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Tuesday, September 16, 2014

Industrialized farming is ruining Lake Erie again

MLive/Jackson Citizen Patriot opinionBy MLive/Jackson Citizen Patriot opinion 
on September 15, 2014 at 1:17 PM, updated September 15, 2014 at 1:28 PM

In August, when the latest algal bloom in Lake Erie fouled Toledo's water supply, many of its 400,000 residents drove 100 miles to purchase bottled water.
Few recognized the huge animal feeding "farms" that they passed in Ohio and Michigan were the source of the pollution that fed the algae that produce the toxin that poisoned their municipal drinking water.

Dissolved phosphorus from confined animal feeding operation in Ohio and southeast Michigan produces algal blooms in Lake Erie via the River Raisin at Monroe, or as tributaries of the Maumee River emptying into Lake Erie near Toledo.

Blue-green algae, microcystis, produces the potentially lethal toxin, microcystin. Microcystin is costly to treat in public water systems, and at high concentrations impossible to remove.

Pity our Lake Erie.

Cleveland's polluted rivers caught fire in 1972 instigating the Clean Water Act. In the 1980's mismanaged municipal sanitary sewers and phosphate-laden detergents caused vast algal blooms in Lake Erie leading to international and state clean-ups.  

"Dead" Lake Erie rebounded after phosphorus reduction strategies worked then. Now the newest technology, industrialized farming, is ruining Lake Erie again.

No doubt the source of the phosphorus that feeds the algal fouling of Lake Erie that poisoned Toledo's water supply is agricultural runoff into the Maumee River.

Liquid manure applied improperly on Ohio and Michigan CAFO fields runs directly into the tributaries of the Maumee.

The question remains: Why do the great states of Ohio and Michigan allow a heavily subsidized industry, CAFOs, to threaten the water quality and health of their citizens?
State regulators, starting with MDEQ's Jackson District, administer CAFOs in Lenawee and Hillsdale Counties.

MDEQ should enforce existing clean water regulations, and close those CAFOs that have racked up thousands of violations.

Michigan and Ohio should ban the risky application of liquid manure during the frozen winter months.

Soil tests for pathogens and high phosphorus concentrations should be done twice per year instead of once every three years.

CAFOs receive multi-million dollar federal and state subsidies to build giant lagoons for the animal waste produced by the unfortunate thousands of animal that are confined there.

CAFOs in SE Michigan produce billions of pounds of untreated animal waste annually.  Without these "agricultural" subsidies" and lax enforcement of clean water standards CAFOs would close in a week.

Want a $300,000 tractor? Apply for an AG subsidy. Want to spray untreated animal waste on your fields in volumes unabsorbable? The government will pay for your pumps.

From extreme nutrient loading to virulent drug resistant pathogens Lake Erie is again the sacrificial water.

Governmental regulators are well aware of the threat to Lake Erie, but have done little to save it.

"Right to Farm" proponents and international CAFO investors have sway. Still, staring down at the chartreuse stew flowing into county drains adjacent to subsidized CAFOs, one wonders, "Is industrialized CAFO agriculture sustainable"? No way.

 — Mark Muhich lives in Summit Township and is the conservation chairman of the Central Michigan Group Sierra Club.

Sunday, September 14, 2014

Sun and Wind Alter Global Landscape, Leaving Utilities Behind


HELIGOLAND, Germany — Of all the developed nations, few have pushed harder than Germany to find a solution to global warming. And towering symbols of that drive are appearing in the middle of the North Sea.

They are wind turbines, standing as far as 60 miles from the mainland, stretching as high as 60-story buildings and costing up to $30 million apiece. On some of these giant machines, a single blade roughly equals the wingspan of the largest airliner in the sky, the Airbus A380. By year’s end, scores of new turbines will be sending low-emission electricity to German cities hundreds of miles to the south.
It will be another milestone in Germany’s costly attempt to remake its electricity system, an ambitious project that has already produced striking results: Germans will soon be getting 30 percent of their power from renewable energy sources. Many smaller countries are beating that, but Germany is by far the largest industrial power to reach that level in the modern era. It is more than twice the percentage in the United States.

Germany’s relentless push into renewable energy has implications far beyond its shores. By creating huge demand for wind turbines and especially for solar panels, it has helped lure big Chinese manufacturers into the market, and that combination is driving down costs faster than almost anyone thought possible just a few years ago.
Electric utility executives all over the world are watching nervously as technologies they once dismissed as irrelevant begin to threaten their long-established business plans. Fights are erupting across the United States over the future rules for renewable power.

More ...

