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## Tour
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tour.name = RP VR
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HTMLText_062AD830_1140_E215_41B0_321699661E7F_mobile.html = LOREM IPSUM
DOLOR SIT AME
CONSECTETUR ADIPISCING ELIT. MORBI BIBENDUM PHARETRA LOREM, ACCUMSAN SAN NULLA.
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LOREM IPSUM:
$150,000
JOHN DOE
Licensed Real Estate Salesperson
Tlf.: +11 111 111 111
jhondoe@realestate.com
www.loremipsum.com
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WE NEED YOUR HELP!
This page is currently unpopulated
If you would like to collaborate with us in by creating content for this page, please contact Jianbin Wang at wang.jianbin@monash.edu
To view this tour, please visit again on a via a standard non-mobile web browser.
www.loremipsum.com
info@loremipsum.com
Tlf.: +11 111 111 111
WE NEED YOUR HELP!
This page is currently unpopulated
If you would like to collaborate with us in by creating content for this page, please contact Jianbin Wang at wang.jianbin@monash.edu
Provide educational opportunities for local schools
Storage volume: 13.4 mega litres
Depth: maximum 1.85 metres (useable depth 1.3 metres)
Plants: Indigenous wetland and ephemeral plants
The primary function of the storage basin is to intercept and stored treated stormwater until it is required for irrigation use. The volume of this storage pond was set by the landscape analysis which determined what land was available in the appropriate location.
Outlet control structure and pipeline to open water storage pond (storage basin), alternatively to additional underground storage tank (5ML in 2008)"
Reduce potable water usage in open space
The inlet area is integrated with the landscape and provide a bird observation wall for public education and engagement
The inlet area is integrated with the landscape and provide a bird observation wall for public education and engagement
Increase biodiversity in the surrounding area
The inlet area is integrated with the landscape and provide a bird observation wall for public education and engagement
Size: 0.8 hectares
Depth: 0.15 metres to 1.5 metres
Plants: indigenous plant that can cope with wet and dry periods
The S-shaped wetland is the main treatment element in the stormwater harvesting system. Water flows from the diversion point and passes through the wetland, where sediments continue to drop out or are trapped by the vegetation and removed by the microorganisms.
The S-shape has been designed to gain the maximum flow distance for the water while keeping the system’s footprint to a minimum. "
The inlet area is integrated with the landscape and provide a bird observation wall for public education and engagement
Improve the quality of stormwater entering the Moonee Pond Creek and Port Phillp Bay
Outlet control structure and pipeline to open water storage pond (storage basin), alternatively to additional underground storage tank (5ML in 2008)"
Storage volume: 13.4 mega litres
Depth: maximum 1.85 metres (useable depth 1.3 metres)
Plants: Indigenous wetland and ephemeral plants
The primary function of the storage basin is to intercept and stored treated stormwater until it is required for irrigation use. The volume of this storage pond was set by the landscape analysis which determined what land was available in the appropriate location.
The inlet area is integrated with the landscape and provide a bird observation wall for public education and engagement
An Ultra Violet Disinfection Unit functions to provide water quality treatment to ‘Class A’ standard prior to arrival at a distribution storage located at the top of the rising main.
The configuration for pump and rising main are matched and interdependent. Their function is to provide for the daily cycle of irrigation and are sized to serve peak irrigation demand.
Storage volume: 13.4 mega litres
Depth: maximum 1.85 metres (useable depth 1.3 metres)
Plants: Indigenous wetland and ephemeral plants
The primary function of the storage basin is to intercept and stored treated stormwater until it is required for irrigation use. The volume of this storage pond was set by the landscape analysis which determined what land was available in the appropriate location.
An Ultra Violet Disinfection Unit functions to provide water quality treatment to ‘Class A’ standard prior to arrival at a distribution storage located at the top of the rising main.
The configuration for pump and rising main are matched and interdependent. Their function is to provide for the daily cycle of irrigation and are sized to serve peak irrigation demand.
An extensive underground irrigation network transports treated stormwater from the storage wetland to a number of smaller tanks throughout Royal Park. The reticulated PVC pipework is divided into two systems, north of the tram line and south of the tram line.
For health reasons, irrigation with recycled water can only occur at night, so the water is transferred through the network during the day and stored in smaller tanks until night. By gradually transferring water to different sections of the park throughout the day, flow rates through the system are minimised.
