Category Archives: Bakken Crude

East Bay projects are redefining refineries

Repost from The Contra Costa Times
[Editor: a shorter version of this article appeared in The Vallejo Times-Herald with byline Robert Rogers.  This seems to be a re-write by Tom Lochner and Rogers.  Interesting to see analysis of all five refineries in the Bay Area, labeled the “Contra Costa-Solano refinery belt, California’s largest.”  Good quotes from our colleagues Tom Griffith and Antonia Juhasz.   – RS]

East Bay’s oil refineries look to the future

Upgrades: Projects to allow flexibility to respond to changing energymarkets, but environmentalists raise concerns
By Tom Lochner and Robert Rogers, September 24, 2014

chevronThe East Bay’s first oil refinery opened in 1896 near the site of Porkopolis-of-the West, a defunct stockyard and slaughterhouse in the town of Rodeo. In the ensuing decades, four more East Bay refineries joined it, defining the region and powering its growth like no other industry.

A century later, the Contra Costa-Solano refinery belt, California’s largest, continues to cast an enormous shadow over surrounding cities, influencing their politics, their economies, even their aesthetics. And at a time when fossil fuel seems like yesterday’s energy source, the Bay Area’s five refineries have all embarked on ambitious projects to transform the way they do business — and ensure their economic viability in a rapidly changing global energy market for decades to come.

These projects, if seen to completion, will diversify the refineries’ operations by allowing them to process both dirtier, heavier oil and cleaner, lighter crude. Two refineries are looking to build their future, at least in part, on crude-by-rail operations, expanding available sources of petroleum while intensifying a controversy over whether that transportation method endangers East Bay communities.

All told, the upgrades will generate a collective investment in the East Bay of more than $2 billion, while adding hundreds of construction jobs. And once they are completed, proponents say, the projects should result in a substantial combined cut to greenhouse gas emissions, even though many environmentalists remain unsatisfied.

“While some of these local refinery projects promise to reduce greenhouse gasses, or pollution in general, that’s not nearly enough,” Tom Griffith, co-founder of Martinez Environmental Group, said in a recent email. “And it’s arguable given the cumulative costs.”

Catherine Reheis-Boyd, president of the Western States Petroleum Association, said oil companies are looking to increase efficiency through these refinery projects while meeting the state’s stricter environmental requirements — not an easy balancing act.

“They want to continue to supply California. And they want to contribute to the economy of the state,” she said. “What’s different right now is, a lot of the policies being contemplated in California, either at the state level or locally, are making it more difficult to achieve that. The biggest thing is, how do you balance our energy policy with our climate change policies?”

Even without the new projects, the five East Bay refineries are a critical part of the local economy.

In 2012, Chevron, Tesoro, Shell, Phillips 66 and Valero processed a total of about 800,000 barrels a day of crude oil, providing more than 7,500 direct jobs, according to industry sources. The oil and gas industry as a whole in the Bay Area generated $4.3 billion that year in state and local taxes, plus another $3.8 billion in federal taxes, according to an April 2014 Los Angeles County Economic Development Corporation study commissioned by the Western States Petroleum Association.

The biggest project underway is at Chevron, a $1 billion investment to upgrade parts of its century-old 2,900-acre Richmond refinery allowing it to refine dirtier blends of crude with no increase in greenhouse gas emissions, according to the project application.

Tesoro’s Golden Eagle refinery, near Martinez, has spent nearly as much on upgrades since 2008, and other projects are underway at Shell in Martinez, Phillips 66 in Rodeo and Valero in Benicia.

ENVIRONMENTAL CONCERNS

While these sweeping investments offer the promise of new jobs and cleaner, more efficient operations, many environmentalists complain that they don’t go far enough to curb emissions of greenhouse gases that contribute to global warming by trapping heat in the lower atmosphere, and sulfur dioxide and other pollutants that can cause serious health problems in people in surrounding communities.

