Category Archives: Canadian regulation

Report Reveals Cost Cutting Measures At Heart Of Lac-Megantic Oil Train Disaster

Repost from Desmogblog
[Editor: See also this nicely-bulleted summary of the TSB Report: Lac-Mégantic derailment: Anatomy of a disaster, by Kim Mackrael, The Globe and Mail.  – RS]

Report Reveals Cost Cutting Measures At Heart Of Lac-Megantic Oil Train Disaster

2014-08-19, by Justin Mikulka

Today the Transportation Safety Board of Canada (TSB) released its final report on the July 6th, 2013 train derailment in Lac-Megantic, Quebec. The report produced a strong reaction from Keith Stewart, Greenpeace Canada’s Climate and Energy Campaign coordinator.

This report is a searing indictment of Transport Canada’s failure to protect the public from a company that they knew was cutting corners on safety despite the fact that it was carrying increasing amounts of hazardous cargo. This lax approach to safety has allowed the unsafe transport of oil by rail to continue to grow even after the Lac Megantic disaster. It is time for the federal government to finally put community safety ahead of oil and rail company profits or we will see more tragedies, Stewart said.”

Throughout the report there is ample evidence to support Stewart’s position and plenty to show why the people of Lac-Megantic want the CEO of Montreal, Maine & Atlantic Railway (MMA), the rail company responsible for the accident, held accountable in place of the engineer and other low level employees currently facing charges.

At the press conference for the release of the report the TSB representatives often noted that they had found 18 factors that contributed to the actual crash and they were not willing to assign blame to anyone, claiming that wasn’t their role.

But several critical factors stand out and they are the result of MMA putting profits ahead of safety and Transport Canada (TC), the Canadian regulators responsible for overseeing rail safety, failing to do its job.

Engine Fire

The issue that set the whole chain of events into motion on July 6th was an engine fire in the unattended locomotive. As usual the engineer had left the train unattended with one locomotive running while shutting off the others. This locomotive supplied power to the air braking system. The locomotive caught on fire, the fire department was called and they put out the fire and shut off the locomotive in the process.

Today’s TSB report notes that the fire was due to an improper repair of a cam bearing. Instead of doing a costly replacement, the cam bearing was repaired with epoxy (polymeric material).  As the report states:

This temporary repair had been performed using a polymeric material, which did not have the strength and durability required for this use.

Braking Failure

Once the locomotive was shut down due to the fire, it could no longer power the air brake system.

As previously reported on DeSmogBlog, this type of system has been described as “19th century technology” by a rail safety expert at the Federal Railroad Administration but as a whole the rail industry has not upgraded to newer technologies because of the costs involved.

Without power to the air braking system, the braking system lost pressure over time and the train began to roll towards Lac-Megantic.

This wouldn’t have been an issue if the proper number of handbrakes had been applied. But the engineer had not applied enough handbrakes because he had not performed the hand brake effectiveness test properly and had left the locomotive air brakes on while conducting the test. The report notes the lack of training and oversight for that particular locomotive engineer (LE).

Furthermore, the LE was never tested on the procedures for performing a hand brake effectiveness test, nor did the company’s Operational Tests and Inspections (OTIS) Program confirm that hand brake effectiveness tests were being conducted correctly.

The report also notes that when MMA employees were tested for safety knowledge, they could take the tests home.

Requalification typically consisted of 1 day to complete the exam, and did not always involve classroom training. On many occasions, employees would take the exam home for completion.

However, in this case, there were not even questions on the test on this critical subject.

They did not have questions on the hand brake effectiveness test, the conditions requiring application of more than the minimum number of hand brakes, nor the stipulation that air brakes cannot be relied upon to prevent an undesired movement.

And they found this had been the situation since before the oil trains starting running.

Since 2009, no employee had been tested on CROR 112(b), which targeted the hand brake effectiveness test. In 2012, U.S. employees had been tested twice on that rule; both tests had resulted in a “Failure”.

Single Operator Risks

The report goes into detail about how MMA came to be operating oil trains with only one crew member. And while ultimately the regulators failed, some did raise flags about this. When MMA initially sought to move to single person train operations (SPTO) from the standard two person crew, it was noted that there were significant issues with their operations.

