HARVESTING
7000
STORMWATER
Perennial Plugs [HG 6200]
7000
Extensive Growth Media [HG 4110] Watergrip Brownie [HG 4130] Extensive Filter Fleece [HG 3710] 1.6” Semi-Intensive DR Board [HG 3616] Extensive Aluminum Edge [HG 3920] Capillary Fleece [HG 3350] 20 Mil Root Barrier [HG 3220] Waterproofing Membrane [HG 3100] SST Vector Screening [HG 3111]
HG 2530 - Stormwater Catchment • Stormwater *Refer to HG 2530 datasheet for system information
STORMWATER HARVESTING RAIN BARRELS
Series #
7100 HG 7110 - D
C
An eective means of harvesting stormwater is through the use of a cistern. Cisterns vary in size, shape, and how they are utilized. In all cases, they take excess stormwater and hold it to either keep it out of storm sewer systems or for various recycled stormwater re-uses. Hanging Gardens oers the Drum Collection, a customizable rain barrel line. A wide array of design choices make this stormwater harvesting system the perfect answer for on-site stormwater collection for your project.
H HG 7100 01/18
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STORMWATER HARVESTING RAIN BARRELS Drum Collection
Product #
7110
Hanging Gardens offers both freeze-proof & non-freeze proof options for rain barrels in various holding capacities and styles to meet your design criteria. Drum Collection Rain Barrels are available in 16 solid colors, 16 speckled colors, and sandstone premium resin. Rain Barrels offer many advantages: have a thick, heavy-duty seamless wall designed to resist freezing temperatures as a freeze-proof system, the barrel doesn’t need to be drained features a vertical wall around the top perimeter to divert water into the barrel incorporates welded fittings, guaranteed leak free. Custom fittings locations available at no additional charge
Tiered pricing based on product quantity
Varies dependent on order Please contact us for packaging & shipping details
TECHNICAL DATA Volume Options & Dimensions (All Cylindrical): HG 7110 55 Gal. 22” Diameter x 35” Height HG 7120 100 Gal. 27” Diameter x 43” Height HG 7130 200 Gal. 36” Diameter x 48” Height HG 7140 360 Gal. 48” Diameter x 48” Height
Weight (Full): HG 7110 HG 7120 HG 7130 HG 7140
HG 7110 01/18
490 lbs. 880 lbs. 1750 lbs. 3230 lbs.
Materials: • UV-Protected Recyclable Polyethylene Top Styles (Removable): • Flat Top with 17” dia. Basket Strainer • Canale Style Top with Polka Dot Pattern • Canale Style Top with Pie-Shaped Pattern Valve Options: • Brass Bucket-High Valve • Brass Butterfly Drain Valve Colors / Finishes: • Solid Colors • Speckled Colors • Premium Stone Effects
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What is better than one of the first Restaurant Supported Agriculture efforts springing to life right in your own backyard? One that offers an impeccable view! A view from Braise Restaurant’s roof looks across to the Allen Bradley Clock Tower in Milwaukee, WI.
Braise Restaurant • Milwaukee, WI • Food Roof • Photo Credit: ProUltra Image
The sunken planter atop the Brix Apartments Hybrid Blue/Green Roof holds quite the surprise. The planter’s design allows plant roots to tap into the blue roof below, offering direct access to water. With constant access to water, this planter is home to wetland species that normally wouldn’t be able to survive without this combined system.
Brix Apartments • Milwaukee, WI • Hybrid Blue/Green Roof • Photo Credit: Hanging Gardens
STORMWATER HARVESTING WATERTIGHT LINERS
Series #
7200
HG 7224 - 24 M R HG 7230 - 30 M R HG 7240 - 40 M R
P P P
Watertight liners oer superior puncture and tear resistance and have exceptional strength. Depending on the project, we oer an assortment of tough and durable reinforced liners that also feature exceptional UV resistance qualities. Consult with a Hanging Gardens expert to determine which liner is best for your project.
