The concept of the “solar suburb” includes a solar panel on every roof, an electric vehicle in every garage, ultra-efficient home batteries to store excess energy, and the easy transfer of electricity among house, car, and grid. But will the technological pieces fall in place to make this dream a reality? BY MARC GUNTHER
The new push toward better prevention and response programs is motivated not only by an increase in railway transport, but a recent uptick in spills. More crude oil by volume was spilled in rail accidents in 2013 than in the previous 40 years combined. And in 2014, trains spilled crude oil more often than in any other year, averaging 25 spills each day.Crews continue cleanup of the Santa Barbara Refugio oil spill using boom operations off the coast of Goleta, California, in May 2015. (Photo: Petty Officer 3rd Class Andrea Anderson / US Coast Guard) On the night of March 23, 1989, the Exxon Valdez left the Alyeska Pipeline Terminal, carrying more than 1.2 million barrels of crude oil from Alaska’s North Slope. Three hours into its journey to Long Beach, California, the Valdez grounded at Bligh Reef, in Prince William Sound, rupturing eight of its 11 cargo tanks and spilling some 10.8 million gallons of crude oil. In the wake of the spill, which still reigns as one of the largest in U.S. history, the American government established the Oil Pollution Act of 1990. The legislation consolidated existing federal oil spill laws and created new requirements for prevention and response. Pacific Northwest states began creating programs to protect coastlines. Pretty soon, the number of marine vessels spilling their slippery black cargo into America’s waters declined. But now, in 2015, oil is increasingly transported by rail, not ships, and Western states are in a vulnerable position, should oil spills occur. The oil spill response and prevention programs that originally sprung up around marine tanker traffic are struggling to keep pace with the shift in transportation. As more oil is transported via rail and pipeline, the coastal contingency plans and funding models have lost relevance. Regional contingency plans are now needed inland, though none exist at the state level and few at the federal level. This has left the river systems and inland areas of coastal states exposed, says David Byers, response manager for Washington’s Spill Prevention, Preparedness and Response Program. “We’re seeing a lot more of the Bakken crude coming through the rail lines into Washington, Oregon and California,” says Sarah Brace, executive coordinator of The Pacific States – British Columbia’s Oil Spill Task Force. In Washington, where in recent history 90 percent of crude oil was delivered by vessels, that number fell to 59 percent in 2014. Rail brings in 24 percent and pipelines account for another 17. In California, the percentage of crude oil imported via rail to California refineries jumped by 506 percent between 2012 and 2013. Over the past year and a half, Washington, Oregon and California have increased funding for their oil spill prevention and response programs. In 2014, the California legislature approved the expansion of a 6.5 cent per barrel tax to include crude oil and petroleum products transported by railways and pipelines in the state; the resulting funds will be available for inland emergencies instead of just for the coast. And last week, a new requirement in California for inland railways to establish oil spill contingency plans went into effect. Similarly, in April, Washington passed a law to apply their 4 cent per barrel oil spill prevention tax and 1 cent oil spill response tax to crude oil or petroleum products received at a bulk oil terminal from a tank car. The new law also gives the state the authority to regulate private rail companies’ spill response and prevention efforts. Oregon hasn’t yet sought inland regulations or surcharges, as the state doesn’t have refineries. Instead, this spring, Oregon’s Senate Bill 262 increased the state’s taxes on marine vessels and port transfer facilities by nearly 50 percent in some cases to make up for dwindling reserves in the state’s $800,000 pot that pays for response and prevention personnel. When California announced plans to regulate rail companies’ preparedness for oil spills, two rail companies promptly sued, arguing states didn’t have the authority. The court later threw out the lawsuit until California had established clear regulations. Part of what companies are worried about is inconsistency in requirements from state to state. “There should be some uniformity of the laws [rail] has to comply with. If every little city and county had a different set of rules for a train or a pipeline as it moved across the country, they could have an impossible hodgepodge to comply with,” says Ryan Todd, attorney for California’s Office of Spill Prevention and Response. But on the other hand, Todd adds, under the federal Clean Water Act, states should have the authority to regulate oil spill response and prevention. At the federal level, the Pipeline and Hazardous Materials Safety Administration is seeking comment on how to adjust their oil response plans to apply to rail. Currently, rail companies are subject only to basic requirements. Comprehensive response plans are required only when more than 42,000 gallons of oil per tank car are transported. But large tank cars of this size aren’t used to transport oil. Thus, the National Transportation Safety Board has recommended PHMSA reconsider the threshold quantity. The new push toward better prevention and response programs is motivated not only by an increase in railway transport, but a recent uptick in spills. More crude oil by volume was spilled in