The irrigation network operates automatically and is controlled by a central system. Our maintenance teams monitor the central system via remote terminals (mobile devices or laptops). They alter irrigation schedules and check live water quality data from the on-line testing units.
Storage volume: 13.4 mega litres
Depth: maximum 1.85 metres (useable depth 1.3 metres)
Plants: Indigenous wetland and ephemeral plants
The primary function of the storage basin is to intercept and stored treated stormwater until it is required for irrigation use. The volume of this storage pond was set by the landscape analysis which determined what land was available in the appropriate location.
An Ultra Violet Disinfection Unit functions to provide water quality treatment to ‘Class A’ standard prior to arrival at a distribution storage located at the top of the rising main.
The configuration for pump and rising main are matched and interdependent. Their function is to provide for the daily cycle of irrigation and are sized to serve peak irrigation demand.
An extensive underground irrigation network transports treated stormwater from the storage wetland to a number of smaller tanks throughout Royal Park. The reticulated PVC pipework is divided into two systems, north of the tram line and south of the tram line.
For health reasons, irrigation with recycled water can only occur at night, so the water is transferred through the network during the day and stored in smaller tanks until night. By gradually transferring water to different sections of the park throughout the day, flow rates through the system are minimised.
The irrigation network operates automatically and is controlled by a central system. Our maintenance teams monitor the central system via remote terminals (mobile devices or laptops). They alter irrigation schedules and check live water quality data from the on-line testing units.
An Ultra Violet Disinfection Unit functions to provide water quality treatment to ‘Class A’ standard prior to arrival at a distribution storage located at the top of the rising main.
The configuration for pump and rising main are matched and interdependent. Their function is to provide for the daily cycle of irrigation and are sized to serve peak irrigation demand.
Storage volume: 13.4 mega litres
Depth: maximum 1.85 metres (useable depth 1.3 metres)
Plants: Indigenous wetland and ephemeral plants
The primary function of the storage basin is to intercept and stored treated stormwater until it is required for irrigation use. The volume of this storage pond was set by the landscape analysis which determined what land was available in the appropriate location.
Size: 0.8 hectares
Depth: 0.15 metres to 1.5 metres
Plants: indigenous plant that can cope with wet and dry periods
The S-shaped wetland is the main treatment element in the stormwater harvesting system. Water flows from the diversion point and passes through the wetland, where sediments continue to drop out or are trapped by the vegetation and removed by the microorganisms.
The S-shape has been designed to gain the maximum flow distance for the water while keeping the system’s footprint to a minimum. "
The inlet area is integrated with the landscape and provide a bird observation wall for public education and engagement
Outlet control structure and pipeline to open water storage pond (storage basin), alternatively to additional underground storage tank (5ML in 2008)"
Storage volume: 13.4 mega litres
Depth: maximum 1.85 metres (useable depth 1.3 metres)
Plants: Indigenous wetland and ephemeral plants
The primary function of the storage basin is to intercept and stored treated stormwater until it is required for irrigation use. The volume of this storage pond was set by the landscape analysis which determined what land was available in the appropriate location.
An extensive underground irrigation network transports treated stormwater from the storage wetland to a number of smaller tanks throughout Royal Park. The reticulated PVC pipework is divided into two systems, north of the tram line and south of the tram line.
For health reasons, irrigation with recycled water can only occur at night, so the water is transferred through the network during the day and stored in smaller tanks until night. By gradually transferring water to different sections of the park throughout the day, flow rates through the system are minimised.
The irrigation network operates automatically and is controlled by a central system. Our maintenance teams monitor the central system via remote terminals (mobile devices or laptops). They alter irrigation schedules and check live water quality data from the on-line testing units.
An extensive underground irrigation network transports treated stormwater from the storage wetland to a number of smaller tanks throughout Royal Park. The reticulated PVC pipework is divided into two systems, north of the tram line and south of the tram line.
For health reasons, irrigation with recycled water can only occur at night, so the water is transferred through the network during the day and stored in smaller tanks until night. By gradually transferring water to different sections of the park throughout the day, flow rates through the system are minimised.
The irrigation network operates automatically and is controlled by a central system. Our maintenance teams monitor the central system via remote terminals (mobile devices or laptops). They alter irrigation schedules and check live water quality data from the on-line testing units.
An extensive underground irrigation network transports treated stormwater from the storage wetland to a number of smaller tanks throughout Royal Park. The reticulated PVC pipework is divided into two systems, north of the tram line and south of the tram line.