H HG 7200 01/18
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STORMWATER HARVESTING WATERTIGHT LINERS 24 Mil Reinforced Polyethylene
Product #
7224
Our Watertight Liners are utilized to create a watertight bladder for stormwater runoff containment or retention. Our liners provide durability, flexibility, and ease of installation. Specific to this product, it: is a geosynthetic barrier made of HDPE fabric coated with LDPE on both sides can be prefabricated to any length, width, corner and shape, eliminating the cost of heat welding on site is a cost-effective alternative to other types of liners, such as HDPE, PVC, & EPDM is made from environmentally friendly materials that are both fish and plant safe, as well as approved for potable human drinking water has more than 5x the tongue tear strength & nearly 3x greater mullen burst strength compared to a typical EPDM liner Tiered pricing based on product quantity
Certified to NSF/ANSI 61
Liners come folded on pallets
TECHNICAL DATA Materials: • Heavyweight woven-coated reinforced polyethylene (RPE)
Bursting Strength - Mullen (ASTM D 751): • 645 lbs. / in2
Thickness (ASTM D 1777): • 24 Mils Coating Thickness: • 3.5 Mils Weight (ASTM D 751): • 0.079 lbs. / ft2 Tensile Strength - Grab Method (ASTM D 7004): • 350 lbs. / in (machine direction) • 435 lbs. / in (transverse direction) Tear Strength - Tongue Method (ASTM D 5884): • 110 lbs. / in (machine direction) • 110 lbs. / in (transverse direction)
Hydrostatic Resistance (ASTM D 751): • 425 lbs. / in2 Puncture Resistance (ASTM D 4833): • 182 lbs. Low Temperature Cold Crack (ASTM D 2136): o • -85 F Water Vapor Transmission (ASTM E 96): • 0.243 g / m2 / day UV Resistance (ASTM G 151): • >90% strength retained after 2000 hours
HG 7224 01/18
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STORMWATER HARVESTING WATERTIGHT LINERS 30 Mil Reinforced Polyethylene
Product #
7230
Our Watertight Liners are utilized to create a watertight bladder for stormwater runoff containment or retention. Our liners provide durability, flexibility, and ease of installation. Specific to this product, it: is a geosynthetic barrier made of HDPE fabric coated with LDPE on both sides can be prefabricated to any length, width, corner and shape, eliminating the cost of heat welding on site is a cost-effective alternative to other types of liners, such as HDPE, PVC, & EPDM is made from environmentally friendly materials that are both fish and plant safe, as well as approved for potable human drinking water has more than 2x the tongue tear strength & almost 4x greater mullen burst strength compared to a typical EPDM liner Tiered pricing based on product quantity
Certified to NSF/ANSI 61
Liners come folded on pallets
TECHNICAL DATA Materials: • Heavyweight woven-coated reinforced polyethylene (RPE)
Bursting Strength - Mullen (ASTM D 751): • 700 lbs. / in2
Thickness (ASTM D 1777): • 30 Mils Coating Thickness: • 5.5 Mils Weight (ASTM D 751): • 0.108 lbs. / ft2 Tensile Strength - Grab Method (ASTM D 7004): • 345 lbs. / in (machine direction) • 420 lbs. / in (transverse direction) Tear Strength - Tongue Method (ASTM D 5884): • 50 lbs. / in (machine direction) • 55 lbs. / in (transverse direction)
Hydrostatic Resistance (ASTM D 751): • 610 lbs. / in2 Puncture Resistance (ASTM D 4833): • 202 lbs. Low Temperature Cold Crack (ASTM D 2136): o • -85 F Water Vapor Transmission (ASTM E 96): • 0.142 g / m2 / day UV Resistance (ASTM G 151): • >90% strength retained after 2000 hours
HG 7230 01/18
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STORMWATER HARVESTING WATERTIGHT LINERS 40 Mil Reinforced Polyethylene
Product #
7240
Our Watertight Liners are utilized to create a watertight bladder for stormwater runoff containment or retention. Our liners provide durability, flexibility, and ease of installation. Specific to this product, it: is a geosynthetic barrier made of HDPE fabric coated with LDPE on both sides can be prefabricated to any length, width, corner and shape, eliminating the cost of heat welding on site is a cost-effective alternative to other types of liners, such as HDPE, PVC, & EPDM is made from environmentally friendly materials that are both fish and plant safe, as well as approved for potable human drinking water has more than 7x the tongue tear strength & nearly 5x greater mullen burst strength compared to a typical EPDM liner Tiered pricing based on product quantity