In July 2009, TC expressed a number of concerns that centred on deficiencies in MMA operations, including lack of consultation with employees in doing risk assessments, problems managing equipment, problems with remote-control operations, issues with rules compliance, issues with fatigue management, and a lack of investment in infrastructure maintenance.

Additionally the report notes that Transport Canada’s Quebec office expressed specific concerns in 2010.

TC Quebec Region reiterated its concern about MMA’s suitability as an SPTO candidate.

And yet despite the concerns and MMA’s poor track record, in 2012 they were allowed to start running single crew trains despite TC Quebec still expressing concern.

In February 2012, TC met with MMA and the RAC. TC advised MMA that TC did not approve SPTO. MMA only needed to comply with all applicable rules and regulations. TC Quebec Region remained concerned about the safety of SPTO on MMA.

Unsurprisingly, the additional training for employees who would be operating trains on their own was almost non-existent. And it was focused on the fact that for safety purposes, engineers were allowed to stop the trains and take naps.

The actual SPTO training for several LEs, including the accident LE, consisted of a short briefing in a manager’s office on the need to report to the RTC every 30 minutes, on the allowance for power naps, and on the need to bring the train to a stop to write clearances.

This report is a clear indictment of a system that allows for corporate profit over public safety. However, what also is clear from today’s press conference and from the regulatory situation in the United States is that nothing of significance has changed regarding the movement of oil by rail in the US and Canada.

A poorly maintained locomotive can still be left running and unattended. There still is no formal regulation on how many hand brakes need to be applied to secure a train.

Single person crews are still allowed and Burlington Northern Santa Fe, the company moving the most oil-by-rail in the U.S., is working to implement this as a practice despite the objections of the employees.

In short, the corporate profit before public safety approach is still standard operating procedure. And the oil trains are expected to return to the tracks through Lac-Megantic within a year.


Train tracks where the ill-fated train was parked. (c) Justin Mikulka.

Image Credit: Transportation Safety Board via flickr.

Rightwing Canadian Thinktank: Bakken crude is safe, consumers will pay for unneeded regulation

Repost from The Waterloo Record, Kitchener, Ontario, Canada [Editor: It is instructive – although distressing – to take note of current talking points of the right-wing Canadian Fraser Institute.  – RS]

Consumers are the losers in rush to regulate oil by rail

Opinion, by Kenneth P. Green

In the wake of the 2013 Lac-Mégantic oil-by-rail disaster, when a train carrying crude oil from North Dakota’s Bakken field exploded in Quebec, some people began to characterize Bakken crude oil as “uniquely flammable,” implying that new rail car standards might be required to move the material.Indeed, the supposed uniquely flammable characteristics of Bakken crude was ultimately cited as a central reason for the recent Department of Transportation proposal to tighten railcar standards in the U.S., which Canada will almost certainly have to match given the integrated nature of the North American rail system.

There’s no question we must carefully consider the safety of how we move oil, whether by pipeline, rail, roadway or barge. But we should make those judgments based on data, not on emotion or hunches. We also need to consider the costs that such decisions might impose on consumers of oil and derivative products and services. And a recent study of Bakken crude commissioned by the North Dakota Petroleum Council reveals that Bakken crude is just regular crude oil that can be safely transported in existing rail cars.

The study sampled Bakken crude at 15 well sites across the Bakken formation, and at seven rail terminals, testing the oil for a broad range of physical characteristics.

To summarize the findings in plain language: Bakken crude is comparable to light sweet crude oil when it comes to its relative weight as compared to water, and it has very low levels of sulphur and corrosive acidic components. The vapour pressure of Bakken oil (a measure of how much outward pressure that Bakken oil would exert on a container such as a rail car) was found to be within a few pounds per square inch of other light sweet crude oils.

The flash point of Bakken oil (that’s the lowest temperature at which the oil could vaporize enough to ignite in air) was found to be below 73 degrees Fahrenheit, similar to other light sweet crudes. The initial boiling point (that’s the temperature at which bubbles form in a heated liquid) was found to be between 95 F and 100 F, which is also in the normal range for light sweet crude oil; and Bakken crude didn’t have unusually high concentrations of very light (and particularly flammable) hydrocarbons (known as “light ends”).

