Let’s All Breathe a Little Easier

It’s Air Quality Awareness Week!

Now that spring is here, it’s time to head outdoors. Unfortunately for some, it might get a little harder to breathe.  This Air Quality Awareness Week, here are five easy ways to improve your air quality.

  1. Huge turn off: It seems simple, but remember to turn off lights when leaving the room and power down unneeded appliances and electronics. Using less energy means power plants create less particle pollution, while reducing your electric bill.

    This week we can all work together to help each other breathe a little easier.

    This week we can all work together to help each other breathe a little easier.

  2. Firewood etiquette: Last winter was harsh, but now is the time to start preparing for next winter. By chopping wood in the spring, it will be dried out by the winter, reducing the amount of smoke and particles created when burned.
  3. Ride with company: Catch a ride to work with coworkers. Carpooling reduces pollution from traffic and you’ll save gas money by rotating who drives each morning.
  4. Freshen up: During spring cleaning and touch-up, opt for the environmentally friendly cleaners and paints to keep from breathing in chemicals.
  5. Collect, combine, compost: Instead of burning yard wastes, which is banned in some cities and causes high particle pollution, start your own compost or contribute to your city’s composting site.

Enjoy this great spring weather we are finally having, but remember to check for air quality alerts to keep you and your family safe. 

Oppose the Mining Bill: Email These Legislators Now!

MineGraphic_OpposeSignToday, state legislators are holding the one and only public hearing on the iron mining bill.

We understand how difficult it is to take time off to attend a hearing in Madison, but we need as many people as possible to register their opposition to this disastrous bill. Luckily, you can do it from home.

In addition to contacting your state legislators directly (find yours here), you can email the Committee Chairs your personal testimony. To be entered into the official record, submit testimony via email prior to the end of today’s public hearing (9 p.m.) Your submittal should include a request that the testimony be considered part of the record. You are encouraged to request a confirmation.

In writing your testimony, speak about why this issue is important to you. Stories from people like you are far more important than spending all your time on talking points. However, if you do need supporting facts on the more egregious parts of this bill, please see our fact sheet.

Emails for the Committee Chairs are:
Representative Mary Williams: Rep.WilliamsM@legis.wisconsin.gov
Senator Tom Tiffany at Sen.Tiffany@legis.wi.gov

(Yes, one is “wi” and one is “wisconsin.”)

By submitting testimony, you are helping to demonstrate what we already know: The majority of Wisconsinites support environmental protections over lax mining laws!

Hearing Scheduled for the Mining Bill

The Penokee Hills, Image: Mario Quintana

The Penokee Hills, Image: Mario Quintana

We’ve just learned that legislators will hold a hearing on the Open Pit
Mining Bill at the State Capitol on Wednesday, January 23, from 9am to 9pm.

If passed, the Open Pit Mining Bill would let mining companies fill our lake beds, contaminate our drinking water, and dump toxic mine waste in wetlands
and flood plains. Filling hearing rooms with people like you helped defeat
the mining bill last session, and it can happen again.

Please help protect Wisconsin’s waters and the health of our families by attending
the hearing on Wednesday, January 23, and telling legislators NO to the Open
Pit Mining Bill.

Coming to a hearing on a controversial issue like this is not easy and is
time consuming. However, it is the best hope we have of turning legislators
against this bill.

This could be your only chance to have your voice heard on the record in the
fight against the Open-Pit Mining Bill! Join us in room 411 S. at the State
Capitol this Wednesday!

For more information about the hearing, click here.

Planning on attending? Email jlynes@cleanwisconsin.org, so we can keep track of who will be there!

Post contributed by Sam Weis, Communications Director.

Digging Deeper into Focus on Energy

Focus on Energy is a well-known state-wide program that has helped homeowners and businesses save millions of dollars on energy bills. Clean Wisconsin’s Keith Reopelle joined a panel on WISC’s For the Record this Sunday to discuss this successful program.