Certified to NSF/ANSI 61
Liners come folded on pallets
TECHNICAL DATA Materials: • Heavyweight woven-coated reinforced polyethylene (RPE)
Bursting Strength - Mullen (ASTM D 3786): • 1250 lbs. / in2
Thickness (ASTM D 1777): • 40 Mils Coating Thickness: • 2.5 Mils Weight (ASTM D 751): • 0.128 lbs. / ft2 Tensile Strength - Grab Method (ASTM D 5034): • 680 lbs. / in (machine direction) • 650 lbs. / in (transverse direction) Tear Strength - Tongue Method (ASTM D 5884): • 150 lbs. / in (machine direction) • 155 lbs. / in (transverse direction)
Hydrostatic Resistance (ASTM D 751): •685 lbs. / in2 Puncture Resistance (ASTM D 4833): • 347 lbs. Low Temperature Cold Crack (ASTM D 2136): o • -85 F Water Vapor Transmission (ASTM E 96): • 0.475 g / m2 / day UV Resistance (ASTM G 154): • >90% strength retained after 2000 hours
HG 7240 01/18
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SAGE on Jackson’s sedum vegetation helps keep temperatures on the roof cooler, allowing for a higher productivity from the building’s accompanying photovoltaic system. This roof sits atop the only LEED Platinum certified multi-family apartment building in Wisconsin & Illinois. Capturing approximately 3,900 gallons of water each time it rains, this roof does major work in reducing wastewater in Milwaukee.
SAGE on Jackson • Milwaukee, WI • Fully Vegetated Sedum Tile • Photo Credit: Hanging Gardens
A true testament to a city’s dedication to sustainability, the De Pere City Hall green roof has given residents a leading example in the community of sustainable stormwater management methods. Decreased heating and cooling costs alongside a decrease in stormwater output gives residents of De Pere, WI a resilient city hall in their community.
De Pere City Hall • De Pere, WI • Fully Vegetated Sedum Mat / Perennial Plugs • Photo Credit: De Pere City Hall
STORMWATER HARVESTING STORMWATER HARVESTING CELLS
Series #
7300
HG 7318 - S HG 7331 - H HG 7335 - M HG 7361 - L
P C P
C P
C
C
C
An effective means of harvesting stormwater is through the use of a cistern. Cisterns vary in size, shape, and how they are utilized. In all cases, they take excess stormwater and hold it to either keep it out of storm sewer systems or for various recycled stormwater re-uses. Hanging Gardens offers multiple different stormwater harvesting cells with ranging compressive strengths to accomodate many weight load capacities. These cells serve as rigid void space to store water for on-site management needs.
H HG 7300 01/18
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STORMWATER HARVESTING STORMWATER HARVESTING CELLS Small Project Cell
Stormwater Harvesting Cells are sub-surface water infiltration storage tanks that provide an efficient, cost effective and ecologically sustainable solution for stormwater control and management. Small Project Cells offer many advantages: generally utilized for smaller projects needing less than 1,000 gallons of stormwater harvesting restores on-site natural water filtration, controls the release of surface run-off, and also harvests water for on-site reuse used in the construction of open ground areas such as parking areas, driveways, playgrounds, and sports fields modular units are easily transported and assembled on site by clipping together interlocking panels
Tiered pricing based on product quantity
LEED Credits available for: • Sustainable Sites (SS) • Materials & Resources (MR)
Product is sold in lots of 25 cells Full truckloads of 26 pallets are available
TECHNICAL DATA Materials: • Recycled Polypropylene
Water Holding Capacity: • 17.55 gallons / cell
Cell Dimensions (H x W x L):
Cells per 100 gallons of Holding Capacity: • 5.69
• 22.05” x 9.84” x 19.68” Surface Area: • 11.84
ft2
Volume: • 2.47 ft3 Internal Void: • 95%
Minimum Earth Covering: • 24” Biological / Chemical Resistance: • Unaffected by molds, algae, soil-borne chemicals, bacteria and bitumen
Surface Void Area: • 62%
HG 7318 01/18
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Product #
7318
HG 7318.02 Product Data: # of Stabilizers: 2 Weight: 7.50 lbs. / cell (unďŹ lled) Maximum Load Capacity: 17.41 lbs. / in2
HG 7318 01/18
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STORMWATER HARVESTING STORMWATER HARVESTING CELLS High Compressive Cell