And, contrary to suggestions that there might have been additions to Bakken crude that would make it uniquely flammable, the study found no evidence that Bakken crude was “spiked” with more flammable natural gas liquids prior to being shipped by rail.

Finally, the report notes that: “… Bakken crude oil meets all specifications for transport using existing DOT-111 tank cars.” This conclusion is consistent with the recent American Fuel & Petrochemical Manufacturers Bakken Report, which stated: “Bakken crude oil does not pose risks significantly different from other crude oils or other flammable liquids authorized for rail transport. While Bakken and other crude oils have been classified as flammable liquids, the report noted Bakken crude poses a lower risk than other flammable liquids authorized for transport by rail in the same specification tank cars.”

The “uniquely flammable” narrative has driven the ongoing process to develop new rail-safety regulations, and new standards have been proposed in the U.S.

Retrofitting existing rail cars to meet the new standards is estimated to cost between $30,000 US and $40,000 US, and industry estimates suggest there are about 78,000 cars that need to be retrofit, at a total cost of $2.3 billion US to $3.1 billion US. Complying with the new regulations will increase costs of oil transport and, thus, the cost of oil, gasoline, derivative products and services provided through the use of those products for everyday consumers. It will also slow the trend of the shift to rail, at least in the short term, until retrofits can be worked through the system.

Some have suggested that the new standards might engender savings through reduced insurance rates, though this seems unlikely. In the wake of the Lac-Mégantic derailment, the United States Pipeline and Hazardous Materials Safety Administration effectively concluded that current insurance coverage levels were not simply low, they were drastically too low to cover potential costs of an accident. If anything, there will be still higher insurance rates issued to cover the more expensive cars, further reducing the economic viability of moving large quantities of oil by rail.

Adding to the complexity, there may not be sufficient resources in the rail-insurance sector to step up to the plate and offer more comprehensive coverage.

We may or may not be safer as a result of the proposed tank-car regulations, but it may be that the “uniquely flammable” narrative of Bakken crude has led us to focus on the wrong problem by tackling the material aspect of things before we’ve tackled the insurance side of the equation. Most likely, an integrated process tying both factors together would have yielded a superior outcome.

Kenneth P. Green is the senior director of natural resource studies at the Fraser Institute, an independent, right-of-centre think-tank.

Canada may require new electronically controlled brakes (and other measures) for oil trains … by 2020

Repost from the Globe and Mail, Ottawa, Canada
[Editor: Significant quote: “Electronically controlled air brakes are favoured by some rail-safety advocates because they allow an engineer to apply the brakes on all of a train’s cars at the same time – regardless of how close they are to the locomotive.  In contrast, traditional air brakes rely on a signal that begins from the locomotive and moves car by car toward the back of the train. On longer unit trains such as those typically used to haul crude oil, rail cars near the back of the train won’t receive the signal as quickly, increasing the risk of a derailment when the brakes are applied suddenly.”  – RS]

Putting the brakes on train derailment

By Kim Mackrael, Aug. 15 2014

The federal government is mulling a plan to require new electronically controlled air brakes for rail cars that haul dangerous goods such as crude oil and ethanol after a series of explosive oil-train derailments in Canada and the United States.

A consultation document sent to the railway transportation industry last month laid out Transport Canada’s proposal for a new class of tank car, including the new air brake system and full head shields to prevent punctures. Older-model DOT-111 tank cars have been heavily criticized as prone to puncture and corrosion.

Electronically controlled air brakes are favoured by some rail-safety advocates because they allow an engineer to apply the brakes on all of a train’s cars at the same time – regardless of how close they are to the locomotive.

In contrast, traditional air brakes rely on a signal that begins from the locomotive and moves car by car toward the back of the train. On longer unit trains such as those typically used to haul crude oil, rail cars near the back of the train won’t receive the signal as quickly, increasing the risk of a derailment when the brakes are applied suddenly.

Don Ross, who led the Transportation Safety Board’s investigation into last year’s rail disaster in Lac-Mégantic, Que., said the agency generally supports the use of the electronically controlled brakes because they can improve rail safety, particularly on longer trains. “It’s encouraging, now, that they’ve got out for discussion a very good standard,” Mr. Ross said in a recent interview.