Check it out here:

Michigan Mining Mishaps: A warning to Wisconsin

Stream contaminated by acid mine drainage

By Laura Green, Clean Wisconsin volunteer

The prospect of proposed changes to Wisconsin’s mining legislation has recreationalists, environmentalists, and people in mining communities worried, to say the least. Despite mining industry claims that any mining operation would have minimal impact on the land, those in favor of maintaining current Wisconsin mining regulations have reason to worry.

One doesn’t have to look far to see why. Our neighbor Michigan has a long history of mining, leading up to plenty of environmental damage that Wisconsin should pay attention to. A potential danger of mining is acid mine drainage, where sulfides in mining waste rock mix with water and air to create sulfuric acid. Acid mine drainage caused problems at the Dober mine, an iron ore mine in the Marquette mountain range in the U.P. Drainage from the mine killed aquatic life in the Iron River as far as seven miles downstream from the mining operation in 1973. Pollution from Upper Peninsula mines has even affected Wisconsin. A 1980 Wisconsin State Journal article reported that Wisconsin sued Michigan after water flowing from Michigan rivers carried pollution 25 miles from abandoned mines, across state lines.

Selenium from two other U.P. iron mines, the Empire and the Tilden, leached into nearby waters. In 2009, the Michigan DNR found elevated levels of selenium in Goose Lake. According to an expert at the Michigan Department of Environmental Quality, selenium found near mining waste rock was thought to be the culprit of the contamination. Evidence of contamination was found in six area lakes and streams in addition to Goose Lake. selenium can damage fish populations and, if levels are high enough, harm humans who eat fish from contaminated lakes. Runoff from the mines led to fish advisories at Goose Lake.

Environmental damage from mining has significant economic consequences too. In the late 1990s, Michigan sued the Dober mine for polluting the Iron River. The state had to install a water treatment system to deal with acid draining into Iron River, for a total cost of $360,000. The government reports spending over $66,000 in 2009 to clean up contamination in the Iron River caused by the Dober mine. In 2010, the state reached a settlement with the Empire and Tilden mines for permit violations after the two mines discharged waste rock in unauthorized areas. The companies running these mines paid a $51,000 fine and also had to cover the cost of the government investigation (more than $4,000).

At the time of the settlement, the Empire and Tilden mining companies had spent $8.4 million on clean up and fixing pipelines to prevent toxic discharges from continuing to happen. Starting in December 2011, the Empire mine was also required to clean up the selenium contamination that polluted Goose Lake.

Then there is the Buck mine, an iron ore mine that opened in 1922. As of 2009, the government listed cumulative spending on the Buck mine at an impressive $3,662,090.

Wisconsin currently has strong mining legislation when it comes to environmental protection. Michigan has mining legislation too, though it is under this legislation that the environmental problems occurred with the Dober, Empire and Tilden mines. Michigan mining regulations require all companies to have a permit and submit an environmental impact statement. Before obtaining a permit, a mining company must submit a reclamation plan. The reclamation plan must include “Provisions for grading, revegetation, and stabilization that will minimize soil erosion, sedimentation, and public safety concerns.” Once a complete permit application is submitted, the government then has a mere 60 days to approve or deny the permit.

While a mining operation must submit a reclamation plan, the legislation only requires an environmental plan for the operation of the mine “upon request of the supervisor.” This plan would include a description of the mining area and any measures taken to prevent pollution and erosion. Interestingly, this piece of the legislation states that if the plan is based on “unknown factors,” the plan can be revised and re-submitted.

Michigan’s legislation does little to make the “unknown” known. For example, one expert in Michigan was concerned that a study of the groundwater in the area was not required before the start-up of a mining operation. Without being required to first study the area, a mining operation might not know they are dealing with sulfide-containing rock until they start extraction. By then, it would be too late to prevent problems like acid mine drainage. However, current Wisconsin regulations protect against this danger.

