1. Welcome to the Floating Island powerpoint presentation
Welcome to the Floating Island powerpoint presentation! These notes have been written to expand on the slides and help you to present the main points to others, or to enjoy it at your own computer screen. If you have any questions or any suggestions for improvement, we’d love to hear from you (please contact Anne).

2. Floating Treatment Wetlands are the newest advance in the established field of constructed wetlands.
The BioHaven® Floating Treatment Wetland is the “most innovative” constructed wetland technology developed to date.
New Zealand Institute of Water and Atmospheric Research

3. He turns for inspiration to the natural floating peat bogs of the Chippewa Flowage, Wisconsin, which he knew from his youth, and days as a fishing guide. Associated with clean water and with world-record muskies, he studies them and looks to nature for inspiration.

4. He turns for inspiration to the natural floating peat bogs of the Chippewa Flowage, Wisconsin, which he knew from his youth, and days as a fishing guide. Associated with clean water and with world-record muskies, he studies them and looks to nature for inspiration.

5. Nature BioHaven Matrix
The base of the natural floating island consists of a matrix of roots; our search for a man-made equivalent took us to our matrix (Americo is the manufacturer), made of 100% recycled polyester, filtration material, certified non-toxic, coated with acrylic, UV-resistant (being tested at present).
Nature BioHaven Matrix

7. This is meant as a quick overview. Move on
This is meant as a quick overview. Move on. The time to explain the fabrication in detail – and to show an island – is on the slide “how BioHavens work”.

9. Barrington, IL – Citizens for Conservation

10. Effluent water polishing
The largest launch to date (June 2008 launch). Positioned near the outlet of the fish-hatchery, to “polish” the effluent water before it enters the Bow river. The water has been circulated and recycled 11 times before it gets to this point, then fed through a constructed wetland, consisting of a shallow pool and gravel. The biohaven “floating fen” gives it a concentrated boost of microbial activity. This is not a pilot study – no measurements being taken.

13. Sheepy Lake, CA/OR border – 39,000 sq ft

14. Singapore 2010

15. Singapore 2010

16. Jinan, China – Yangri Park, April 2010

17. Jinan, China

18. Shanghai, China

19. Lincoln Park Zoo, Chicago

20. Unaffected by fluctuations in water levels
Versatility - simple, passive to active, dynamic
Zero-to-low power consumption
Solar, wind
Small footprint
Deep water applications
Intensified results
Modular – add more as needed
Additional values - habitat, aesthetic, economic
Aggressive aeration capability
Temperature homogenization
De-stratification ability
Don’t plug up – see “pathways” coming up for an explanation. The matrix is sufficiently open to allow good circulation (this was tested in the R&C study).
Intensified results = concentrated wetland effect.

21. Important points:
Slide one: BioHavens provide surface area for microbes. Concentrated surface area
Microbes remove contaminants from water, such as the ones listed on the left (carbon, phosphorus, heavy metals (eg, copper and zinc), nitrates, ammonium.
These microbial processes are well documented.
Microbes “consume” nutrients which would otherwise produce algae. The more biofilm (microbes) the less algae.
Biofilm forms, containing millions of microbes bonded together, reproducing like crazy (populations double within 2 – 3 hrs and sometimes 20 mins). They can’t reproduce without a surface area because they are single-cell organisms that reproduce by splitting in two.
Microbes secrete sticky stuff which other stuff bonds to: algae, suspended solids in the water.
This is without plants!
Click: adding plants adds a whole new dimension. The roots provide even more surface area for microbes, especially when you take into account the roots hairs. The plants themselves take up nutrients, but only 15 – 20% of the total. Microbes do 80 – 85% of the work.

22. Important points:
Slide one: BioHavens provide surface area for microbes. Concentrated surface area
Microbes remove contaminants from water, such as the ones listed on the left (carbon, phosphorus, heavy metals (eg, copper and zinc), nitrates, ammonium.
These microbial processes are well documented.
Microbes “consume” nutrients which would otherwise produce algae. The more biofilm (microbes) the less algae.
Biofilm forms, containing millions of microbes bonded together, reproducing like crazy (populations double within 2 – 3 hrs and sometimes 20 mins). They can’t reproduce without a surface area because they are single-cell organisms that reproduce by splitting in two.
Microbes secrete sticky stuff which other stuff bonds to: algae, suspended solids in the water.
This is without plants!
Click: adding plants adds a whole new dimension. The roots provide even more surface area for microbes, especially when you take into account the roots hairs. The plants themselves take up nutrients, but only 15 – 20% of the total. Microbes do 80 – 85% of the work.

