Sunday, October 1, 2017

Auspicious Beginning!


I never saw this coming — Oil-Electric turning 10 years old!

Thanks to Kurt Clark, a fellow rail fan and frequent Blogger. I followed his wise advice to quit sparring with a popular rail fan posting site, and create a Blog, where I could post real images of of trains and locomotives in fog or rain, with opposing lighting, and write a description as long or short as I wish.


Oil-Electric by the “numbers:”
• 1,559,422 page views
• 800 articles written.
• 11K hours spent on computer, researching and writing.
• Hundreds of photos processed through PaintShop Pro and Photoshop.
• Hundreds of emails and phone calls requesting photo permissions and vetting information.

The Blog has connected me with a few threads back to my younger years in Prince Rupert, has connected several people who had lost track of each other, and enabled me to contribute to more than one book currently in production.

My ramblings have covered more than railroading. It is impossible to point to one story that I enjoyed researching most, but IF I had to pick out the most memorable, it would have to be my encounter with Shell.


To have three of the most unusual vessels anchored side by side in Port Angeles harbor — well just doesn't get any better!

Thank you for your continued readership and encouragement!

 Robert in Port Townsend

Sunday, August 6, 2017

Land of the Giants

For about an hour yesterday (Sunday August 6) two singularly interesting container vessels were sharing berthing at the world’s largest (biggest?) container port, Shanghai, China.

I received AIS notices via MarineTraffic that the CMA-CGM Benjamin Franklin and OOCL Hong Kong were departing and loading the world’s biggest container port, Shanghai, China. Photo above shows OOCL Hong Kong arriving on maiden voyage at Felixstowe Container Port (UK) in June.

I was undergoing dental surgery about two miles from where the CMA-CGM Benjamin Franklin made landfall in Seattle in April 2016.


Benjamin Franklin had arrived from Port of Oakland on a "test run" to observe Seattle's ability to cope with, what at that time, was the "world's largest box boat" to visit US ports. CMA-CGM has since scrapped plans to service US ports, and moved vessel to the "Asia-North Europe Conveyor Belt."


And I missed the visitation as she passed by my home in Port Townsend — inbound and outbound through Admiralty Inlet — in the middle of the night!

[Ed Note: CMA CGM is the result of the marriage between Compagnie Maritime d'Affrètement (CMA) and Compagnie Générale Maritime (CGM). OOCL is the acronym for Orient Overseas Container Lines, based in Hong Kong, China. In April 2016, CMA CGM, COSCO Container Lines, Evergreen Line and Orient Overseas Container Line established “Ocean Alliance.” We are not “going there.” This, after all, is a railroad Blog.]


On the other hand, the scale of Shanghai Container Port is so deliciously fascinating, Oil-Electric does have articles “in the oven,” exploring that fascinating facility, and the OOCL Hong Kong.

Wednesday, July 12, 2017

"We're on the Ground. Bridge 14. Over." [Revised]

"Emergency, Emergency, Emergency. Amtrak 506. We're on the ground. Bridge 14. Over."


The engineer sent that transmission from an Amtrak “Cascades” locomotive lying on her starboard side, pushing up a mouth full of ballast.


July 2nd 2017. It was a stunning sunny Sunday afternoon, with the temperature hovering near 80°, when the Mt. Jefferson Talgo trainset came to an abrupt unscheduled stop on a causeway approaching Bridge 14,


overlooking the idyllic Chambers Bay Marina, located at Steilacoom Washington, 45 miles (72 kilometers) south of Seattle.


Northbound Amtrak 506 originating in Eugene, Oregon, with 267 souls aboard, had just cleared Steilacoom, traveling up the beach along the Salish Sea (Puget Sound) on Main 2 toward Vancouver, British Columbia.


Amtrak Cascades is an intercity passenger rail service along the Pacific Northwest Rail Corridor, one of 11 federally designated rail corridors in the United States. National Geographic placed Amtrak Cascades as #3 on their top ten train trips of North America.