And others warn that the improvements will smooth the path for highly flammable crude oil from North America’s Bakken shale region to the East Bay on railroad lines, raising the specter of spectacular explosions from train derailments, as happened last summer in Lac-Mégantic, Quebec, where 47 people died. Those fears have dominated debate over a proposed rail terminal at Benicia’s Valero refinery.

A growing number of detractors clamor for America to cast off the yoke of fossil-fuel dependency altogether and concentrate on efforts to develop cleaner, renewable energy.

“The missed opportunity here is for the oil companies to refocus their sights on the future of renewable energy,” Griffith said.

That aim, albeit more gradual, is the policy of the state under Assembly Bill 32, the California Global Warming Solutions Act of 2006. The legislation calls not only for reducing greenhouse gas emissions but also for reducing the state’s dependency on petroleum.

The refineries take that as a challenge but not a death warrant.

“The industry clearly thinks these refineries are here to stay and wants them to adjust to the changes of the makeup of the world’s oil supply, which is dirtier, more dangerous oil,” said Antonia Juhasz, an oil and energy analyst and author of the book “The Tyranny of Oil.”

Juhasz cited Canadian tar sands oil as the prime example of dirtier crude, and pointed to oil from the Bakken shale formation, mostly in North Dakota, as the prime example of the more dangerous variety.

Scott Anderson, a San Francisco-based senior vice president and chief economist for Bank of the West, agrees that the increases in renewable energy sources pose no threat to the future of oil refineries locally. In fact, he says, increasing global demand for refined oil products makes refineries like those in Contra Costa and Solano counties an “emerging growth industry for the U.S.”

“Demand is going to continue to increase, and there haven’t been any new refineries built in the U.S. in decades. So what we’re left with is these projects in existing refineries designed to improve efficiency and flexibility,” he said.

Here is a look at the major projects underway:

• At Tesoro’s Golden Eagle refinery, one of the biggest shifts has been bringing in up to 10,000 barrels per day of Bakken crude, which company officials say is critical to replace other sources of petroleum.

“Our challenge going forward is, as California and Alaskan crudes decline, to find replacements that keep the refinery a viable business,” General Manager Stephen Hansen said.

“One of those crudes is in the midcontinent, and the only way to get it here is by rail,” he added, noting that the refinery receives crude from ship, pipeline and truck after offloading it from rail cars in Richmond.

The refinery’s nearly $1 billion in capital upgrades since 2008 have focused not on increasing capacity but on using a wider variety of crude blends and processing them more efficiently, cleanly and safely. A $600 million replacement of the refinery’s coker, for example, has reduced annual carbon dioxide emissions by at least 400,000 tons, according to refinery officials.

• Shell’s Martinez refinery is seeking to shift some of its refining capacity toward lighter crudes, which it says will allow it to trim greenhouse gas emissions. In phases over several years starting in 2015, the refinery would build processing equipment and permanently shut down one of two coker units, resulting in a reduction in greenhouse gas emissions by 700,000 tons per year.

Shell spokesman Steve Lesher said the project involves replacing equipment, not expanding the facility beyond its 160,000 barrels per day. He also said the refinery currently processes heavier oil from the San Joaquin Valley but will be bringing in oil from other, as-yet-unidentified sources.

• Phillips 66 in Rodeo, the region’s oldest refinery, hopes to start recovering and selling the propane and butane that are a byproduct of its refining process, rather than burning them off in a highly polluting process called flaring or using them as fuel in refinery boilers.

The project would add new infrastructure, including a large steam boiler, propane and butane recovery equipment, six propane storage vessels and treatment facilities and two new rail spurs.

Phillips 66 has said the project, which was approved by the county Planning Commission in November, would reduce emissions of sulfur dioxide by removing sulfur compounds from refinery fuel gas, and reduce other pollutants and greenhouses gases, but those assertions have been questioned by environmentalists and the Bay Area Air Quality Management District, which wants further evaluation before signing off.

Two groups have filed an appeal to overturn the Planning Commission’s approval, and in what might be a first for the region, the air district is requiring that the project’s emissions and possible health effects must be considered cumulatively with other refinery-related projects in the Bay Area.