Stormwater Harvesting Cells are sub-surface water infiltration storage tanks that provide an efficient, cost effective and ecologically sustainable solution for stormwater control and management. High Compressive Cells offer many advantages: generally utilized for high load projects with stormwater harvesting, such as loading docks restores on-site natural water filtration, controls the release of surface run-off, and also harvests water for on-site reuse used in the construction of open ground areas such as parking areas, driveways, playgrounds, and sports fields modular units are easily transported and assembled on site by clipping together interlocking panels the load-bearing capacity may be increased by inserting additional stabilizers Tiered pricing based on product quantity
LEED Credits available for: • Sustainable Sites (SS) • Materials & Resources (MR)
Product is sold in lots of 25 cells Full truckloads of 26 pallets are available
TECHNICAL DATA Materials: • Recycled Polypropylene
Water Holding Capacity: • 30.67 gallons / cell
Cell Dimensions (H x W x L):
Cells per 100 gallons of Holding Capacity: • 3.26
• 16.73” x 15.55” x 29.33” Surface Area: • 16.57
ft2
Volume: • 4.41 ft3 Internal Void: • 93%
Minimum Earth Covering: • 24” Biological / Chemical Resistance: • Unaffected by molds, algae, soil-borne chemicals, bacteria and bitumen
Surface Void Area: • 38%
HG 7331 01/18
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Product #
7331
HG 7331.03 Product Data: # of Stabilizers: 3 Weight: 16.76 lbs. / cell (unfilled) Maximum Load Capacity: 34.58 lbs. / in2
HG 7331.04 Product Data: # of Stabilizers: 4 Weight: 18.30 lbs. / cell (unfilled) Maximum Load Capacity: 42.96 lbs. / in2
HG 7331.05 Product Data: # of Stabilizers: 5 Weight: 19.84 lbs. / cell (unfilled) Maximum Load Capacity: 51.61 lbs. / in2 HG 7331 01/18
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STORMWATER HARVESTING STORMWATER HARVESTING CELLS Medium Project Cell
Stormwater Harvesting Cells are sub-surface water infiltration storage tanks that provide an efficient, cost effective and ecologically sustainable solution for stormwater control and management. Medium Project Cells offer many advantages: generally utilized for projects needing 1,000-10,000 gallons of stormwater harvesting restores on-site natural water filtration, controls the release of surface run-off, and also harvests water for on-site reuse used in the construction of open ground areas such as parking areas, driveways, playgrounds, and sports fields modular units are easily transported and assembled on site by clipping together interlocking panels the load-bearing capacity may be increased by inserting additional stabilizers Tiered pricing based on product quantity
LEED Credits available for: • Sustainable Sites (SS) • Materials & Resources (MR)
Product is sold in lots of 25 cells Full truckloads of 26 pallets are available
TECHNICAL DATA Materials: • Recycled Polypropylene
Water Holding Capacity: • 35.10 gallons / cell
Cell Dimensions (H x W x L):
Cells per 100 gallons of Holding Capacity: • 2.85
• 22.05” x 19.68” x 19.68” Surface Area: • 17.43
ft2
Volume: • 4.94 ft3 Internal Void: • 95%
Minimum Earth Covering: • 24” Biological / Chemical Resistance: • Unaffected by molds, algae, soil-borne chemicals, bacteria and bitumen
Surface Void Area: • 62%
HG 7335 01/18
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Product #
7335
HG 7335.02 Product Data: # of Stabilizers: 2 Weight: 10.58 lbs. / cell (unfilled) Maximum Load Capacity: 11.22 lbs. / in2
HG 7335.03 Product Data: # of Stabilizers: 3 Weight: 12.78 lbs. / cell (unfilled) Maximum Load Capacity: 14.70 lbs. / in2
HG 7335.04 Product Data: # of Stabilizers: 4 Weight: 14.99 lbs. / cell (unfilled) Maximum Load Capacity: 18.58 lbs. / in2 HG 7335 01/18
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STORMWATER HARVESTING STORMWATER HARVESTING CELLS Large Project Cell
Stormwater Harvesting Cells are sub-surface water infiltration storage tanks that provide an efficient, cost effective and ecologically sustainable solution for stormwater control and management. Large Project Cells offer many advantages: generally utilized for large projects needing 10,000+ gallons of stormwater harvesting restores on-site natural water filtration, controls the release of surface run-off, and also harvests water for on-site reuse used in the construction of open ground areas such as parking areas, driveways, playgrounds, and sports fields modular units are easily transported and assembled on site by clipping together interlocking panels the load-bearing capacity may be increased by inserting additional stabilizers Tiered pricing based on product quantity