rail accidents in 2013 than in the previous 40 years combined. And in 2014, trains spilled crude oil more often than in any other year, averaging 25 spills each day. “If there’s a big spill to Puget Sound, it’s going to impact and possibly even shut down ports,” says David Byers. He cites a 2006 study where officials learned if a major spill occurred in Puget Sound, it would cost the state $10.8 billion in economic impact and more than 165,000 jobs would be lost. The state’s emergency response fund, even when topped up, is a mere $9 million. “That’s about 20 minutes of Deepwater Horizon,” Byers notes with a touch of humor. In 1991, when the fund was established, that reserve was capped at $25 million, and has been chipped away since. But Byers questions whether $25 million would even be enough for today’s cleanup costs. In California alone, rail lines pass over inland waters in 7,000 locations. Along the Washington side of the Columbia River, rail lines transporting crude run parallel to and near the river. In most cases, says Mike Zollitsch, the emergency response coordinator for Oregon, waterways carve an excellent path for railways, which means many rivers have railroads nearby. Beach cleanup crew members work to cleanup oil from the beach at Refugio State Beach, California. (Photo: Chief Petty Officer David Mosley / US Coast Guard) Though oil companies contribute to the federal multimillion-dollar Oil Spill Liability Trust Fund via a per barrel tax, accessing that money can be laborious. The advantage of state funds is they can be tapped more quickly to respond to an immediate spill. Instead of waiting to identify a liable party or chasing after reimbursement, states can get to work right away, in order to beat spills to the shoreline. Another downside of the federal liability fund is that states aren’t always fully reimbursed for what they spend on a spill or prevention. Companies are required to show they have enough money to finance a cleanup, should a spill occur. But those requirements don’t always cover the cost of a catastrophic event. In Oregon, companies need only show $10 million in reserve, while Alaskan crude oil tank vessel operators are responsible for $112 million, and California companies must show $1 billion. Plus, some states, like Washington, have higher standards for cleanup in the case of a coastal oil spill, Byers says. Unlike coastal states, where small but active prevention and response funds exist, Montana and Wyoming have no strict state spill and prevention funds at all. When the Poplar Pipeline ruptured on January 17, 2015, spilling 30,000 gallons of crude oil into Montana’s Yellowstone River, it wasn’t until January 20 that 240 barrels of crude oil were recovered from the water. Efforts were funded by the governor’s environmental contingency plan, which never holds more than $750,000. Currently, specific oil spill response programs aren’t under consideration. The State of Alaska still relies on vessels and pipelines for oil transport, charging a 5 cent prevention and response surcharge on each barrel of oil produced. But declines in production on the North Slope have contributed to a $6 million deficit in the state’s $12 million prevention account, says Kristin Ryan, director of Alaska’s Division of Spill Prevention and Response. The response account has held steady at $50 million. This past spring the Alaska legislature narrowly passed a one-cent per gallon tax on refined fuel used by consumers to make up for the shortfall – their first new tax in nearly a decade. Back in Washington, where Shell’s Arctic fleet now docks, Byers ponders the future of oil spill response. “We have a lot more work to do. The risk is in areas of the state where it’s never been before – areas of the state that aren’t prepared for a major spill. That’s our challenge right now; as the energy picture shifts in the state, so does the risk picture.”
More cars and trucks are being bought in the U.S.—and fewer of them are gas sippers — Read more on ScientificAmerican.com
(San Diego Tribune)A new study sheds light on the environmental benefits of using electric vehicles. According to the research, a person in the western U.S. who replaces a mid-sixed conventional car with a plug-in electric vehicle can avoid pollution damages equivalent to $425—much lower than is commonly thought. “There is still a very widespread common wisdom that electric vehicles are carbon-free or really good for the climate,” said David Rapson, an economic professor at University of California, Davis and one of the study authors. “That is only partially true, and it really depends on where you are.” Read original story
The implications of terrorist attacks targeting trains are becoming increasingly extensive. The number of casualties has increased and there has been a fivefold in injuries since the 1970–80s. At the same time, more than half of the attacks are carried out without any injuries or casualties according to a dissertation.
The Environmental Protection Agency’s June 2015 first step toward regulating greenhouse gas emissions from airplanes comes amidst a drumbeat of analysis and criticism about air travel harm to the atmosphere. Flying, critics maintain, trashes the planet and in many instances represents […] The post Evolving climate math of flying vs. driving appeared first on Yale Climate Connections.
Between 1998 and 2013, there was a large increase in bicycle-related injuries and hospital admissions of adults in the United States, with the increase in injuries driven by more injuries among adults older than 45 years of age, according to a study.
A survey shows ‘Bicycles May Use Full Lane’ signs are better at communicating bicyclists’ right to use the roadway.