The train derailment was not an "accident." It was deliberate. Locomotive AMTK 467, on final approach to Strauss patent lift span Bridge 14, passed an Absolute Signal, showing a red over red aspect and  immediately derailed. AMTK 467 and end baggage car came to rest laying over to the right.


Two trailing passenger cars derailed, but remained upright. The remainder of the trainset, including AMTK 470 and Talgo Cab & Auxiliary Power Car, stayed on the tracks.

Continue listening to the radio traffic between engineer and dispatcher. At 3:50 into the recording, engineer estimated his speed “between 20 to 30 mph.” when he left the rails.


No “official” ruling will be available until the Federal Railroad Administration completes their investigation to determine whether it was operator error or a mechanical malfunction that contributed to the incident.

On the other hand, Amtrak already officially has stated the derailment was caused by human error. The train wasn't being operated in accordance with signal indications in approach to Bridge 14 and the engineer wasn't able to stop before passing the red signal and encountering the derail.


•  Amtrak Cascades operate on tracks owned the BNSF, Sounder, and Union Pacific (Portland to Eugene.)
•  Series 8 Talgo trainset, named after Mt. Jefferson, located in Oregon, is a 13 car push-pull consist, owned by the Oregon Department of Transportation (ODOT). Also own a second trainset, Mt. Bachelor, another Oregon landmark.
•  Amtrak owns the locomotives.
•  Train crew — engineer, conductor and car attendants — get their paychecks from  Amtrak.
•  Train movements are controlled by BNSF dispatch.


• Amtrak Cascades Talgo trainsets are designed for high-speed rail service. Cascades are allowed maximum speed of 79 mph (127 kph).
• Passing northbound through Steilacoom, posted speed , 50 mph (80 kph).
• Posted speed crossing lift span, 40 mph (64 kph).
• Three signals control the approach to the bridge.

Mike Elliott, Washington state government affairs director and spokesman for the Brotherhood of Locomotive Engineers and Trainmen explained to The Seattle Times, "Signals are 1½ to 2 miles apart. On most modern tracks, if a drawbridge is not locked in place an engineer would likely see a flashing yellow light, followed by a solid yellow light, and be decelerating before approaching the red stop signal a couple minutes later."

Red over Red

As the name implies, the purpose of a derailer is to divert the locomotive, or runaway cars, off the line and into the rough. "On the ground," as railroaders describe the outcome.


Derails come in a variety of configurations. The BNSF track diagram identifies the derail at the south end of Bridge 14.4 as a "Power Derail."


No matter what the "type" is, the desired result of engaging an activated derail is to prevent a train from either running into the bridge deck if it ascending or descending, or worse, into the drink if the bridge is fully raised!


This eyewitness account, recorded after the train was removed, explains the sequence of events, including the bridge tender leaping into the bay. BNSF spokesman Gus Melonas did confirm a worker jumped off the bridge, falling down the bank and into the water. The worker sustained minor injuries.


Numerous agencies responded including the West Pierce Fire & Rescue. Washington State Dept. of Ecology directed placement of containment booms to protect Chambers Bay and Puget Sound against the possibility of leaks from the locomotive.


Traveling a significant distance, the Gig Harbor Police Dept. sent an inflatable to assist in that effort. While various news agencies reported “minor injuries,” none of them thought to be more definitive about those injuries.


However, the Pierce County incident management, responsible for passenger safety during the evacuation, reported one minor injury and three heat-related sicknesses. (A passenger reported seeing a woman with a small cut to her leg.)


Passengers had to hoof it along the ballast causeway in temperature approaching 80°F (27°C.)


A triage area was established amongst the storage buildings at Chambers Bay Marina. Passing through a single isle queue for a head count, passengers were loaded into buses and sent to the Tacoma Amtrak Station.


Baggage was retrieved when the damaged cars were pulled adjacent the Marina. BNSF Mains 1 and 2 closed for several hours allowing salvage equipment unfettered access to re-rail damaged locomotive, end baggage car, and two passenger cars.