23. The Sequestration Pathways

24. The Sequestration Pathways - upward
Carbon is sequestered in terrestrial plant growth on top of the islands

25. The Sequestration Pathways - upward
Here you see gas coming off biofilm in a Leviathan runway

26. The Sequestration Pathways - downward
Carbon is sequestered in organic debris accumulating below the islands

27. The Sequestration Pathways - inward
Carbon is sequestered in roots and microbes growing within the islands

28. The Sequestration Pathways – outward – Floating Supermarket effect
Carbon is sequestered in the organisms that benefit from the islands

29. MBRCT Grant #1 Nutrient Removal - matrix only
Reduce Nitrate at a rate of 10,600 mg/(ft2*day) Reduce Phosphate at a rate of 428 mg/(ft2*day) Nitrify ammonia at a rate of 770 mg/(ft2*day)

30. This is the data from the NIWA study, relating to storm water.
They used 4 native NZ wetland plants, pre-vegetated with good root growth.
These results are excellent and show great promise for biohavens in storm water ponds.
See NIWA article on our website for full description of the research

31. Ngaruawahia WW lagoons, NZ

32. TSS removal from Landfill Leachate ponds

33. McLean’s Pit, Greymouth, NZ

35. Otane WWTP, NZ

36. Marton WWTP, NZ

37. “The aeration system is a coiled tube that forms a disk and air is pumped into the tubes.  The small bubbles emitted from the disks aerate the lake and cause an upward draft to mix the lake. 
This helped but still was not enough. 
This spring they installed six 250 foot Floating Islands and it is believed that the combination of aeration, mixing and habitat for zooplankton is what has made a huge difference for managing the algal blooms”. 

38. Bayou Savage, LA
Lincoln Park Zoo, Chicago, IL
Metra Park Storm water installation, Billings, MT
LSU Effluent study (Dr Brian LeBlanc)
Oil Spill Mediation, LA – FIES and LSU
NC mesocosm study, storm water (Dr Bill Hunt)
Hart-Miller project, MD
Dannon Garth, MD
AEP, SE Ohio – reclaimed land project
AEP, Gavin OH, tailings pond
Floating wetland Bio-chamber experiment, LSU
The Stables – South Africa

39. At the Shepherd Research Center….
Maximized Habitat islands
Wind/solar output comparison
Metal Removal – tank tests
Phosphate removal – pillow bags
Modeling ability for Leviathan™
BioSeeding – field tests
Parabolic solar water heating Island
Dissolved Oxygen and Nutrient monitoring – all ponds
Nutrient removal from synthetic wastewater – tank tests
Fish growth-rate monitoring (yellow perch, black crappie, cutthroat trout)
BioGas and Buoyancy tests
Leviathan field tests
Pond de-stratification
Solar aeration tests
Carpet fiber toxicity testing
Property-wide nutrient uptake measurement….and many more

40. Pollution issues in Shepherd

46. Marker slide…don’t need to explain photo – another one coming up.

47. BioHaven® Shadow Islands™

48. BioHaven® Specialized habitat platforms

49. BioHaven® fish protection

50. Calgary, Canada - Nutrient removal from Fish Hatchery effluent
Toronto, Canada - Nutrient removal from storm water runoff
Montreal, Canada - Improved water quality, algal reduction
Wiconisco, PA - Nutrient removal from a waste water treatment facility
Salton Sea, CA - Salt extraction from the Salton Sea
East River, New York, NY - Greenscape and beautification
Singapore - ABC program: improvement of water quality and beautification
New Zealand - NIWA: heavy metal removal from storm water runoff
Chicago River, Chicago, IL - Beautification and habitat restoration
Australia - Habitat restoration, nutrient removal, regional experimentation
Shepherd, MT - Montana Board of Research & Commercialization Grant (nutrient removal)
Bill Dance™, TN - Fish habitat and fish spawning platforms
New Hampshire - Dairy farm effluent pond: nutrient removal
Lake Hartwell, SC - Fish habitat restoration and PCB mitigation
Lake Sinclair, GA - Beautification and fish habitat
Delta Waterfowl - Water fowl nesting and habitat restoration
Citizens for Conservation, IL - Wetland restoration
Native Sod Solutions, ID - Swan and crane nesting habitat
White Water Associates, MI - Water fowl habitat restoration
New England Wildflower Society - Aesthetics and native plant propagation
Rochester, NY - Nutrient removal and beach restoration on Lake Ontario
Helena, MT - Fairgrounds Pond – heavy use by waterfowl
Bird Sanctuary, Billings, MT - Swan nesting platform
Dutchy Lake, OR - USACE Caspian Tern nesting project
Speaks for itself. You might want to draw attention to any that are relevant to your audience.

52. 10052 Floating Island Way Shepherd, MT 1-800-450-1088 406-373-5200
The end! We have not covered anchoring! Yes, you can leave free-floating, in a private waterway. Otherwise, can anchor or tether to shore. Our engineers will advise on larger, custom installations.