During the debate over mining legislation, many argued that we need to make our mining laws more in tune with our neighbors in Michigan and Minnesota; the high number of environmental problems stemming from Michigan mines cautions against this. Maintaining strong mining legislation in Wisconsin means protecting our land and water from the potentially disastrous effects of mining done wrong.

Filling in the Details: Mining Series

By Sarah Witman, Communications Intern

With a vote expected on the mining bill next week, we want to fill in some of the more intricate details of the issues at hand. Clean Wisconsin is working to get Wisconsin voices heard in this fight to protect the state’s natural resources and beauty, instead of rolling back laws that protect it.

Photo copyright Pete Rasmussen

Our first post will tackle acid mine drainage, a primary concern for those who live near the proposed mine site. Acid mine drainage is water polluted by contact with mining activity, and it continues to take place long after the iron is gone and the mines have been abandoned. In short, it endangers the water we drink.

Another concern is the dangers of mercury to human health. Together we will trace the journey this toxin takes from the mining process into our waters, and into our bodies. This is of special concern to Wisconsin families as mercury can cause cognitive problems in infants and children and neurological problems in adults. Additionally, we know from the Great Lakes Indian Fish and Wildlife Commission’s report last year that “air emissions from taconite plants are the largest source of mercury in the Lake Superior basin,” so this post will also take a look at poor air quality as a result of deregulated mines.

Then, we will profile existing mines as far north as Alaska to right here in Badgerland. Looking at past failures and successes is the most true-to-life way to see the impacts of mines on states’ environments, and understand the value of well-written mining legislation.

We’ll also be giving an in-depth look at the cultural, spiritual and environmental significance of the Penokee Hills — the area where an out-of-state mining company has already shown interest in setting up shop. The site is in Wisconsin’s Northwoods, home to many species of native plants and animals that could be displaced. It is also near an internationally recognized wild rice bed and wetland, and a variety of pristine lakes, rivers and streams that flow into Lake Superior.

We want Wisconsin to be on the same page as we fight dangerous changes to Wisconsin’s mining laws. While things are changing daily in our mining fight at the Capitol, the conversation here will fill in the finer details.

 

The Myth of “Baseload” Power

By Tyson Cook, Staff Scientist

For those of us looking forward to a day when we’re less reliant on dirty, fossil fuel-based power plants, it’s important to know the role they serve in the electricity system, and just what we have to do to replace them. One argument that is starting to be used against renewable energy revolves around that very idea: The claim that renewables may not be able to provide the “baseload” power like large fossil-fuel plants.

Which begs the question, what is this “baseload” power, and why does it matter?

The first thing to realize is that so-called “baseload” is not actually a different kind of power; it’s simply part of an engineering concept to visualize electrical demand. Imagine a line graph of the amount of total electricity used in a region over time. The plot would look like a series of waves, with peaks in the afternoon and early evening when everything is running on high, and dips at night and on the weekends when people are sleeping and offices are closed.

You could divide the line graph a lot of ways, but the idea of “baseload” comes from drawing a horizontal line to represent the minimum amount of electricity that is being used, no matter what time or day. The areas above that line are then labeled “intermediate” and “peak” loads. Kind of like this:

Graph explaining baseload power

From Understanding Base Load Power, October 2008, New York Affordable Reliable Electricity Alliance

In this way of thinking, the “baseload” power demand is met with big generators like old coal and nuclear plants that don’t turn on and off very well. To accommodate electrical needs above the “baseload,” smaller, more responsive plants are used that can more easily follow the demand. Makes sense, right?

The problem with this idea is that it’s not how the electrical grid actually works. In reality, the grid isn’t one uniform pool of power demand, but a huge, sprawling, interconnected web of transmission lines of various sizes and capacities, dotted with producers and users of power. More like this:

From Atlanta Journal-Constitution

The whole thing is controlled by an “independent system operator,” whose job is to make sure the system works right and everyone gets the power they need as cheaply and reliably as possible. This means constantly turning production up and down at various plants and using various mechanisms to manage flow.