“We would be very happy to see the industry adopt that.”

Transport Minister Lisa Raitt told The Globe and Mail on Friday that she had already begun consultations on the matter, but has so far heard that the industry does not believe electronically controlled air brakes are necessary. “The ones that I’ve been speaking to say it’s too difficult to implement in the North American market,” Ms. Raitt said, adding, “That’s the consultation so far, but we’re still gathering information right now.”

One concern with electronically controlled brakes is that the system would need to be installed on all of a train’s cars for it to function properly, a factor that would limit railways’ flexibility in assembling longer or mixed trains.

In addition to the new air brake system, the proposed new standard includes full head shields to prevent puncture, improved top-fitting protection for the pressure release valve, mandatory thermal jackets to prevent overheating, and new standards for bottom outlet valves to prevent leaks during an accident.

The standard goes beyond requirements announced in April for a three-year phaseout or retrofit of pre-2011 tank cars used to haul crude oil. Those rules included half-head shields, top-fitting protection and thicker steel.

The new proposal would give industry until May, 2020, to start using the next-generation cars to move the most dangerous flammable liquids, classified as Packing Group 1. New or retrofitted cars would be required for moderately dangerous flammable liquids by May, 2022, and for all flammable liquids by May, 2025.

A spokesperson for Canadian Pacific said on Friday that the company is evaluating Transport Canada’s proposal, but did not comment on any specific aspect of the proposed change. Canadian National said it is reviewing the proposal and would provide comments to the regulator as part of the consultation process.

Last month, U.S. regulators issued three possible requirements for next-generation DOT-111 tank cars.

The toughest standards proposed by the U.S. are similar to the Transport Canada proposal and include electronically controlled air brakes.

The Dangers of Crude Oil By Rail in California and the Nation: Official Evasions and Possible Solutions

Reposted from an email sent by the author, Dr. Paul W. Rea, PhD.  This article has also appeared in The Daily Censored.
[Editor – Highly recommended.  This is a comprehensive summary on the issues surrounding crude by rail to date.  – RS]

CAN’T YOU HEAR THE WHISTLE BLOWIN’?

The Dangers of Crude Oil By Rail in California and the Nation: Official Evasions and Possible Solutions

By Paul W. Rea, PhD

“Our regulators have got to figure out whether they’re working in the interest of the American people or the oil industry.”

—Tom Weisner, mayor of Aurora, Illinois who shudders when he hears trains hauling crude oil through his Chicago-area town.

Just a year ago, 63 tank cars exploded and a firestorm engulfed Lac Mégantic, Quebec. In the middle of the night, highly volatile crude oil exploded into boiling balls of fire. With a radius of one kilometer, the blast and firestorm incinerated much of the town.

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The remains of many among the 47 victims were never found. Today residues from crude oil and heavy metals have rendered areas Lac Mégantic uninhabitable.

Media Silence about Oil Trains

Mile-long freight trains are hardly quiet, but somehow a drastic increase in oil trains has, until very recently, gone largely unheard. Beyond a lack of media attention, the incremental, rather than sudden, increases in oil-train traffic have made them harder to notice. While some of us have been fighting the Keystone XL pipeline, we may not have noticed the surge coming down the track on a mega-pipeline on rails. In 2008, American railroads were running 9,000 tank cars; today the number has soared to 434,000 (https://www.aar.org/keyissues/Documents/Background-Papers/Crude%20oil%20by%20rail.pdf).

Few Americans are aware that, nationally, transport of crude oil by train has jumped 45-fold between 2008 and 2013, according to a recent Congressional Research Service report(http://time.com/2970282/a-year-after-a-deadly-disaster-fears-grow-about-the-danger-of-crude-oil-shipped-by-rail/).

Nor are many Californians aware that, since 2007, their state has experienced a surge in crude-oil trains of 400%; and in 2013, the trains shot up at the highest rate yet. The number will likely spike still higher this year and next. These sharp increases mean that railroads and refineries are both expanding, subjecting the public to additional risks. In 2011, a fire at the Chevron refinery in Richmond, California belched out a huge cloud of toxic black smoke, sending 15,000 residents to the hospital (http://www.sfgate.com/bayarea/article/Chevron-refinery-fire-a-close-call-3802470.php).

