Floating Island International, Inc. and its licensees are heavily invested in research and reporting. Here you will research reports and peer-reviewed papers demonstrating and quantifying the efficacy of BioHaven® floating islands in their primary function of remediating impaired water through biological and mechanical means.
Performance Evaluation of a Floating Treatment Wetland in an Urban Catchment - Bribie Island, Queensland, Australia. Published by MDPI.
Peer-reviewed article, by authors Peter Nichols, Terry Lucke, Darren Drapper and Chris Walker, published by Switzerland-based journal MDPI, detailing a Floating Treatment Wetlands performance in a stormwater catchment pond in Queensland, Australia. This is a SPEL WaterClean project, using BioHaven technology.
This SE BULLETIN feature article extensively quotes UK water scientist Leela O'Dea on BioHaven floating wetlands, as well as other leading scientists on ways to mitigate water scarcity and clean up the available water we have.
Floating Islands for Stormwater and Other Applications - by Dr. Mark Reinsel, PE, published in Water Online
Please read this excellent summary of the performance and benefits of BioHaven floating islands in stormwater applications by following this link.
Floating Treatment Wetlands (FTWs) in Water Treatment: Treatment efficiency and potential benefits of activated carbon. I Dodkins & AF Mendzil, SEACAMS Swansea University
A thorough review of published papers to date (March 2014) on Floating Treatment Wetlands. Of the studies referenced, the majority related to BioHaven Technology.
Floating islands as an alternative to constructed wetlands for treatment of excess nutrients from agricultural and municipal wastes – results of laboratory-scale tests
The purpose of this project was to produce and test biomimetic, self-sustaining fl oating treatment wetlands (“fl oating islands”) that are designed to remove excess nutrients and other contaminants from lakes, streams, and wastewater lagoons.
Final Report: Evaluation of Floating Wetland Islands (FWIs) as a Retrofit to Existing Stormwater Detention Basins A 319(h) project sponsored by NCDENR – Division of Water Quality NC DENR Contract Number 1653
A 4-year study of BioHaven Floating Islands in two storm water detention ponds in North Carolina measures the reduction in nine parameters of concern, and finds that the retro fit made good ponds work even better.
This paper presents summary data for floating islands in laboratory, pilot scale and demonstration settings, focusing on contaminants of concern in waste water: ammonia, total Nitrogen, total Phosphorus and BOD.
Final report of the second MBRCT grant - Professor Alfred B. Cunningham, Center for Biofilm Engineering, Montana State University - 2010
Control of Microbial Processes for Enhanced Water Treatment using Floating Island Treatment Systems.
Independent study undertaken by NIWA (National Institute of Water and Atmospheric research of New Zealand)
This is a comprehensive review of all commercial embodiments of floating islands, which rates BioHavens as the best of all current offerings.
Alden has provided extensive hydraulic testing services to Floating Island International to support the use of BioHavens® for various purposes including open water beautification and shoreline stabilization applications. This document summarizes the testing that was performed and how that testing can be used in order to support future proposed projects.
Floating treatment wetlands –an innovative solution to enhance removal of fine particulates, copper and zinc
Reduction of metals, particularly copper and zinc, in urban stormwater has been identified as a priority to protect the health of aquatic ecosystems in the Auckland Region (Auckland Regional Council, 2004). Floating treatment wetlands (FTW), employing emergent plants growing on a mat floating on the water surface, rather than rooted in the bottom sediments, provide an innovative option for treating urban stormwaters.
Floating Treatment Wetlands (FTWs) are an innovative variant of the more traditional constructed wetland and pond technologies that offer great potential for treatment of urban stormwaters. FTWs employ rooted, emergent macrophytes (similar to those used in surface and subsurface flow wetlands) growing on a mat floating on the surface of the water rather than rooted in the sediments.
By altering four variables, land that had formerly been farm ground was converted to terrific habitat for ground-nesting birds, especially pheasant. Read this study, conducted over seven years, to find out why it was so successful.