Washington Post

After Irma, Florida prepares for days — and maybe weeks — without power

Patricia Sullivan, Mark Berman and Katie Zezima     September 12, 2017

Irma leaves millions of Florida residents without electricity

As of Tuesday, Sept. 12, millions of Florida residents were still without power in the wake of Hurricane Irma. Here’s a look at the areas hit hardest by outages. (Monica Akhtar/The Washington Post)

CAPE CORAL, Fla. — Millions of Floridians grappled with the aftermath of Hurricane Irma on Tuesday, confronting a sweltering reality: Nearly half of Florida still lacked electricity, and for some of them, the lights might not come back on for days or even weeks.

“We understand what it means to be in the dark,” said Robert Gould, vice president and chief communications officer for Florida Power and Light (FPL), the state’s largest utility. “We understand what it means to be hot and without air conditioning. We will be restoring power day and night.”

But, he acknowledged: “This is going to be a very uncomfortable time.”

Across the nation’s third most-populous state, that discomfort played out in homes that were silent without the usual thrum of perpetual air-conditioning. It meant refrigerators were unable to cool milk, laundry machines were unable to clean clothes and, for the particularly young and old, potential danger in a state where the temperatures can range from warm to stifling.

Even for those who had power, some also were struggling to maintain cellphone service or Internet access, sending Floridians into tree-riddled streets in an effort to spot a few precious bars of signal to contact loved ones.

“It’s a mess, a real mess. The biggest issue is power,” said Bill Barnett, mayor of Naples, on Florida’s Gulf Coast. “We just need power. It’s 92 degrees and the sun is out and it’s smoking out there.”

Utility companies made progress as they undertook a massive recovery effort, restoring power to some. At its peak, the Department of Homeland Security said about 15 million Floridians — an astonishing three out of four state residents — lacked power.

Throughout the day Tuesday, state officials gradually lowered the number of customers without power, dropping it to 4.7 million by Tuesday evening from 6.5 million a day earlier. Because each power company account can represent multiple people, the sheer number of residents without electricity was massive: Going by the Homeland Security estimates, at one point Irma had knocked out power to one out of every 22 Americans.

It would take some time before all of them had electricity again. Duke Energy Florida said it would restore power to most customers by Sunday, a week after Irma made its first landfall in Florida. Some harder-hit areas could take longer due to the rebuilding effort.

Gould said that FPL, which powers about half of the state, expected customers on Florida’s East Coast to have power back by the end of the weekend. People in western Florida, closer to Irma’s path, should have it back by Sept. 22. That estimate does not include places with severe flooding or tornado damage, he said, and those areas could also face a longer wait to be able to switch on the lights.

As Irma swept in, concern about a child, a respirator, and a battery

17-month-old Lena was born with a defective diaphragm and needs a ventilator to breathe. Her family moved across the country in 2016 so she could get the best care available, and only recently settled into their own apartment after almost a year spent in the hospital. But Hurricane as Irma moved in, they took shelter back at the hospital, knowing a power cut could endanger Lena’s life.

Floridians reacted to the outages eclectically. Some welcomed the absence of perpetual air-conditioners. Others flocked to their local malls for a respite from the heat.

“There’s no power at home, so we might as well just stay here and stay cool,” Amanda Brack, who was with her son, Gavin, said while walking through a Brookstone at the Galleria shopping mall in Fort Lauderdale.

Blake Deerhog had walked to the mall from his powerless and steamy apartment in nearby Victoria Park, trekking some 20 minutes in the stifling heat and humidity after he Googled and learned it would be open.

“This is definitely better than being back at my apartment,” he said, adding that he planned to spend the afternoon there.

The outages also caused rising alarm in some places. Here in Cape Coral, an assisted care facility for patients with dementia and memory impairment that sheltered in place during the storm went without power for three days, as elderly patients suffered in the rising heat.

The southwest Florida facility, Cape Coral Shores, had 20 patients stay during the storm as part of an agreement with state and local officials because the emergency shelters it would normally use were both evacuated as Irma approached. Power at the facility went out, and it stayed out, even as homes and businesses all around it saw their lights come back on.

As the indoor temperature climbed to the mid-80s Wednesday morning, humidity made the hard-surfaced floors slick with condensation. Patients gathered in a small day room to catch a slight breeze from screened windows. A handful of small fans powered by a borrowed generator were all that kept the situation from devolving into a medical emergency, said Dan Nelson, Cape Coral Shores’ chief operating officer.

