IISD Celebrates World Wetlands Day by Highlighting how to use Manitoba Cattail to Clean Drinking Water and Provide Heating
FOR IMMEDIATE RELEASE
WINNIPEG—February 2, 2015— Did you know that today (Feb 2) is World Wetlands Day?
Did you also know that cattail harvested right from our very own Manitoba wetlands can be used to clean drinking water, provide heat and improve agricultural soils?
The International Institute for Sustainable Development (IISD) is recognizing wetlands today by releasing a paper on research into using the common wetland plant, cattail, to create solid fuel, as well as a substance called biochar. Biochar has an exciting range of potential uses, from cleaning drinking water, to providing heat and improving agricultural soils. It is similar to coal without being a fossil fuel.
The drinking water research is led by Dr. Joe Ackerman, a post-doctoral researcher at the University of Manitoba. Ackerman ran water through cattail biochar and found it helped to control odour and improve colour. He believes cattail biochar has the potential to perform as well or better than current commercial products.
“This has the potential to be a high-end bioproduct. You can burn the cattail to produce heat energy, and at the same time get biochar,” said Ackerman. Biochar is being studied for water treatment in British Columbia, and activated carbon is already used in Brita water filters.
This research also indicates that cattail biochar can be considered a high-quality and low-carbon source of heating. Furthermore, the addition of biochar or ash to soil improves soil quality by adding carbon, phosphorus and potassium, all of which are important for plant growth and crop health.
IISD Senior Research Scientist, Richard Grosshans, says that “cattail has an amazing natural ability to absorb toxins and nutrients from our environment. IISD’s research has shown that by harvesting this plant, we can capture and remove phosphorus, the element causing issues in Lake Winnipeg, and use the harvested plant material as a solid fuel for heating, as well as high value bioproducts such as liquid fuels and biochar.”
IISD has been involved for nearly a decade in researching innovative uses for cattail, including different forms of bioenergy (solid fuel, gas and liquid) and floating wetlands.
For more information please contact Sumeep Bath, IISD media and communications officer, at sbath@iisd.org or +1 (204) 958 7740.
About IISD
The International Institute for Sustainable Development (IISD) is an award-winning independent think tank working to accelerate solutions for a stable climate, sustainable resource management, and fair economies. Our work inspires better decisions and sparks meaningful action to help people and the planet thrive. We shine a light on what can be achieved when governments, businesses, non-profits, and communities come together. IISD’s staff of more than 250 experts come from across the globe and from many disciplines. With offices in Winnipeg, Geneva, Ottawa, and Toronto, our work affects lives in nearly 100 countries.
You might also be interested in
New Agreement Marks First Step in Addressing Energy Charter Treaty Legacy
This is an important move to prevent legacy arbitration claims under the treaty, but more remains to be done.
Canada's Sustainable Jobs Legislation: A milestone for workers and communities on the path to net-zero
IISD celebrates the Canadian Sustainable Jobs Act, Bill C-50, being officially passed into law as a significant milestone to engage and support workers and communities in moving to a low-carbon economy.
NDCs, long-term strategies should include roadmap for fossil fuel producers: IISD
Analysis by policy think tank IISD shows that seven of the 20 largest fossil fuel producing countries make no mention of fossil fuel production in their Nationally Determined Contributions (NDCs) and six others stated an intention to continue or increase production.
Report Calls on Fossil Fuel Producers to Map “Transition Away” in NDCs
With governments due to submit the next generation of NDCs in 2025 a new report identifies five elements countries should include to reflect the outcome of the global stocktake.