Thursday, September 11, 2014

Coast Guard: We can't adequately respond to Great Lakes heavy oil spill

By Keith Matheny

Detroit Free Press staff writer

The U.S. Coast Guard and other responders are not adequately equipped or prepared for a “heavy oil” spill on the Great Lakes, according to a Coast Guard commander who is pushing for action.
A major oil spill could spell economic disaster for the states in the Great Lakes region, severely damaging the multibillion-dollar fishing and recreational boating industries and killing off wildlife.
Rear Admiral Fred Midgette, commander of the Coast Guard’s District 9, which includes the Great Lakes, said everyone involved in spill response on the Great Lakes is moving with a sense of urgency to come up with a plan to address a major spill.
But they haven’t found a way forward yet.
“When you get environmental groups, technical experts, oil spill recovery groups and regulators together, that’s how you find what’s the best way ahead,” Midgette said Tuesday at an international forum on heavy oils at the Detroit-Wayne County Port Authority attended by a cooperative of oil and chemical spill professionals.
Midgette said he was particularly concerned that response plans and organizations “are not capable of responding to heavy oil spills, particularly in open-water scenarios,” in an Aug. 20 memo to the Coast Guard’s Deputy Commandant for Operations.
That’s a serious issue, said David Holtz, Michigan chairman for the nonprofit Sierra Club.

“How can Michigan and the Great Lakes be in a position where two large oil pipelines are operating underneath the Straits of Mackinac, and the lead responders — the first responders to an oil spill — say they couldn’t respond effectively if something happened to those pipes?” he said.

The Coast Guard’s warning, based on its 2013 study, comes as Michigan Attorney General Bill Schuette and Department of Environmental Quality Director Dan Wyant convene a task force looking at petroleum pipeline safety throughout Michigan and the state’s preparedness for spills — including on the more than 60-year-old pipelines operated by Canadian oil transport giant Enbridge along the bottom of the Straits of Mackinac.
The Coast Guard noted other vulnerable locations, including,\ oil pipelines running under the St. Clair River between Marysville and Sarnia, Ontario, and near Niagara Falls and Buffalo.
The study also cited the interest by a Superior, Wis., company, Calumet Specialty Product Partners, L.P., and others, to establish a dock to facilitate Great Lakes oil shipping by barges out of western Lake Superior. The Wisconsin Department of Natural Resources dealt that effort a setback in January — requiring an involved environmental assessment — but it could eventually continue.
The Coast Guard Research and Development Center’s June 2013 final report was frank on the limitations in dealing with heavy oil that sinks below the surface and makes traditional skimming recovery methods ineffective.
“Current methods are inadequate to find and recover submerged oil, with responders having to reinvent the techniques on each occasion,” the report states, later adding, “Responses to recent higher profile submerged oil spills have shown responders have almost no capability in detection and recovery.”
Those high-profile spills include the July 2010 spill near Marshall, where an Enbridge oil transmission pipeline burst while carrying diluted bitumen or dilbit, a sludgy oil product thinned for transport typically using petroleum-based thinning agents.
The oil spill overwhelmed Talmadge Creek, a tributary to the Kalamazoo River, as well as a long stretch of the river. As the diluents evaporated, the heavier oil sank to the river bottom, combining with sediments, churned by the rushing water and complicating cleanup. Enbridge has spent more than $1 billion on the cleanup effort, which still is not complete more than four years later.
The Marshall spill showed that no community is ready to adequately respond to a heavy oil spill, said Beth Wallace, an environmental consultant who has worked to spotlight issues related to oil pipeline transport.
The Coast Guard report is “just a scary scenario for the Great Lakes,” she said. “I would hope that the governor, with the pipeline safety task force, will take a hard look at this.”
Oil companies need to do more in the way of transparency and financially providing for the necessary response if their products spill, Wallace said. And while the federal Pipeline and Hazardous Material Safety Administration oversees many petroleum pipeline safety issues, it is typically not there when a spill occurs, she said. That’s left to local communities’ first responders or the Coast Guard if the spill occurs on a major water body.
Complications include that oil companies use a variety of products as diluents in dilbit that can have varying effects on what happens with the oil when it spills, experts said — and the companies often keep those diluents a trade secret. Other factors affecting how a heavy oil spill behaves include temperature and water conditions.
Even finding and tracking submerged oil is a challenge, said Kurt Hansen, a project manager at the Coast Guard’s Research and Development Center at New London, Conn., specializing in oil spill response.
“Once the oil goes below the surface, that sets a whole new set of problems,” he said. “You’re going to have to figure out if it’s coming back up in tiny little droplets, because that’s going to need one set of recovery response and surveillance. Or, if it goes to the bottom in a clump, that’s going to need another set of response.
“And if it mixes with the silt and sand and dirt at the bottom, that’s going to need even a third set of response and information that you need.”
While responders are ready in most cases for surface oil spills, responding to a sinking oil spill requires pulling together equipment and response capability from a variety of locations — costing precious time, Hansen noted. What’s needed, he said, is pulling those capabilities together beforehand.
“Right now, there are no hard requirements for those systems,” he said. “Somebody’s going to have to look at the legal aspects of that, at what you can require.”
Said Holtz: “Speed is everything. So if the Coast Guard has to go to other places to get what they need to deal with a Great Lakes oil spill, that’s got to change. Either that or stop having pipelines in the Great Lakes.”
Contact Keith Matheny: 313-222-5021 or kmatheny@freepress.com. Follow on Twitter @keithmatheny.