“People here are fragile,” Nelson said, adding that air-conditioning in such facilities is a medical necessity. “This is not just about comfort, it’s about safety. We have magnet door locks that don’t work, fire suppression equipment whose batteries have run out, assisted bed lifts that don’t work. And the temperatures today and tomorrow are headed back to the mid-90s.”

A state emergency official said Wednesday afternoon he had found a large generator and 50 gallons of gas for the facility, but there was no need: The power came back on.

While the Sunshine State was the hardest hit by the outages, they extended to the other states Irma raked as it headed north. Hundreds of thousands lost power in the Carolinas, Alabama and Georgia, where at one point 800,000 were experiencing outages on Tuesday, though that number declined during the day.

The deteriorating storm once known as Hurricane Irma — classified Tuesday as a post-tropical cyclone — grazed onward through the Mississippi Valley, losing essentially all of its prior strength but still drenching some areas with rainfall.

Across the southeast, even as people acknowledged that they had dodged the worst possible hit from Irma, they were still left to contend with destroyed homes, flooded cities, swollen rivers, canceled flights and debris in the streets.

The city of Jacksonville, Fla., remained flooded after the St. Johns River overflowed so severely the day before that it forced residents from their homes. Charleston, S.C., city officials said the intense flooding there on Monday closed more than 111 roads, most of which had reopened Tuesday.

Authorities said they were investigating several fatalities that came since the storm made landfall, though it was not clear how many were directly due to the storm.

Among them were a 51-year-old man in Winter Park, Fla., outside Orlando, who police said was apparently electrocuted by a downed power line in a roadway. In Georgia, the Forsyth County Sheriff’s Office said a 67-year-old woman was killed when a tree fell on her car; the mayor of Sandy Springs said a 55-year-old man was killed when a tree fell on the bedroom where he was sleeping. In other cases, fatal car crashes claimed lives as the storm loomed.

[Why Irma wasn’t far worse]

In Key West, it remained unclear when power, cellphone service or supplies would be available again.

“What you have on hand is rationed to make sure you can get through,” said Todd Palenchar, 48, noting that his supplies of food and water are designed to last for a week. “You don’t know how long it’s going to be.”

Palenchar said he is used to camping and roughing it, but his main concern right now is his property.
“I’ve already posted signs where I’m at, ‘Looters will be shot, no questions asked,'” he said as he pulled up his shirt to reveal a .380 caliber pistol.

As Irma tore through the Caribbean and approached the Keys last week, authorities had ordered millions in Florida to evacuate and, in some cases, ordered them to hit the road again as the storm’s path wobbled. On Tuesday, officials slowly began letting those people return home.

In Monroe County, which includes the Florida Keys, and other places that let residents back, officials warned that many areas are still without power, cellphone reception is questionable and most gas stations remain shut.

Miami-Dade Mayor Carlos Gimenez said about half of the county’s traffic signals were out. Broward County Mayor Barbara Sharief said the number was closer to 45 percent of traffic signals there. Across the state, the explanations for the outages were visible alongside the road.

“It’s a lot of trees and power lines and snapped poles,” said Kate Albers, a spokeswoman for Collier County, which stretches across southwestern Florida and includes Marco Island, where Irma made her second landfall.

“I can tell you from driving around you see lines down all over the place,” Albers said. “You see trees thrown through power lines and you’ll see an occasional pole.”

The high number of outages across Florida were due largely to the storm’s massive size, said Ted Kury, director of energy studies for the Public Utility Research Center at the University of Florida.

“For a significant period of time, the entire state was under a hurricane warning,” Kury said. “Normally it comes through, sometimes it comes through fast and sometimes it comes through slowly. But this one hit pretty much everybody.”

White House warns Florida that power could be out for ‘coming weeks’

With millions in Florida without electricity, White House national security adviser Tom Bossert described “the largest ever mobilization of line restoration workers in this country” on Sept. 11, but cautioned that power could be down in homes for weeks.

Kury was among those who did not lose power but did lose Internet, cable and cellphone service, so he and his wife had to walk to the next development before his wife got enough signal to text their oldest son and her parents.

Storms that rip down power lines are frequently followed by questions about why more power lines are not buried underground, away from punishing winds.

Cost is one factor. A 2012 report for the Edison Electric Institute, a trade association representing investor-owned electrical utilities, found that it can be five to 10 times more expensive to put lines underground — otherwise known as “undergrounding” — than to hang them overhead.

The utilities also weigh issues such as how much cost they can pass on to their customers and the aesthetics of overhead wires, Kury said, noting that there is no uniform policy for power companies because diverse regions have different needs.

