contaminated industrial stormwater networks - live ... · development of arduino sensors 14 • our...
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Contaminated Industrial Stormwater Networks - Live Monitoring and Pollution DetectionStormwater Victoria Conference
June 2019 – Heath Baker, Melbourne Water
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Background – A legacy of pollution
2
May 2018https://twitter.com/7newsmelbourne/status/998320868781539328
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Industrial area challenges
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• Business turnover
• Business Type
• Legacy contamination
• ‘not my backyard’ culture
• After hours
• Education / Knowledge
• Old buildings and infrastructure
• Heavy vehicle movements
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Focus area
4
• Old Joes Ck• Dandenong
Creek Catchment
• ~9km from source
• 30km east of Melbourne CBD
• Metals, pesticides, hydrocarbons, surfactants
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Multi agency blitz
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MW, EPA, SEW, KCC
2 full day blitz'sDry weather‘Follow the flow’ & Research data
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Multi agency blitz
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Live flow and quality monitoring – Trunk and drainage monitoring
Ultrasonic -Large dia. network
Arduino -Small dia. network
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Ultrasonic (BlokAid) - Incorporating sewer monitoring and alarm technology (Trunk)
• Monitor stormwater drain level, calculated flow and H2S/VOC gas in real time
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Ultrasonic benefits & installation
• Tested
• Lower cost
• Cloud based – 3rd party access
• Surface installation
• Less confined space issues
• Easily removable and relocatable
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BlokAids in the network
• Trend flow patterns
• Overlay BoM rainfall data
• Seasonal trends
• Blockage alerts
• Early EPA notifications
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Incoming data
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Cloud
Database
Online Data
Adjustment
Send Alarm & FDI databaseA crew to inspect dry
weather flow points
The Arduino ‘Army’ – Low cost, high spatial resolution (small dia. Network)
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Arduino-based sensors - Background
13
Background• Low cost sensors - Cost approx. $100/unit
– Many units with reasonable accuracy vs. one or two units of high accuracy.
Aims and objectives
• Locate ‘hot spots’ with Ultrasonic (BlokAid) units
• Develop, test and deploy an ‘army’ of Arduino-based low cost water quality sensors to help track and mitigate sources of pollution
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Development of Arduino sensors
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• Our objective - develop sensors with the following properties:
– water quality parameters (to begin with EC and temperature)
– water flow estimates (to begin with, just depth of water)
– cheap and ALL open source
– send data to cloud continuously
– Alarm capability
– easy to install without confined space entry
– long battery life
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Making the sensors
• Each unit (currently) contains the following main parts:
– Arduino Mother board
– SIM Card
– Battery 7.2v 10Ah
– EC probe
– Depth sensor with built in temperature
• 10 sec. data read intervals
• Battery lasts around 2-4 weeks
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Website platform
Website designed and operational
– Automatically corrects air pressure changes using air sensors around Melbourne
– Alarms - SMS or emailing if depth, EC or temperature goes above setpoint
– Backed-up twice daily
– Flexible
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Underground Arduinos
• Deployment
– 20 sensors have been deployed in this project
Wire cables and sand-bag
Depth, Temp, EC sensor
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An army of Arduino-based sensors for pollution detection
• Deployment
– Bayswater area – 3 months
Consistently see peak in depth between 9-3pm each day- Industrial discharge?- Cooling waters?
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Comparison of monitoring techneques
19
Field (Research/Blitz)
Ultrasonic (BlokAid)
Low Cost Hi Res (Arduino)
Water Quality
Y (detailed) N Y
AlarmTrending
N Y Maybe
Detailed analysis (quality)
Y N Y
Gas detection N Y Maybe
Flow trend analysis
N Y Y
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Where to next?
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• 12 months (End April 2020) – complete trial in OJC
• Review data, trends, device issues
• Relocate, create new focus areas
• Seek new areas – council asset focus, whole community benefit
• Automatic alert system (EPA/MW/DELWP?) –
• Response protocols
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Thank you
Acknowledgements:
- Sarah Watkins (MW)
- Caroline Carvalho (KCC)
- Giuliano Marcon (KCC)
- Matthew Teston (SEW)
- Dale Irwin (EPA)
- Jason Morris (Iota)
- David McCarthy (Monash Uni)
- Biaqian (Luke) Shi (Monash Uni)