff review portions of all STARS reports and institutions are welcome to seek additional forms of review, the data in STARS reports are not verified by AASHE. If you believe any of this information is erroneous or inconsistent with credit criteria, please review the process for inquiring about the information reported by an institution or simply email your inquiry to stars@aashe.org.