• Chevron’s plan, which received City Council approval in July after months of intense public debate, is touted as an important upgrade in an increasingly competitive global petrofuels market. While other refineries are gearing up to exploit the North American oil boom, Chevron will continue to get the bulk of its oil from the Persian Gulf and Alaska.

But the new modernization plan approved in July would allow the refinery to process crude oil blends and gas oils with higher sulfur content, which refinery officials say is critical to producing competitive-priced transportation fuels and lubricating oils in the coming decades.

In addition, it would replace the refinery’s existing hydrogen-production facilities, built in the 1960s, with a modern plant that is more energy-efficient and yields higher-purity hydrogen, and has the capacity to produce more of it.

• Valero Refining wants to build a $55 million crude-by-rail unloading facility at its Benicia refinery that could handle daily shipments of up to 70,000 barrels of oil transported in two 50-car trains daily from sources throughout North America. That plan has drawn sharp criticism from locals and leaders in Sacramento concerned about the hazards of increased rail shipments.

The project would not increase capacity at the refinery but replace crudes that are currently delivered by ship. Nor would it increase emissions from refinery operations, according to a project description on the city of Benicia’s website. The document also cites an air quality analysis indicating that rail cars generate fewer emissions locally than marine vessels.

The latest projects, while still drawing criticism, have turned some critics into allies. Henry Clark of the West County Toxics Coalition, who played a leading role in getting millions of dollars in settlements for North Richmond residents stemming from a chemical spill linked to the Chevron refinery in the early 1990s, has come out in support of the Chevron modernization.

“After all the negotiation and community input, we have a better project than we ever expected,” Clark said. “Fenceline communities like North Richmond are going to be next to a safer, cleaner facility and get to share in millions in community benefits.”

Diane Bailey: Valero’s Promise to Benicia: We’ll only have an environmental disaster once every 111 years

Repost rom NRDC Switchboard, Diane Bailey’s Blog

September 17, 2014

Valero’s Promise to Benicia: We’ll only have an environmental disaster once every 111 years.

Diane Bailey

Actually, that’s kind of worrisome, especially considering that if you don’t experience that disaster yourself, your kids probably will.  This is one of the many absurd elements showing Valero’s cavalier attitude toward public safety in the draft Environmental Impact Report (EIR) for its proposed crude by rail project, for which public comments were due this week.  The hazard analysis in this report is also a serious underestimate, according to the State among many others: The California Public Utilities Commission notes the serious failure of Valero to address the “potential for tragic consequences of crude oil tank car ruptures” from its proposed Crude by Rail Project.

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Valero’s Promise to Benicia: We’ll only have an environmental disaster once every 111 years

This dangerous crude project is so riddled with problems that many communities up-rail are now voicing serious concern.  The City of Sacramento highlights the high concentration of people around the rail freight lines (“more than 147,000 City residents live within ½ mile”) serving the “Valero Benicia refinery [which] is one of two California refineries that are in the process of securing permits to build rail terminals to import Canadian tar sands and Bakken crude oils.” (emphasis added)  And the City of Davis suggests that the “highest levels of protection [be implemented] before disasters such as hazardous material releases and explosions occur [so that] we can avoid having such disasters in the first place.”

Benicians for a Safe and Healthy Community explain why the project is fatally flawed with 132 pages of concerns.  Valero’s crude by rail proposal is like so many other projects popping up all over the nation in a mad rush to access cheaper, extreme and dangerous crude oils, with little regard for public health or safety.  This project is a total disaster (based on NRDC, CBE and other comments) because it brings:

  • More Refinery Pollution: Bringing in extreme crudes like tar sands and fracked Bakken crude will only increase refinery pollution.  Valero’s Benicia refinery already releases 70 percent more toxic chemicals than the average for California.
  • Toxic Plumes Along Rail Lines: This thing called “crude shrinkage” happens during transport, where entrained gases escape, leading to a 0.5 to 3 percent loss of crude oil.  It’s a big problem for volatile crude oils like Bakken, and coupled with the high benzene levels found in some North American crudes (up to 7%), it creates a serious toxic plume around rail lines.  For instance, we estimate over 100 pounds per day of excess benzene emissions from the Valero proposal in the Bay Area (or 1800 times more than the draft EIR reports).
  • Extreme Crudes are Dangerous: Valero and other oil companies pretend that they can mix extreme crudes like tar sands and fracked Bakken into the ideal “Alaskan North Slope look-alike” crude, which sounds great, except that it doesn’t work that way in reality.  Both Bakken and tar sands carry their dangerous properties into any crude oil blend making it more volatile, toxic, and corrosive.
  • CBR Terminals at Refineries Amplify the Hazard: Valero proposes to site its crude by rail unloading facility within 150 feet of a number of very large refinery tanks that store highly flammable and potentially explosive material.  If a derailment occurred at the terminal, it could set off a chain reaction of fire and explosions at the refinery.  And there have been three derailments in Benicia outside the Valero refinery in the past year; luckily those trains were carrying petroleum coke, not crude oil.
  • Risk of Catastrophic Accidents All Along the Rail Route:  Valero’s “Barkan report” that estimates a release only every 111 years from the proposed 100 daily tank cars carrying crude is absurd for many reasons.  Most egregious is that it fails to consider recent data, like the six major crude oil train accidents over the past year that have resulted in massive fireballs and destruction, including 47 casualties in Lac Mégantic. The safety risks to tens of thousands of people living around these freight rail lines remains grave.

The oil industry has been promoting “look-alike” crudes that attempt to mimic conventional crude by blending extreme bottom of the barrel crudes.  The mile-long trains laden with these extreme crudes are a Trojan horse that puts millions of Californians at risk and threatens to undo several decades of environmental progress.  We need a moratorium on all new crude by rail projects, including Valero-Benicia, until the state can assess the cumulative impacts of these projects, make sure environmental impacts are fully mitigated and assure communities that they will be safe.

Dangerous Oil-by-Rail Is Here, but Railroad Bridge Inspectors Are Not

Repost from ALLGOV.com

Dangerous Oil-by-Rail Is Here, but Railroad Bridge Inspectors Are Not

By Ken Broder, September 18, 2014

The California Public Utilities Commission (CPUC) estimates there are about 5,000 railroad bridges in California, but doesn’t really know for sure. They are privately owned and inspected and were off the public radar until oil companies started shipping dangerous crude by rail to California refineries in increasingly large quantities.

Governments are not ready to have volatile loads of cargo rolling through sensitive habitats across the state, much less through heavily-populated metropolitan areas. But help is on the way. In March, the CPUC requested funding (pdf) for seven inspectors to specifically handle oil-by-rail, and two of them would focus on bridges.

The Contra Costa Times reported last week that the two inspectors have not yet been hired, but when they are, they will be the only two inspectors checking out the bridges. They will be assisted in their task by the sole federal inspector assigned to the area―an area that includes 11 states.

One of their first jobs will be to find the bridges. There is no comprehensive list. Judging by some industry comments, there may be some reluctance on the part of rail owners to provide all the information the government might ask. Bridge consultant and former American Society of Civil Engineers President Andy Hermann told the Times that the companies kept bridge data secret for competitive reasons.

But not to worry. The owners already do a good job of maintaining the bridges because, in Hermann’s words, “There’s a very strong profit motive to keep the bridges open. Detours will cost them a fortune.” In other words, this would be a situation where a company does not make a risky decision based on short-term, bottom-line considerations that could adversely affect the well-being of people and the environment.

In a report (pdf) to lawmakers on rail safety last December, the CPUC called California’s rail bridges “a potential significant safety risk.” It said most of them “are old steel and timber structures, some over a hundred years old.” Big rail companies tout their safety programs but the report points out often these bridges are owned by small short line railroads “that may not be willing or able to acquire the amount of capital needed to repair or replace degrading bridges.”