Even if no accident occurs, public health consequences follow the transport fossil fuels. These include increased air pollution (soot and particulate matter from diesel smoke and coal dust, toxic fumes from refineries). These pollutants affect public health—especially among lower-income people who cannot afford to live very far from railroads and refineries.

Fire Bombs on Rails

Increasingly, accidents are occurring. Twelve derailments have occurred in the past year—one a month.

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Some have sparked huge explosions and fires, such as one that happened in Casselton, N.D. in December of 2013. First note the size of the towering fireball relative to the rail cars below; then imagine the conflagration that would have occurred if all of them had been tankers full of Bakken crude.

So it’s not a matter of if, but of when, where, and just how disastrous the debacles will be. Diane Bailey, Senior Scientist for the National Resources Defense Council (NRDC), warns that given the archaic regulations, high speeds, and aging infrastructure, accidents are just waiting to happen; “so far we’ve been lucky.”

While these trains commonly pull 100 tank cars and run a mile long, they can include 150 cars and run a mile and a half long (http://earthjustice.org/news/press/2014/community-leaders-advocates-call-on-secretary-of-transportation-to-ban-use-of-hazardous-rail-cars?utm_source=crm&utm_content=button). And these trains often carry highly flammable crude of the sort that caught fire in Lac Mégantic. Here in California, oil-train accidents have jumped from 3 in 2011 to 25 in 2013, even outpacing the steep increases in the number of trains. Nationally, train wrecks have increased 14 fold in the past five years, at an even faster rate than the increase in rail traffic (NPR “Weekend Edition” 7.6.14). The fact that mile-long trains carry nothing but crude oil increases the chances that if there is a derailment, a huge amount of liquid fuel suddenly becomes available, often feeding a chain conflagration

Nationally as well as locally, government officials have called for better preparation of first responders to fight crude-oil fires. This is hardy the solution to the problem, which surely lies with prevention. Fire Chief Greg Cleveland of La Crosse, Wisconsin indicates that despite upgrades, his firefighters have neither the advanced training nor the specialized equipment to lay foam on boiling balls of fire (NPR “Weekend Edition” 7.6.14). Moreover, they may not be able to reach a wrecked train quickly, if at all. Tragic experience with intensely hot forest fires surely suggests the inability of first responders to control huge fireballs pouring out toxic smoke.

Reacting to a rash of train wrecks—particularly to a derailment, a fire, and an oil spill into the James River in May 2014—the U.S. Department of Transportation (DOT) issued a safety alert citing an “immanent hazard” to the public. This emergency order requires that shippers indicate to state and local officials the number of trains each week, their specific routes, and the contents of the tank cars. It also requires railroads to inform state emergency commissions about any large (one million gallons or more) shipments of oil.

Railroads have long resisted such calls from local officials and first responders to know the amount and contents of the cars; the Association of American Railroads said only that rail companies would “do all they can to comply with the DOT’s emergency order.” Not surprisingly, the railroads have done little to comply:

County Commissioner Caren Ray from San Luis Obispo complains that she has repeatedly requested information on arriving trains but does not receive it (http://www.energy.ca.gov/2014_energypolicy).

Defective Tank Cars

For many years the standard tank cars, known to the industry as DOT 111s,have proved prone to rupture when overloaded or involved in a wreck. Two thirds of the tank cars still in use today are older models that safety experts have found vulnerable to puncture. Nevertheless, the railroads still use them to transport increasing flammable “extreme” crude oil.

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In Canada, the 111s built before 2011 are supposed to be phased out by 2017; in the US, however, the DOT is talking about a phase out but has set no date for taking “legacy cars” off the rails. Catering to the carriers and the owners, it has merely called for shippers to use the safest cars in their fleets and for outmoded cars to be replaced “to the extent reasonably practicable.” These recommendations are pathetically weak. They guarantee that the most flammable crude will be carried in the most dangerous tank cars (http://www.nytimes.com/2014/05/08/business/us-orders-railroads-to-disclose-oil-shipments.html?_r=0).

And are the newer models significantly safer? The Canadian Transportation Safety Board found that the post-2011 design, though an improvement, is still not safe enough for the transport of hazardous liquids like crude oil. Except for a few reinforced areas, the steel is still only a half inch thick.