LEED Credits available for: • Sustainable Sites (SS) • Materials & Resources (MR)
Product is sold in lots of 25 cells Full truckloads of 26 pallets are available
TECHNICAL DATA Materials: • Recycled Polypropylene
Water Holding Capacity: • 61.35 gallons / cell
Cell Dimensions (H x W x L):
Cells per 100 gallons of Holding Capacity: • 1.63
• 16.73” x 31.10” x 29.33” Surface Area: • 26.69
ft2
Volume: • 8.82 ft3 Internal Void: • 93%
Minimum Earth Covering: • 24” Biological / Chemical Resistance: • Unaffected by molds, algae, soil-borne chemicals, bacteria and bitumen
Surface Void Area: • 40%
HG 7361 01/18
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Product #
7361
HG 7361.03 Product Data: # of Stabilizers: 3 Weight: 27.12 lbs. / cell (unfilled) Maximum Load Capacity: 15.35 lbs. / in2
HG 7361.04 Product Data: # of Stabilizers: 4 Weight: 30.20 lbs. / cell (unfilled) Maximum Load Capacity: 19.22 lbs. / in2
HG 7361.05 Product Data: # of Stabilizers: 5 Weight: 33.29 lbs. / cell (unfilled) Maximum Load Capacity: 20.64 lbs. / in2 HG 7361 01/18
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Peaceful luxury living in the heart of downtown Milwaukee is where the North End Apartments have been able to break through urban living barriers. This roof echoes sweet relaxation amongst the bustle of busy city goers and creates an impeccable space for residents to relax after a busy day in the city.
North End Apartments • Milwaukee, WI • Plaza Deck Garden • Photo Credit: La Haye Photography
STORMWATER HARVESTING LARGE TANK CISTERNS
Series #
7400 HG 7410 - L
T
C
An eective means of harvesting stormwater is through the use of a cistern. Cisterns can vary in size, shape, and how they are utilized. In all cases they take excess stormwater and hold it to either keep it out of storm sewer systems or for various recycled stormwater re-uses. Hanging Gardens oers large tank cisterns with multiple sizes in a lightweight material. Whether water is reused or retained, we have a large tank cistern that is right for your project.
H HG 7400 01/18
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STORMWATER HARVESTING LARGE TANK CISTERNS Large Tank Cisterns
Product #
7410
Large Tank Cisterns provide significant harvesting on sites that allow for excavation or have on-grade space available. Each tank is designed and manufactured to meet a customer’s specific requirements. Large Tank Cisterns offer many advantages: integral rib design adds strength and robustness to the structure of the tank significantly lighter in weight than comparably sized concrete tanks, a fiberglass tank is much easier to ship and typically has a one-day installation offers the best long-term protection against leakage due to both internal and external corrosion resistance equipped for on-site pressure testing before and after installation to ensure that the tank is watertight designed with an intelligent overflow system in the event that rainwater exceeds its holding capacity Tiered pricing based on product size & quantity
LEED Credits available for: • Sustainable Sites (SS) • Water Efficiency (WE)
Varies dependent on order Please contact us for packaging & shipping details
TECHNICAL DATA Material: • Rustproof, long-lasting Fiberglass Tank Diameter: • 4’, 6’, 8’, 10’, & 12’
Typical Applications: • Rainwater harvesting • Greywater recycling systems • Stormwater retention
Water Holding Capacity: • 600 gal. - 50,000 gal. Tank Weight: • 600 lbs. - 30,500 lbs. Compressive Strength: • Withstands H-20 & HS-20 axle loads
HG 7410 01/18
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JW Winco’s one-story production facility sought a design to maximize the energy cost savings of the building. Efficient use of drought tolerant sedum plantings resulted in a roof yielding over 85% heating and cooling cost savings in its first full year after establishment.
JW Winco Inc. • New Berlin, WI • Sedum Cuttings • Photo Credit: La Haye Photography
The Clock Shadow Building was developed to bring community and business together, and there isn’t a better way to do so than to give people a beautiful space to gather, to eat and to grow food! This building is home to the Milwaukee favorite, Clock Shadow Creamery, who manufactures delicious Wisconsin cheese daily.