That’s bad, but not AS bad when the rail shipments aren’t volatile oil fracked from North Dakota’s Bakken formation, loaded on old rail cars ill-equipped to handle their modern cargo. Federal regulations to upgrade the unsafe cars will probably take at least a few years to complete.

When safety advocates talk about the dangers of crude-by-rail, they invariably cite the derailment last July in Quebec that killed 47 people, burned down 50 buildings and unleashed a “river of burning oil” through sewers and basements. But the Times reached back to 1991 for arguably California’s worst train derailment, albeit sans crude oil.

A train in Dunsmuir, Siskiyou County, fell off a bridge and dumped 19,000 gallons of a concentrated herbicide into the Sacramento River. Fish and vegetation died 45 miles away. Some invertebrate species went extinct. Hundreds of people required medical treatment from exposure to the contamination.

Railroads are carrying 25 times more crude oil nationally than they were five years ago. Most oil in California is moved via pipeline or ship. In 2012, only 0.2% of the 598 million barrels of oil arrived by rail in California. But the California Energy Commission (CEC) has said it expects rail to account for a quarter of imports by 2016.

Earthjustice, an environmental advocacy group, does not want safety measures to amble down the track years after the crude roars through. Its lawyers joined with the Sierra Club and ForestEthics to file a lawsuit in federal court last week to force a U.S. Department of Transportation (DOT) response to a July legal petition seeking a ban on the type of rail cars that derailed and exploded in Quebec.

A week ago, a San Francisco County Superior Court judge told Earthjustice and other environmental groups they couldn’t sue to halt deliveries of crude oil to a rail terminal in Richmond because the deliveries had been legally permitted by the state―without public notification―and the 180-day deadline to appeal had quietly passed.

North Dakota perspective on Bakken: ‘Getting it right’

From The Bismarck Tribune, Bakken Breakout
[An interesting analysis of the future of Bakken crude extraction from the perspective of an apparent oil industry advocate.  They’re listening!  – RS]

Getting it right

By Brian Kroshus, Publisher, September 17, 2014

Domestic oil production levels in the United States continue to rise – largely the result of the boom in shale oil drilling across the country. Notable plays like the Bakken shale in North Dakota and Permian and Eagle Ford shale in Texas, have been leading the way with more promising formations in different geographies, targeted for exploration and drilling in the years ahead.

Plays like the Bakken, Permian and Eagle Ford were actually in decline until only recently, having peaked decades ago when conventional, vertical wells were the only economically viable means of extracting crude. Now, those same plays are part of a drilling renaissance in key parts of the country. Geologists have known for years that more oil was present, trapped in source stone within the formations, but developing technology to profitably extract shale oil hasn’t come easy.

Today, oil production in the United States is surging thanks to advances in horizontal drilling and hydraulic fracturing techniques. Drillers are not only better understanding the geology of shale formations, but technology necessary to economically drill and produce oil. Increasingly, they’re becoming more efficient. Still, only a small percentage resource is making its way to the surface presently. Undoubtedly, more will continue to be learned in the years ahead, ultimately leading to higher extraction percentage and proven reserves.

From an energy independence standpoint, the outlook for the United States is certainly promising. In October 2013, for the first time in nearly two decades, the United States produced more oil than it imported. Predictably, while there are those including the current administration attempting to take partial credit, rising output has been the result of drilling on state and private lands. On federal lands, production has actually declined during Pres. Barack Obama’s time in office according to the American Petroleum Institute.

Despite declines on federal ground, experts still predict that the United States could be fully energy independent by the end of this decade. According the EIA, U.S. oil production will rise to 11.6 million barrels per day in 2020, from 9.2 million in 2012, overtaking Saudi Arabia and Russia and becoming the world’s largest oil producer. Over the same period, Saudi Arabia production levels are expected to decline from 11.7 million barrels to 10.6 million. Russia will also product less oil, falling from 10.7 million to 10.4 million barrels per day.

With a shale revolution and energy renaissance underway in the United States, there’s reason to be optimistic. Achieving energy independence appears to be within our grasp. Still, despite the prospect of becoming an energy independent nation, potential roadblocks loom.