One might suspect that federal regulators are “asleep at the switch,” but their own statements suggest something even more unsettling: Peter Geolz, former managing director at the National Transportation Safety Board (NTSB), the agency that investigates crashes, has remarked that the agency may be reluctant to phase out the older DOT-111s out of fear of slowing the U.S. energy boom (http://topics.bloomberg.com/national-transportation-safety-board). In other words, the feds figured “we wouldn’t want to over-regulate railroads; that might slow the biggest oil bonanza in history.”

California Regulators Also “Recommend” Action

While federal agencies largely control railroad traffic, clearly state government has an obligation to protect both the citizens of California and the state’s environment. Not until last winter did Gov. Jerry Brown finally convene an Interagency Rail Safety Working Group to deal with the oil-train juggernaut.

But rather than asking how much oil trains can haul without posing unacceptable risks to health and safety—and then finding ways to limit their length and number—the Working Group simply recommended safety measures for trains and sought to improve emergency responses. The Group’s report, “Oil by Rail Safety in California,” made many recommendations for improved safety procedures but mandated few changes in regulations (http://www.sfgate.com/file/830/830-SCAN6267.PDF).

Even if implemented, small measures such as more frequent track inspections only chip away at the monolith; they do not begin to deal with the big problems stemming from the great length, unprecedented number, and highly flammable contents of today’s crude-oil trains.

At best, these overdue safety recommendations seem utterly inadequate to handle current risks, let alone those involved with still more oil trains that are increasingly, as never before, running through populated areas.

On their way to Bay Area terminals, oil trains run right through cities such as Sacramento, where they endanger the 250,000 residents living near the tracks. How could this degree of risk escape the attention of the state legislators and regulators who work in downtown Sacramento? By the summer of 2014, the residents of Sacramento, Davis, Roseville, Pittsburg, and Benicia were becoming increasingly fearful of ever-more-frequent oil trains. Protests erupted in Sacramento and elsewhere along the line (http://www.sacbee.com/2014/07/08/6541363/crude-oil-train-protests-planned.html).

Oil Trains To Rumble Down East Bay Urban Corridor

Railroads and refineries are now planning to run crude oil trains along the highly urbanized east side of San Francisco Bay. A proposed upgrade to the Phillips 66 refinery in Santa Maria, California (outside San Luis Obispo) would allow it to “crack” more Bakken crude arriving from North Dakota on trains passing through Richmond, Berkeley, Oakland, Hayward, Fremont, and San Jose. The Oakland City Council passed a resolution opposing any additional trains running through that densely populated city (http://www.reuters.com/article/2014/06/18/us-usa-crude-rail-oakland-idUSKBN0ET34620140618).

The Working Group’s Toothless Guidelines

Since the Rail Safety Working Group made recommendations, not regulations, it didn’t take the panel long to publish a report and hold a workshop. Both were intended to reassure the Californians (especially those living along the East Bay rail corridor) that state and local governments are preparing for the increased threats posed by the previous year’s spike in oil trains. The prevention of accidents received much less attention.

Held in Berkeley on June 22nd, a day-long California Energy Commission’s (CEC) Workshop was led by top state officials: Energy Commissioner Janea A. Scott, Chair Robert Weisenmiller, and Public Utilities Commission President Michael R. Peevey. Since this event required a full day from highly paid administrators, it cost taxpayers lots of money.

The Workshop was highly instructive not only about the dangers posed by oil trains but also about the attitudes of state and local officials toward them. The subscript was, “even though we’re not fully ready for accidents, we expect still more of these trains.” Moreover, presenters tended to assume that accidents were the only threat. Although arson, sabotage, terrorism, and especially earthquakes are always potential threats to infrastructure, officials made almost no mention of them.

Workshop Promotes Emergency Responses, Not Prevention of Emergencies  

Throughout the day, mounting dangers to public health and safety—not to mention to the environment—were repeatedly underestimated. Speakers typically welcomed the energy boom and found few problems with the vast increase in oil trains since 2007.

Discussion did not include possible scenarios such as that of an overloaded oil train derailing on an old trestle and starting a forest fire far from first responders or polluting highly sensitive waterways. The state’s worst “high-hazard areas” are both along tracks traversing the Sierras (http://www.energy.ca.gov/2014_energypolicy).