So the idea of “baseload” power? Yes, there is always some minimum level of power being used in a particular region of the grid, but it’s certainly not as simple as that old line graph would indicate. And when trying to meet electrical demand, the power can come from any number of facilities at any time of day. For the system operator, the solution to which plants should be running when (and how much) is clear: Whatever makes electricity cheapest at any given time, considering the constraints of the grid. If that happens to be a large coal plant, so be it. If it’s a wind farm or small solar installation, that’s just as good. Even better.

State Audit confirms Benefits of Focus on Energy

Today, the State Legislative Audit Bureau released the long-awaited audit on the cost-effectiveness of Focus on Energy, the statewide energy efficiency program. You may recall that Gov. Scott Walker cut $320 million from the program when he signed the biennial budget bill this spring.

For those of you interested in reading the 47-page report, it’s available here. If you’re interested in what the audit says and what it means for the program, but don’t feel like doing homework, everything you need to know should be in our 6-paragraph press release below.

Clean Wisconsin           
Your environmental voice since 1970.
FOR IMMEDIATE RELEASE: December 7, 2011

Audit Confirms Benefits of Focus on Energy
Expanding Focus would help Further Lower Energy Bills, Create More Jobs

MADISON – A long-awaited audit released by the bipartisan Legislative Audit Bureau today confirms that Focus on Energy, the statewide energy program, successfully lowers energy bills and provides benefits that far outweigh the costs of the program.

“The audit released today confirms that Focus on Energy is one of the most cost-effective energy programs in the nation, with benefits more than doubling the costs of the program,” said Keith Reopelle, senior policy director at Clean Wisconsin.

These benefits come in the form of lower energy bills and a cleaner environment.  Businesses and homeowners saved over $264 million on their energy bills as a result of the program last year alone, according to the report. Additionally, reduced emissions from power plants resulted in over $17 million in environmental benefits. These benefits do not include job creation and increased business sales resulting from the program, which the audit acknowledges but does not quantify.

“For every dollar spent on Focus on Energy, homeowners and businesses get more than two dollars back in their pocket in the form of lower energy bills,” said Reopelle. “As an added benefit, Focus on Energy helps create a cleaner, healthier environment, reduces the need to build expensive new power plants to meet our energy needs, and creates thousands of jobs in Wisconsin.”

The audit comes after a decision earlier this year by legislative leaders to significantly cut funding to Focus on Energy. When Gov. Walker signed the biennial budget bill this spring, he cut $320 million from the program over the next three years.

“Since the cuts that occurred this spring, public officials have been patiently waiting for the results of this audit to discuss improvements to Focus on Energy,” said Reopelle. “This audit clearly shows that increasing investments in Focus on Energy will lower energy bills, and help homeowners and businesses save money. We hope that our leaders act quickly to take advantage of this opportunity.”

###

Clean Wisconsin, an environmental advocacy organization, protects Wisconsin’s clean water and air and advocates for clean energy by being an effective voice in the state legislature and by holding elected officials and polluters accountable. Founded in 1970 as Wisconsin’s Environmental Decade, Clean Wisconsin exposes corporate polluters, makes sure existing environmental laws are enforced, and educates citizens and businesses. On behalf of its 10,000 members and its coalition partners, Clean Wisconsin protects the special places that make Wisconsin such a wonderful place to live, work and play. 608-251-7020, information@cleanwisconsin.org, www.cleanwisconsin.org.

-Contributed by Sam Weis, Communications Director

Fall’s Collection Call: 3 ways to responsibly dispose of leaves

Autumn is in full swing in Wisconsin. As you rake and collect leaves in the coming weeks, you may be tempted to sneak them in the trash, pile them on the curb or set them ablaze. However, burning leaves emits toxins into the air and can have serious health effects. Throwing them in the trash is illegal in Wisconsin. And piling loose leaves at the curb creates problems for Wisconsin’s wonderful waterways; when rain falls on decomposing leaf piles, phosphorus leaches out and travels into area lakes via storm sewers, leading to stinky, unsightly algae blooms in the summer.