Clock Shadow Building • Milwaukee, WI • Fully Vegetated Sedum Tile / Food Roof • Photo Credit: Hanging Gardens
STORMWATER HARVESTING ROOF DRAIN COMPONENTS
Series #
7500
HG 7510 - SWR P HG 7511 - SWR P HG 7512 - SWR D
D D /S
-W -D
Cutting edge technology is a core component of Hanging Gardens’ beliefs when it comes to providing systems that can outcompete the current green infrastructure standards. Aside from the ease of install, roof drain components Hanging Gardens offer provide unmatched value to both the client and the environment. Drain technology, though seemingly an afterthought to the project design, can serve as a critical vantage point in a project’s water retention and passage capabilities. Water retention systems that we offer can be synced within a cloud database to provide realtime data. Smart drain technology offered give our systems a competitive edge in the present day North American stormwater management market.
H HG 7500 01/18
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STORMWATER HARVESTING ROOF DRAIN COMPONENTS SWR Passive Drain - Weir
Product #
7510
The Stormwater Retention Passive Drain - Weir is used to control the flow of rain water off a roof. Trapezoidal weirs reduce the volume of water to the leader and are adjustable to provide various flow rates as required. Specific to this product, it: allows for fewer roof drains with smaller diameter piping because every roof becomes a temporary storage reservoir lightens the load on sewer systems, reducing the possibility of flooding and consequent backflow provides for efficient drainage of rainwater and prevents debris from entering the drain line is available with 1 to 4 trapezoidal weir openings to meet varying flow rate requirements
Tiered pricing based on system & size
Varies dependent on order Please contact us for packaging & shipping details
TECHNICAL DATA Regularly Furnished: • Cast Iron Body • Flashing Clamp & Gravel Stop • Polyethylene Dome • Trapezoidal Weir Optional Dome Materials: • Aluminum Dome • Cast Iron Dome • Galvanized Cast Iron Dome • Rough Bronze Dome Weir Openings: •1-4
HG 7510 01/18
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STORMWATER HARVESTING ROOF DRAIN COMPONENTS SWR Passive Drain - Water Dam
Product #
7511
The Stormwater Retention Passive Drain - Water Dam is used in flat roofs of any construction where water is meant to periodically pool on the roof. It may also be used as an emergency overflow for conventional roofs, draining water when the depth of the water on the roof reaches the water dam height. Specific to this product, it: retains water on the roof, allowing the water to build up to a predetermined height while the excess is drained off at a known maximum rate prevents the overloading of roofs where the building code calls for a specific maximum water build-up depth provides for efficient drainage of rainwater and prevents debris from entering the drain line is available with an adjustable height extension up to 4”
Tiered pricing based on system & size
Varies dependent on order Please contact us for packaging & shipping details
TECHNICAL DATA Regularly Furnished: • Cast Iron Body • Flashing Clamp & Gravel Stop • Polyethylene Dome • Cast Iron Water Dam Optional Dome Materials: • Aluminum Dome • Cast Iron Dome • Galvanized Cast Iron Dome • Rough Bronze Dome Water Dam Heights: • 2 1/2” • 3” • 4” HG 7511 01/18
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STORMWATER HARVESTING ROOF DRAIN COMPONENTS SWR Drain / Scupper
Product #
7512
The Stormwater Retention Drain / Scupper transforms passive rooftop drain systems into blue roof systems - a distributed runoff collection storage system that can be used to hold water on the rooftop at peak storm period. Specific to this product, it: ensures that water from the rooftop is released into the stormwater disposal system only when there is sufficient capacity to handle the excess flow utilizes solar power, allowing these units to be selfsufficient and not require electrical or mechanical installation runs automatically as instructed by a central server once the device is activated is simply installed by inserting them into existing drainpipe holes on the rooftops, or being retrofitted into scuppers is often utilized in concert with extended manual overflow drains that serve as a primary means of overflow prevention
Tiered pricing based on system & size
Varies dependent on order Please contact us for packaging & shipping details
TECHNICAL DATA Dimensions (H x W x L): • 24” x 18” x 18” Component Weight: • 24 lbs. Software: • Cloud-based • Web enabled
Historical Reporting: • Volumes release • Release timing • Quantity withheld during peak flow Maintenance Notifications: • Device failure • Drain problem • Communication updates
Powered: • Solar Safeguard: • Passive overflows • Manual overrides HG 7512 01/18
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SAGE on Prospect is a state-of-the-art building in downtown Milwaukee with a new hybrid stormwater management technique that is turning heads. This hybrid blue / solar roof is making big statements in the stormwater management industry with its capabilities of holding roughly the first 2” of rain and delaying discharge into the combined sewer system.