Yet with increasing frequency, oil trains are traversing antiquated iron bridges such as the 1000-foot Clio Trestle spanning the Feather River Canyon. That one was built in 1909, 105 years ago.

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Imagine a mile-long train of substandard tank cars groaning and clanking across an antique trestle over a river that provides a significant percentage of the drinking water needed by a drought-ridden state.

No Big Picture Is Presented

The CEC Workshop was much about normalizing the abnormal, about making mile-long trains carrying highly flammable crude seem not just acceptable, but even inevitable.

Rather than admit that the country is now awash in an oversupply of oil, both government and industry speakers left the impression that the crude coming into California would serve the needs of its residents and the region. Tom Umenhofer, Senior Environmental Advisor to the Western States Petroleum Association, asked the audience to believe that “crude by rail [is] needed to supply the Western US” (http://www.energy.ca.gov/2014_energypolicy).

Speakers failed to mention that the petroleum industry targeted these refineries because they are situated near deep-water ports—and that, once refined, much of the increasingly low-grade crude is already being exported to Japan, China, and India. The Chevron refinery in Richmond, the second largest in the state, is pushing to expand its capacity—but not for the production of California-grade gasoline, the demand for which has declined in recent years (San Francisco Chronicle 7.12.14).

America As a Colony, California as a Sacrifice Area

The stark reality is this: the oil industry is exposing the American people to health and safety hazards so it can profit by refining an oversupply of dirty crude for export. In an ironic reversal, the fossil fuel boom is making the USA into a colonial country, one that suffers the depletion of its resources and the degradation of its environment so it can export its fossil fuels. But “colonial” isn’t the right term, really; the country is not getting subdued or exploited by a colonial power—but by its own corporate giants and their lackeys in government. Ditto for Canada, which is supplying most of the crude coming to California. Odd as it sounds, both countries are plundering themselves and fueling climate chaos.

In doing so, they’re demanding that California bear the risks as they turn key coastal areas into a sacrifice zones. While most of the crude is just passing through on its way to Asia, for those who live along the way there’s no “just” about it.

Listening to state and corporate officials, one does not hear about the larger problems faced by the industry: fracking and acidification technologies have enabled it to tap the vast reserves of the Bakken Shale in North Dakota and the tar sands in Alberta, but with nowhere nearly enough pipelines to carry all this crude. Resistance to pipelines in Canada has put additional pressure on the only other alternative carrier, railroads.

Tank-car trains haul the oil to refineries, which are usually located near seaports; but the industry has encountered resistance to its search for additional ports up and down the West Coast through which it can export gas and oil. Climate change activist Bill McKibbon sees grassroots resistance as part of a global movement to halt the overconsumption of fossil fuels (http://www.rollingstone.com/politics/news/the-fossil-fuel-resistance-20130411).

At least the Canadians, who are ravaging their north country to extract heavy crude from the tar sands, are up front about why they’re doing this: the conservative government led by Steven Harper and the corporations involved both want the profits from exports.

The Governor, the Legislature,and Big Money

The accepting, often endorsing tone of officialdom at the CEC Workshop fits with the Brown’s administration’s stance on energy production. Much as it has supported fracking, the technology making possible the glut of crude, the administration has also avoided policies that could restrict incoming tanker trains, slow “the energy boom,” or otherwise reduce exports and corporate profits. Only recently—and surely belatedly—did the administration clamp down on the injection of fracking waste into the state’s aquifers (http://www.commondreams.org/headline/2014/07/19).

As we all know, it pays to “follow the money.” In 2012, Jerry Brown received $5,000,000 from Occidental Petroleum to help fund a favored referendum campaign. Brown has consistently supported hydraulic fracking, calling it “a fabulous opportunity,” one he had to balance against climate protection (Mark Hertsgaard, “How Green Is Brown?” The Nation July 7/14, 2014).

Sacramento is awash in both money and industry lobbyists pushing for more fossil fuels and less alternative energy. ALEC, the American Legislative Exchange Council, remains a major player, just as it is in other statehouses and governor’s mansions. Bankrolled by Koch Industries, Exxon, and Philip Morris, ALEC led successful attacks on clean energy in Ohio and Oklahoma—and now they’re promoting fossil fuels in other states, notably California (http://www.energyandpolicy.org/alec_s_attack_on_clean_energy).