“It’s kind of a misstatement when folks say undergrounding power lines protects them from damage,” Kury said. “What it really does is insulates them from damage from wind events and flying debris. But it makes them more susceptible to things like flooding and things like storm surge.”

He added: “If you’re in an area where your biggest risk to the infrastructure is storm surge and flooding, putting the lines underground can actually make them more susceptible to damage and not less.”

Florida utility companies embarked upon a massive response effort to get the lights back on. Gould, the spokesman for FPL, said the company had dispatched 20,000 workers to work day and night restoring power, first to critical care infrastructure — like hospitals and 911 systems — and then to feeders that send juice to the most customers. Finally, they get to individual neighborhoods.

In St. Petersburg, where gas-powered generators had growled through the night, residents lit their way with battery-powered lanterns, flashlights and tea lights.

“We’ve run out of power before,” said Jeanne Isacco, 71, reaching for her walker to stand and punctuate her point. “Why do you think we live here? Excuse me! We know it’s hot.”

Berman and Zezima reported from Washington. Darryl Fears in St. Petersburg, Leonard Shapiro in Fort Lauderdale, Camille Pendley in Atlanta, Dustin Waters in Charleston, Kirk Ross in Raleigh, Scott Unger in Key West, Fla., and Brian Murphy, Angela Fritz and Carol Morello in Washington contributed to this report, which was updated throughout the day. 

ThinkProgress

Enbridge’s plans to build tar sands pipeline through Minnesota just hit a snag

Enbridge’s Line 3 in Minnesota just took a serious hit.

Samantha Page    September 12, 2017

In 2010, a worker monitors water in Talmadge Creek, near the Kalamazoo River as oil from a ruptured pipeline, owned by Enbridge Inc., is attempted to be trapped by booms. CREDIT: AP Photo/Paul Sancya

Enbridge’s proposed Line 3 project — an effort to replace and expand an oil sands pipeline through Minnesota — hit a roadblock Monday when the state’s Department of Commerce said that the project is environmentally and economically risky and that the company has failed to show that the pipeline is even needed at all.

“Enbridge has not established a need for the proposed project; the pipeline would primarily benefit areas outside Minnesota; and serious environmental and socioeconomic risks and effects outweigh limited benefits,” the Department of Commerce said in a statement announcing its filings to the Public Utility Commission (PUC). The PUC is evaluating the project in advance of issuing — or denying — a Certificate of Need and a Route Permit. Public hearings will be held between September 26 and October 26, followed by additional filings and hearings. The PUC is expected to make its final determination at the end of April 2018.

In order to get approval from the PUC, Enbridge must show that the project is both necessary and beneficial to the people of Minnesota. According to the Department of Commerce’s analysis, which was conducted by external oil market experts, the Line 3 project is neither.

“The Commerce Department testimony is really damning and really well reasoned,” Aaron Klemz from the Minnesota Center for Environmental Advocacy told ThinkProgress. “They seem to have taken a really hard look at the facts and made a decision on them rather then just taking the company’s word for it.”

Enbridge’s application would relocate and expand a pipeline, already known as Line 3, which carries Canadian tar sands oil from the border to refineries in Wisconsin or to other pipelines. Opponents to the project say the new route will carry oil through sensitive wetlands, including some of the only wild rice marshes in the world. They also say that building more fossil fuel infrastructure now — oil sands is one of the dirtiest fuels in the world — is antithetical to efforts to transition to clean energy, reduce climate change, and keep air and water clean.

“This is a key moment,” Klemz said. “We are in the middle of a transformation in our energy systems. It makes no sense to invest billions of dollars in new energy infrastructure.”

For its part, Enbridge says not only does it need a bigger pipeline — doubling its capacity to 760,000 barrels per day — but the old pipeline is falling apart. According to the company’s own testimony, the current Line 3 is deteriorating. “There are no feasible technology or operational changes that can arrest or reverse the external corrosion on Line 3 and/or remove the defects that were inherent in the way the pipe was originally manufactured,” Laura Kennett, Enbridge’s supervisor of pipeline asset integrity projects, told the PUC.

But acknowledging the current Line 3’s problems may backfire on the company. The Minnesota Center for Environmental Advocacy, a legal organization, filed a petition in July with the federal Pipeline and Hazardous Materials Safety Administration (PHMSA), citing Enbridge’s own testimony and calling for action to inspect the line and prevent leaks or shut it down.

“There is good cause to believe that Line 3 is a threat to environmental health, water and soil resources, and potentially public safety. It is PHMSA’s responsibility to conduct inspections if there is any reason to believe that a pipeline is not at par with safety standards,” senior staff attorney Leigh Currie wrote in the July 10 correspondence.