Luckily, there are numerous ways to dispose of your leaves that are beneficial to the environment and your back yard.

  1. “Leaf” them on your lawn Use your mower to mulch leaves into your lawn. The mower cuts the leaves into small pieces, which then fall beneath the grass canopy, returning nutrients to the soil and providing food for beneficial insects and microbes.
  2. Compost Composting requires a delicate balance of nutrients from yard and food waste. When composting leaves, add nitrogen-rich material such as grass clippings and fruit and vegetable scraps to the pile to help it break down. Chop up the leaves for faster composting, or save some to add to your compost pile throughout the year.
  3. Make a mulch Leaves provide a great, free mulch and winter groundcover. Shred your leaves (that’s important!) and pile them atop your annual garden or around perennial plants and shrubs for insulation and protection. Then, in spring, simply till the leaves into the garden.

If these options aren’t available, be wise. Take your leaves directly to a local yard waste collection site. Check the leaf pick-up regulations in your community, but best practices include putting leaves out shortly before pick up to minimize leaching. Place the leaves in a loose pile on the curb, or use compostable lawn bags or cover with a tarp to keep them from blowing around the neighborhood. By responsibly disposing of leaves, we can all help ensure future generations enjoy Wisconsin’s four seasons and wondrous environment.

’80s Throwback: Acid rain law made Wisconsin a leader

Bavaria, Germany, high-altitude forest damaged by acid rain. Photo by Spitzbergler. From AccuWeather.

Wisconsin passed one of the first and strongest state acid rain control laws in the nation in 1986, making the state a leader in acid rain policy; Clean Wisconsin had an active role in getting that law passed.

Acid rain results from sulfur dioxide and nitrogen oxides entering the atmosphere. These two pollutants are mainly produced by human activities; sulfur dioxide is a common emission from coal-fired power plants and factories, while nitrogen oxides come from vehicles, engines, coal-fired power plants, factories, even home furnaces.

The Acid Rain Law required Wisconsin’s major electric utility companies to reduce their sulfur dioxide emissions by 50 percent from 1980 emission levels by 1993. It was a great success: By 1990, three years earlier than specified in the law, overall annual sulfur dioxide emissions from Wisconsin electric utility companies had fallen 46 percent, and in 1992, all were in compliance.

The law also sought to raise the pH of Wisconsin’s rain; the pH scale is a measure of a material’s acidity or alkalinity and the lower the number, the more acidic something is on a scale of 0 to 14. Battery acid, for instance, has a relative pH of 1, while milk of magnesia, which helps quell an upset stomach, has a pH factor of 10 to 11. Rain uncontaminated by any pollutants has a pH of 5.0 to 6.0; rain with pH less than 5.0 to be “acid rain.

The higher level of acidity in acid rain makes it a threat to plants, fish and to some manmade materials and structures. Acid rain (or snow or fog or smog) can overwhelm the neutralizing capacity of some soils and lake water, leaving the environment unable to defend itself against the effects of these acids. Look at photos of Germany’s Black Forest and New York’s Adirondack Mountains to see the devastating effects acid rain can have on the natural landscape.

In addition to state law, Congress passed the Clean Air Act Amendments of 1990, which contained strong acid rain control measures. This federal law required electric utility companies nationwide to reduce their collective sulfur dioxide emissions by 10 million tons per year (which is a 40-percent reduction) from 1980 emission levels by the year 2000, as well as a reduction in nitrogen oxide emissions of about two million tons per year.

Moving to cleaner, renewable energy sources and increasing energy-efficiency measures would have massive impacts on acid rain in Wisconsin, and Clean Wisconsin continues to work for these policies in the state. You can play a role as well. In addition to supporting our work, reduce your energy consumption with easy actions such as switching to CFLs, turning back your thermostat and purchasing energy-efficient appliances when you need to upgrade to reduce your reliance of coal-powered energy.