For health reasons, irrigation with recycled water can only occur at night, so the water is transferred through the network during the day and stored in smaller tanks until night. By gradually transferring water to different sections of the park throughout the day, flow rates through the system are minimised.
The irrigation network operates automatically and is controlled by a central system. Our maintenance teams monitor the central system via remote terminals (mobile devices or laptops). They alter irrigation schedules and check live water quality data from the on-line testing units.
The inlet area is integrated with the landscape and provide a bird observation wall for public education and engagement
Size: 0.8 hectares
Depth: 0.15 metres to 1.5 metres
Plants: indigenous plant that can cope with wet and dry periods
The S-shaped wetland is the main treatment element in the stormwater harvesting system. Water flows from the diversion point and passes through the wetland, where sediments continue to drop out or are trapped by the vegetation and removed by the microorganisms.
The S-shape has been designed to gain the maximum flow distance for the water while keeping the system’s footprint to a minimum. "
Outlet control structure and pipeline to open water storage pond (storage basin), alternatively to additional underground storage tank (5ML in 2008)"
Storage volume: 13.4 mega litres
Depth: maximum 1.85 metres (useable depth 1.3 metres)
Plants: Indigenous wetland and ephemeral plants
The primary function of the storage basin is to intercept and stored treated stormwater until it is required for irrigation use. The volume of this storage pond was set by the landscape analysis which determined what land was available in the appropriate location.
The inlet area is integrated with the landscape and provide a bird observation wall for public education and engagement
The inlet area is integrated with the landscape and provide a bird observation wall for public education and engagement
The sediment trap has been created as an on-line structure. The size of the permanent pool has been design to trap coarser sediment particles (up to approximately 125 um). This prevents coarse sediments entering the wetland.
The diversion weir, together with the diversion pipe, act to divert flows of up to 1 cubic metre per second into the wetland for treatment. The inlet arrangement to the diversion pipeline is submerged and serves to prevent floating litter from entering the wetland.
The diversion weir, together with the diversion pipe, act to divert flows of up to 1 cubic metre per second into the wetland for treatment. The inlet arrangement to the diversion pipeline is submerged and serves to prevent floating litter from entering the wetland.
The sediment trap has been created as an on-line structure. The size of the permanent pool has been design to trap coarser sediment particles (up to approximately 125 um). This prevents coarse sediments entering the wetland.
Storage volume: 13.4 mega litres
Depth: maximum 1.85 metres (useable depth 1.3 metres)
Plants: Indigenous wetland and ephemeral plants
The primary function of the storage basin is to intercept and stored treated stormwater until it is required for irrigation use. The volume of this storage pond was set by the landscape analysis which determined what land was available in the appropriate location.
Size: 0.8 hectares
Depth: 0.15 metres to 1.5 metres
Plants: indigenous plant that can cope with wet and dry periods
The S-shaped wetland is the main treatment element in the stormwater harvesting system. Water flows from the diversion point and passes through the wetland, where sediments continue to drop out or are trapped by the vegetation and removed by the microorganisms.
The S-shape has been designed to gain the maximum flow distance for the water while keeping the system’s footprint to a minimum. "
An Ultra Violet Disinfection Unit functions to provide water quality treatment to ‘Class A’ standard prior to arrival at a distribution storage located at the top of the rising main.
The configuration for pump and rising main are matched and interdependent. Their function is to provide for the daily cycle of irrigation and are sized to serve peak irrigation demand.
Storage volume: 13.4 mega litres
Depth: maximum 1.85 metres (useable depth 1.3 metres)
Plants: Indigenous wetland and ephemeral plants
The primary function of the storage basin is to intercept and stored treated stormwater until it is required for irrigation use. The volume of this storage pond was set by the landscape analysis which determined what land was available in the appropriate location.
Outlet control structure and pipeline to open water storage pond (storage basin), alternatively to additional underground storage tank (5ML in 2008)"
The inlet area is integrated with the landscape and provide a bird observation wall for public education and engagement
Size: 0.8 hectares
Depth: 0.15 metres to 1.5 metres
Plants: indigenous plant that can cope with wet and dry periods
The S-shaped wetland is the main treatment element in the stormwater harvesting system. Water flows from the diversion point and passes through the wetland, where sediments continue to drop out or are trapped by the vegetation and removed by the microorganisms.
The S-shape has been designed to gain the maximum flow distance for the water while keeping the system’s footprint to a minimum. "