In its testimony, the Department of Commerce echoes calls to shut down the current line, saying, “in light of the serious risks and effects on the natural and socioeconomic environments of the existing Line 3 and the limited benefit that the existing Line 3 provides to Minnesota refineries, it is reasonable to conclude that Minnesota would be better off if Enbridge proposed to cease operations of the existing Line 3, without any new pipeline being built.”

In addition to being energy-intensive to extract and refine, tar sands oil presents a particular concern in waterways, if it spills. Tar sands oil is heavier than water and thinning agents (chemicals) are added when it is transported via pipeline. The current and proposed Line 3s cross several waterways in Northern Minnesota, land of 10,000 lakes.

A request for comment from Enbridge was not immediately returned Tuesday.

EcoWatch

Severe Wildfires Spread in Western States During Unprecedented Drought

Smoke obscures much of the Pacific Northwest on Sept. 6, 2017. NASA / Goddard, Lynn Jenner

By Climate Nexus     September 8, 2017

An intense and deadly fire season continued to exhaust Western firefighters this week as drought envelops the region.

Officials reported Wednesday that more than one million acres total have burned during Montana’s fire season. Montana Gov. Steve Bullock declared a state of emergency last week, calling this “one of the worst fire seasons” in the state’s history.

As The Guardian reported, fires and drought are stunting crop yields and endangering cattle in one of the country’s most important agricultural areas. Climate change is intensifying drought conditions in the West: an exceptionally warm spring and summer helped to dry out the landscape after a wet winter. High temperatures and dry conditions increase the chance of a fire starting and can help an existing fire spread.

“Thinking about temperature trends due to human-caused climate change, we think that the western United States is 1.5 [degrees] Celsius, or 3 degrees Fahrenheit, hotter than it would be in absence of climate change,” Park Williams, a research scientist at the Lamont-Doherty Earth Observatory at Columbia University, told The Atlantic.

“And there’s a heat wave on top of that,” said Williams. “Because of the exponential influence of temperature, that means that this heat wave is having a way worse influence on fire than it would in absence of human-caused warming.”

EcoWatch

David Suzuki: Wildfires Are a Climate Change Wake-Up Call

Dr. David Suzuki    August 16, 2017

Wildfires are sweeping BC. Close to 900 have burned through 600,000 hectares so far this year, blanketing western North America with smoke. Fighting them has cost more than $230 million—and the season is far from over.

It’s not just BC. Thousands of people from BC to California have fled homes as fires rage. Greenland is experiencing the largest blaze ever recorded, one that Prof. Stef Lhermitte of Delft University in the Netherlands called “a rare and unusual event.” Fires have spread throughout Europe, North America and elsewhere. In June, dozens of people died in what’s being called Portugal’s worst fire ever. Meanwhile, from Saskatchewan to Vietnam to New Zealand, floods have brought landslides, death and destruction.

What will it take to wake us up to the need to address climate change? Fires and floods have always been here, and are often nature’s way of renewing ecosystems—but as the world warms, they’re increasing in frequency, size and severity. Experts warn wildfires could double in number in the near future, with the Pacific Northwest seeing five or six times as many.

In the western U.S., annual average temperatures have increased by 2 C and the fire season has grown by three months since the 1970s, leading to “new era of western wildfires,” according to a recent study led by University of Colorado Boulder wildfire experts, published in Proceedings of the National Academy of Sciences.

Climate change doesn’t necessarily start the fires—lightning, unattended campfires, carelessly tossed cigarette butts and sparks from machinery are major causes—but it creates conditions for more and larger fires. Lightning, which causes up to 35 percent of Canada’s wildfires and is responsible for 85 percent of the area burned annually, increases as temperatures rise, with studies showing 12 percent more lightning strikes for each degree Celsius of warming.

Drier, shorter winters and earlier snowmelt extend fire seasons. As the atmosphere warms, it holds more moisture, some of which it draws from forests and wetlands, and increasing precipitation is not enough to offset the drying. This means fuel sources ignite more easily and fires spread faster over greater areas. Outbreaks of pests such as mountain pine beetles—previously kept in check by longer, colder winters—have also killed and dried forests, adding fuel to the fires. Because trees and soils hold moisture on slopes, fires can also increase the risk of flash floods when rains finally arrive.

The human and economic impacts are staggering—from property destruction to firefighting and prevention to loss of valuable resources and ecosystems. As human populations expand further into wild areas, damages and costs are increasing.