In May, at the 2014 Williston Basin Petroleum Conference, Harold Hamm, CEO of Continental Resources told convention attendees that “we can’t have any more issues.” He also said “It has to be done in an absolute, safe manner. It’s going to take all of us.” He was referring to recent problems related to Bakken crude including pipeline ruptures and the fiery train derailment near Casselton, North Dakota this past December.

There’s a lot at stake. Companies like Continental Resources and others, are expected to invest billions in the years ahead to fully develop plays like the Bakken. Drillers are keenly aware that it’s their game to lose. Hamm stressed, “If we have anything, they’re going to shut us down. So many people want to stop fossil fuel use and production.”

Despite the positive macroeconomic effects rising domestic oil production and decreased imports have on the U.S. economy, job creation and economic growth alone won’t guarantee that shale oil production will continue, unless it is deemed safe and not a threat to public safety during transportation of Bakken crude in particular.

Volatility levels of Bakken crude and implication on public safety, continues to be heavily debated. The Lac-Megantic, Quebec, rail tragedy, where 47 people lost their lives when a runaway train carrying tanker cars filled with Bakken formation crude, derailed and exploded in the heart of town has been at the center of that debate. The explosions were so intense, that approximately one-half of the downtown area was destroyed.

Understandably, safely transporting Bakken crude by rail throughout North America, knowing freight rail routes frequently pass through residential areas on their way to final destinations, is a top industry priority. Much of the focus has been and remains on the DOT-111 tank car. On July 23 the U.S. Department of Transportation announced comprehensive proposed rulemaking for the safe transportation of crude oil and flammable materials, with Bakken crude being mentioned – in the form of a Notice of Proposed Rulemaking (NPRM) and a companion Advanced Notice of Proposed Rulemaking (ANPRM).

The NPRM language includes “enhanced tank car standards, a classification and testing program for mined gases and liquids and new operational requirements for high-hazard flammable trains that includes braking controls and speed restrictions.” Within two years, it proposes to “phase out of the older DOT-111 tank cars for the shipment of flammable liquids including Bakken crude oil, unless the tank cars are retrofitted to comply with new tank car design standards.” It also seeks “Better classification and characterization of mined gases and liquids.”

The North Dakota Public Service Commission has set a special hearing for September 23rd, as a part of the discussion on the volatility of Bakken crude and potential oil conditioning requirements necessary to safely transport oil from the Williston Basin. Reducing the light hydrocarbons present in Bakken crude would not only provide greater safety, but the standardization of Bakken crude into a class of oil much like West Texas Intermediate, possibly creating premium pricing opportunities.

NDPSC involvement and recommendations in addition to oil conditioning include heightened rail inspection efforts at the state level in addition to the Federal Pipeline and Hazardous Materials Administration, and emergency response training. Working closely with federal officials and a heightened inspection process, will require additional resources moving forward.

Expanding pipeline capacity and reducing reliance on rail to transport Bakken crude will continue to be a growing need, playing a role in addressing public safety concerns. The North Dakota pipeline authority anticipates two new pipelines coming online before the end of 2016, with capacity for 545,000 barrels a day. Another third proposed pipeline, capable of handling an additional 200,000 barrels, could potentially be in operation by late 2016 or early 2017.

With daily production expected to reach 1.5 million barrels in 2017, and 1.7 million barrels in early 2020, diversifying how Bakken crude is moved to market will be necessary not only from a public safety standpoint, but in order to address logistically challenges that continue to surface as production levels increase.

Extracting domestic oil and gas, moving it to market and properly disposing of or using byproducts created during the production process in a safe and efficient manner will be necessary in order for plays like the Bakken to be fully capitalized on. Those opposed to fossil fuel production will continue to watch and patiently wait for any opportunity to pressure elected officials and sway public opinion.

Ensuring both public and environmental safety to ensure the future of domestic oil production – will require a cooperative effort on the part of both industry and the state. As Harold Hamm alludes to, it truly is industries game to lose.