Eight sea cans full of plastic bottles left over from Iqaluit’s water crisis last year will be sent for recycling to Montreal by the end of July. The water bottles were used in Nunavut’s capital last fall when fuel contamination in the municipal water supply prevented approximately 8,000 Iqalummiut from drinking tap water for two months.
Thousands of plastic bottles from Iqaluit's water crisis to be turned into clothes and more
Eight sea cans full of plastic water bottles are being sent from Iqaluit to Montreal for recycling at the end of July. Hundreds of thousands of bottles of water were flown into Iqaluit during the city's water crisis last fall. A fuel contamination in Iqaluit's water supply meant the city's approximately 8,000 residents were unable to drink the tap water for two months.
City of Ottawa aims to stop selling bottled water at its facilities
The City of Ottawa has plans to stop selling water in plastic bottles on city property by the end of June. In a memo being presented this week at the community and protective services committee, city staff say they are working with Coca-Cola to replace their bottled water in city vending machines with other Coca-Cola products. Due to contact obligations, it would cost the city $574,000 to simply remove all Coca-Cola products from the machines outright. That's because contract includes a binding minimum value commitment (MVC) that remains in place until 115,000 cases of drinks have been sold.
Canadians drink about 2.5 billion litres of bottled water a year
Canadians drink approximately 2.5 billion litres of bottled water a year, so that is a heck of a lot of plastic bottles. While Canadians, and especially here in B.C., are pretty good at recycling theses bottles there is still a huge impact on the environment. For starters, if you factor in making the plastic bottles the water comes in, it takes manufacturers up to three litres of water to product one litre of bottled water. Then you have the energy it takes to produce the bottles from the petroleum raw materials, clean them, label them, fill them, and package them. They then have to be transported to the stores, using more energy. Then they are picked up and transported to your home, and finally disposed of.
Research finds fishing gear a major source of ocean microplastics in Atlantic Canada
Two years ago, researchers collected microplastics from pristine surface waters at three nearshore locations in Nova Scotia and Newfoundland, finding tiny and unrecognizable fragments, threads and fibres in every trawl. Chemical analysis has now identified the synthetic polymers that made up those miniscule pieces of plastic and confirmed what was expected: the microplastics were shed from easily recognized sources. "Fishing gear, fishing rope, fragments of nets and particles that would come from that kind of activity, that is a big source of microplastics," said Ariel Smith, the coastal and marine team lead for Coastal Action, the environmental group that is leading a three-year Atlantic Canadian microplastics research project.