Health impacts from smoke put people—especially children and the elderly—at risk and drive health care costs up. Wildfires now kill more than 340,000 people a year, mainly from smoke inhalation.

Fires also emit CO2, creating feedback loops and exacerbating climate change. Boreal forests in Canada and Russia store large amounts of carbon and help regulate the climate, but they’re especially vulnerable to wildfires.

Suggested solutions are wide-ranging. The authors of the PNAS study recommend letting some wildfires burn in areas uninhabited by people, setting more “controlled” fires to reduce undergrowth fuels and create barriers, thinning dense forests, discouraging development in fire-prone areas and strengthening building codes.

These adaptive measures are important, as are methods to prevent people from sparking fires, but our primary focus should be on doing all we can to slow global warming.

According to NASA, Earth’s average surface temperature has risen by 1.1 C since the late 19th century, with most warming occurring over the past 35 years, and 16 of the 17 warmest years occurring since 2001. Eight months of 2016 were the warmest on record. Oceans have also been warming and acidifying quickly, Arctic ice has rapidly decreased in extent and thickness, glaciers are retreating worldwide, and sea levels have been rising at an accelerating pace. Record high temperature events have been increasing while low temperature events have decreased, and extreme weather events are becoming more common in many areas.

Today’s wildfires are a wake-up call. If we are serious about our Paris agreement commitments, we can’t build more pipelines, expand oil sands, continue fracking or exploit extreme Arctic and deep-sea oil.

CNBC    Business

There are over 341,000 wind turbines on the planet: Here’s how much of a difference they’re making

Anmar Frangoul, CNBC     September 8, 2017 

William Campbell | Corbis News | Getty Images. Sustainable Energy takes a look at the nuts and bolts of wind power.

From the intense heat of the Californian desert to the green hills of Scotland, wind turbines are popping up all over the world.

Humans have been using wind energy for thousands of years. Today, its scope and scale is big and getting bigger. According to the Global Wind Energy Council (GWEC), at the end of 2016 more than 341,000 wind turbines were spinning and generating energy.

CNBC’s Sustainable Energy takes a look at the nuts and bolts of wind power – how turbines work, wind energy’s impact on the environment, and its role in the planet’s energy mix over the coming years.

Offshore and onshore

With their considerable height and large blades, modern wind turbines are instantly recognizable.

How they produce energy can be broken down into several parts. Put simply, when the wind blows, a turbine’s blades turn around a rotor. As the U.S. Department of Energy (DOE) explains, the rotor is connected to a main shaft, which in turn rotates a generator to produce electricity.

Wind energy can be produced both offshore and onshore. While the U.S. offshore wind industry is still in its infancy – America’s first offshore wind farm only began commercial operations last December– it is well established in other parts of the world.

According to the GWEC, at the end of last year Europe was home to 3,589 offshore wind turbines. Furthermore, almost 88 percent of the world’s offshore installations were based off the coast of 10 European countries.

The U.K. is a world leader in offshore wind, representing just shy of 36 percent of installed capacity, with Germany and China close behind.

Environmental impact

The GWEC says that in 2016 wind power helped the planet avoid more than 637 million tons of CO2 emissions.

The executive director of Renewable UK explained to CNBC how wind power had several plus points when it came to the environment.

“Wind energy doesn’t require a fuel source… once we’re built we don’t need to mine for anything and we don’t need to burn fossil fuels which, as we know, are contributing to climate change,” Emma Pinchbeck said.

“It’s sustainable as a form of energy production, but then it’s also fairly sustainable as a form of infrastructure because of how we build it,” she added. “The amount of energy that goes in to building a wind farm is ‘paid off’ after one year of generation from that wind farm.”

There are some drawbacks, however. To give just one example, while the Royal Society for the Protection of Birds (RSPB) acknowledges that wind power has a “significant” part to play in the U.K.’s efforts against climate change, it adds that available evidence suggests that wind farms “can harm birds in three possible ways – disturbance, habitat loss and collision.”

The future

Looking forward, the GWEC says that in the European Union, 520,000 people are expected to be working in the wind industry by 2020.

The DOE’s Wind Vision Report says that wind could potentially support more than 600,000 jobs by the year 2050 and help avoid 12.3 gigatons of greenhouse gases.

Unsurprisingly, Renewable UK’s Pinchbeck was incredibly positive about the future when it comes to renewables. “If I were an investor and I wanted to put my money on what the cheapest forms of energy were going to be, not just today but in ten years’ time, it would be in renewables by a country mile,” she said.