It’s indisputable that Brown and other prominent Democrats are influenced by the vast profits made by fracking oil, shipping and refining it, and then exporting a significant amount from California’s ports, including Richmond and Long Beach. It’s also important to factor in that enviable wages are earned during an energy boom, and that labor unions also make large contributions to Democratic candidates.

Actions State Agencies Should Take

Even if the governor and the statehouse are compromised and unwilling to act, state agencies can get tough. They can require that any new rail-related projects—and there are many just in California—do not go forward until regulations are significantly strengthened, speed limits are lowered, upgrades are made to existing infrastructure, and dangerous tank cars are no longer used in California.

That said, Sacramento cannot solve all the problems; it’s the feds—the DOT and the NTSB—who hold most of the power to regulate railroads and apply the brakes on runaway trains. Getting them to serve the public may be difficult, however, as recent disclosures about the Canadian government reveal. Internal government memos show how the government of Prime Minister Harper is so fixated on getting oil to market cheaply that it has ignored safety warnings from its own experts. The Canadian feds are relying on risky trains since pipelines involve a public review process like the one that has stalled the Keystone XL project (http://www.greenpeace.org/canada/en/Blog/lac-megantic-one-year-later-what-has-been-don/blog/49833).

Though activists need to keep up the pressure on the feds, the public can’t wait for them to act; in the short term, both activists and regular citizens need to work with state officials, who are apt to be more responsive to sufficient public pressure. The precedent-setting victories of the “national fracking revolt” that surged up in the first half of 2014 provide a heartening example of how grassroots pressure can get results (http://earthjustice.org/blog/2014-july/small-town-fracking-victory-makes-waves-across-the-country?utm_source=crm&utm_content=button).

Challenging the Grand Illusions

State and federal officials in both countries tend to assume that environmental damage can somehow be mitigated or remediated. Both seem to forget the catastrophic oil spills that occurred in Prince William Sound, Alaska in 1989 and the Kalamazoo River in 2010. Yet how could they forget Deepwater Horizon, the BP spill in the Gulf of Mexico that surely challenged conventional ideas about restoring damaged ecosystems? Once large amounts of oil are released, it’s too late for remediation. Today, four years later, any Gulf shrimper can tell you that.

It’s high time to challenge the illusion of endless economic growth on a finite planet. Underlying the policies governing oil trains are the world’s addiction to fossil fuels and the denial, by government and industry alike, that this dependency can continue without destroying the ecosystems that support all life. The obsession with corporate profits is costing us far too much, and the costs can only rise.

At a time when the urgency for climate action is ascendant, when burning fossil fuels clearly exacerbates the earth’s problems, surely it’s irresponsible to focus on the most profitable methods to extract and transport gas and oil. With the survival of so many species now in question, wouldn’t it make sense to leave more oil in the ground and keep it off the rails?

Rather than accepting reality, gradually kicking the habit, and converting to more benign and sustainable energy sources, officials tend to grasp at short-term technological fixes to problems whose solution will require tough choices, clearer perception, and more enlightened values—including a reverence for life.

 Paul W. Rea, PhD, is a researcher, author and activist in Newark, California.

For Further Reading

http://us.wow.com/search?q=human+causes+of+global+warming+articles&s_chn=25&s_pt=aolsem&v_t=aolsem&s_cs=-2823176844128393677&s_it=rhr1_relsearch

http://us.wow.com/search?q=human+causes+of+global+warming+articles&s_chn=25&s_pt=aolsem&v_t=aolsem&s_cs=-2823176844128393677&s_it=rhr1_relsearch

http://www.foodandwaterwatch.org/water/fracking/fracking-action-center/

http://www.nrdc.org/

http://www.earthjustice.org/

—For updates on the Alberta Tar Sands: http://www.forestethics.org/

—For the routes of oil trains: http://www.blast-zone.org/

—Juhasz, Antonia. The Tyranny of Oil: the World’s Most Powerful Industry and What We Must Do To Stop It New York: HarperCollins 2008.