SAGE on Prospect • Milwaukee, WI • Blue Roof • Photo Credit: Hanging Gardens
This private residence near Lake Michigan had owners who wanted some green space to overlook when enjoying their second floor den area, and green is what they got! An extensive sedum system lines their roof providing habitat for birds and bees, and a beautiful aesthetic to the property.
510 House • Fox Point, WI • Fully Vegetated Sedum Tile • Photo Credit: Johnsen Schmaling Architects
STORMWATER HARVESTING STORMWATER REUSE
Series #
7600 HG 7610 - R
I
S
Once the selection of cistern type is made, may it be rain barrels, stormwater harvesting cells, or a large tank cistern, the choice becomes whether or not to reuse the stormwater that has been harvested. There are many considerations to be addressed when deciding how to use your harvested stormwater. Because of the wide range of tolerances in municipal code that are not consistent nationwide (on what precautions need to be put in place before using harvested stormwater), limitations need to be known first before proceeding with a stormwater reuse system. At Hanging Gardens, our mission to “Harvest the World’s Most Precious Resource” was taken into careful consideration when we looked for effective products to make site stormwater reuse a reality.
H HG 7600 01/18
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STORMWATER HARVESTING STORMWATER REUSE Recycled Irrigation System
Product #
7610
Depending on the requirements, we offer systems that have pre-filtration, filtration (up to reverse osmosis), oil & water separation, a wide range of pumps dependent on your needs, flow sensor / monitoring technologies to tabulate the amount of harvested water used, and additional advanced controls. Our Stormwater Reuse Systems operate independently without human intervention and are self-protecting. The intuitive advanced control technology provides the following information: • Tank level in inches, gallons, and percent full • Run-time hours • 14 different alarms with time/date-stamp log • Filtration status and set-points • Replenishment water status and set-points • Lifetime total and user-resettable counters for: • Total harvested water used • Total replenishment water used • Total power consumption data • Real-time flow and pressure display of harvested water • Real-time flow display of replenishment water • Real-time power consumption
Tiered pricing based on system & size
Varies dependent on order Please contact us for packaging & shipping details
TECHNICAL DATA Pre-Filtration: • Removal of all debris is collected before it enters the cistern of choice • Filtering of stormwater at the onset of the collection process keeps the system running at peak efficiencies Filtration: • Filtration as fine as .01” diameter solid Oil & Water Separation: • System separates oil & water to degree necessary Flow Sensor / Monitoring Technologies: • These systems allow the owner to quantify the amount of water harvested and the amount of water used
HG 7610 01/18
Pump Selection: • For vegetated or blue roofs, please request materials specifically to the needs of the plant palette, structural load capacities, parapet heights, & number of roof drains • For on-grade systems, please make us aware of your electrical plan, your hydraulic needs, & the physical size requirements for the irrigation of the harvested water Other Advanced Control Technologies: • Pump flow controls, building control software & Cellular / WIFI connective software to control the system from a remote site
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This Private Residence in Milwaukee is on the forefront of technology to store stormwater while creating usable space. Beneath this system lies a layer of stormwater harvesting modules that hold hundreds of gallons of stormwater to be re-used for irrigation of this beautiful garden. A myriad of perennial plants create depth while floral blooms pop.
Private Residence • Milwaukee, WI • Recycled Irrigation Garden • Photo Credit: ProUltra Image
When residents need a quiet space to kick back and enjoy the sunshine, Cast Iron Luxury Living Apartments invites them up to the roof to soak up some rays. Expansive pergolas line the deck offering recluse from the hot sun, and the perfect place to enjoy lunch with friends.
Cast Iron Luxury Living • West Bend, WI • Sedum Tile / Perennial Garden • Photo Credit: Hendricks Commercial Properties