December 21, 2017
Sophia Scott – Source Water Protection Coordinator, ME CDC Drinking Water Program
While not as straight forward as planting a tree in your backyard, a new study from the U. S. Forest Service and the American Water Works Association (AWWA) highlights the influence of a forested watershed on keeping water treatment costs down. Lower water treatment costs at public water systems often translate to lower water bills for consumers like you. This research will help to better inform communities and policy makers of the financial impact of green infrastructure in an effort to encourage watershed protection and keep consumer costs low. It adds to a growing body of research linking forested watersheds to high quality drinking water sources. The added savings of a protected drinking water source is not just true for surface waters such as lakes, ponds, and rivers; the EPA found that for groundwater, treating a contaminated supply can be 30-40 times more expensive than preventing contamination in the first place. The take home message here is that a protected drinking water source not only yields high quality drinking water, it also results in costs savings for water systems and their consumers.
Find the full report by visiting: https://tinyurl.com/treesnottreatment
December 3, 2017
Americans have the great privilege of drinking, utilizing, and reveling in safe, potable water. This drinking water often comes from the vast 1 million miles of pipe line maintained by municipalities, water districts, and privatized businesses alike. In June 2017 the Value of Water Campaign unveiled national poll results demonstrating the extreme importance of rebuilding the water industry infrastructure. 82% of Americans ranked rebuilding America’s water infrastructure as very important; more important than reforming the tax system, replacing Obamacare, or increasing the defense budget. The poll participants aggregated a diverse cross section of the American population. 87% of Americans strongly support an increase to the federal investment in water infrastructure.
The average American uses 176 gallons of water per day or 64,240 gallons a year. For every $1.00 spent on infrastructure improvement within the US, the US generates $6.00 in returns for the economy. Every job created within the water industry adds another 3.68 jobs to the national economy. The facts are endless and they support the need to face our infrastructure challenges with timeliness and poise. Every year the industry estimates 1.7 trillion gallons of drinking water are lost through aging or leaky pipes. The average pipe segment is 47 years old. With 1/3 of water sector employees currently eligible for retirement, it is critical that the water industry recruit quality personnel that will bring us into the next millennia of innovation and technology.
For more information on this issue please refer to the Value of Water Campaign, the Value of Water June 2017 Webinar, the US Water Alliance, the Infrastructure Report Card, and the USEPA.
December 3, 2017
While the media coverage of the Flint, Michigan crisis has started to die down the health concerns associated with elevated lead levels in water still exist. For more information about the true story associated with the Flint, MI tragedy the PBS, NOVA video, Poisoned Water provides an in depth view into how the lead in water contamination crisis unfolded.
You may be wondering, how does this affect me as a Maine resident? The Maine Drinking Water Program has been actively working to assess the situation in Maine. You can obtain more information about their efforts and additional educational materials through their website. Lead is not naturally found in water and while Maine’s public drinking water sources and systems provide lead-free drinking water, lead can dissolve into water from plumbing fixtures and piping that contain lead, such as brass faucets and lead solder.
If you are concerned that you have lead in your home drinking water you may reach out to your public water utility or a state certified laboratory for more information about sampling and analyzing your water. If you test your water and the sample results indicate elevated lead levels there are several options for reducing lead levels in your drinking water, including:
- Running the water for several seconds before consuming: The more time water has been sitting in your home’s pipes, the more lead it may contain. When your water has been sitting for several hours, you can minimize the potential for lead exposure by flushing your tap for 30 seconds to 2 minutes before using water for drinking or cooking.
- Only use cold water for eating and drinking: Use only water from the cold-water tap for drinking, cooking, and especially for making baby formula. Hot water is likely to contain higher levels of lead. Run cold water until it becomes as cold as it can get.
- Installing an NSF certified filtration product: Many water filters and water treatment devices are certified by independent organizations for effective lead reduction. Devices that are not designed to remove lead will not work. Verify the claims of manufacturers by checking with independent certifying organizations that provide lists of treatment devices they have certified.
- Removing/replacing plumbing pipes or fixtures that leach lead
- Note that boiling water will NOT get rid of lead contamination.
For more information on this issue please refer to your local public water utility, the Maine Drinking Water Program, the Maine Water Utilities Association, the Maine Rural Water Association, the Maine Public Drinking Water Commission, and/or the USEPA.