By late afternoon, the derailed cars and locomotive were back on the rails and towed from the accident site. Normal service resumed by late Monday afternoon.


The Mt Jefferson trainset was parked at East Olympia. On Saturday, July 8, BNSF took the train south to Centralia to be wyed.


Once the trainset was turned around, AMTK 470 took the trainset north to the King Street Maintenance Facility in Seattle for inspection.


Robb Simmons Media caught up with the remnants of 506 passing through Bucoda, Washington at the one and only grade crossing into town, 6th Street at State Route 507. Robb captured a great drone sequence on July 8, of the “hospital train” enroute to wye in Centralia.


[Ed Note: Drones offer an exciting new tool for railroad photography.  If you anticipate joining the club, make sure you learn to "drone" responsibly! Engineers have enough to deal with with people playing "chicken" with an on coming train, and other trespass violations. And before you try to duplicate the opening of "Bad Day at Black Rock," know this: The helicopter shot filmed the Espee train moving in REVERSE, to eliminate the danger of the Black Widows hitting the helicopter, if the helicopter experienced engine failure!]


“Hospital train.” I admit, this is a new one on me. I have been a ferroequinologist since 1957. I pictured a hospital train as a train full of doctors, nurses, and patients! However, in this connotation, a hospital train is the movement of wounded locomotives and/or rail cars from an incident to repair facilities.


In this ground level shot, we get a glimpse of the Mt Jefferson trainset cab and auxiliary power car coupled to AMTK 470.


Lead locomotive, AMTK 467 was taken to Seattle, where her traction motors are being evaluated. Should she need further action, it would most likely take place at Amtrak's Beech Grove facility.

On July 8th, Robb flew another drone sortie in the area of Bridge 14. At 10:40 into tape, we see a northbound coal train on Main 2. The locomotive passes the Absolute Signal where the derail is located, and we can see the scar on the embankment where AMTK 467 came to rest.


The Amtrak "Cascades" is a Talgo push-pull — or is it pull-push — with a powered locomotive on one end, "factory supplied" Cab & Auxiliary Power Car.


The integral cab car of the Series 8 houses an auxiliary head-end power generator and a compressor, but does not have any means of propulsion. On this particular train, Amtrak F59PHI's were plugged in on each end.



A young woman reporter enthusiastically reporting on the event mentioned "the front of the train" was standing behind her. Actually, it was AMTK 470 on the “rear” of the train in front of the Talgo Control Car.

In normal operation, an Amtrak locomotive is coupled to the End Baggage Car of the Talgo trainset, with the Cab/Auxiliary Power Car being the "front" of the train. On this run the Cab Car had issues, which required AMTK 470 to become the lead unit "heading south."


Lead unit, AMTK 467
• Built as F59PHI (F=full width cab, P=passenger, H=HEP, "hotel" power, supplying electricity for heat and light to the passenger consist, I= Isolated "WhisperCab," a design feature that "isolates" the cab for crew comfort and noise reduction.)
• Prime mover: EMD 12-710G3C-EC 3,200 hp (2.4 MW) (blown.)
• Built: 9/98.
• SN: 966722-18.


Trailing unit, AMTK 470, identical specifications, but:
• Built: 11/98
• SN: 966722-21
• Once sported the “King Tut” wrap around, advertising the King Tut Exhibit in Seattle back in 2012.


While it is common practice to install derails to prevent trains from running into the drink, they do not always provide the intended protection.


You may recall the disaster in September 1958, when a New Jersey Central commuter train ran through three signals, and flicked onto the ties by a derailer.


The train continued almost 500 feet — on the ties — resulting in two Geeps and four passenger cars nose-diving into Newark Bay. A fifth car hung up on the bridge works for some time before breaking loose landing on the wreckage below.


An estimated 90 to 100 souls were aboard the north bound train. The accident claimed 48 lives, ranging in age from a 4-month-old baby named Paul to a retired Yankees all-star George "Snuffy" Stirnweiss and the mayor of Shrewsbury Township, New Jersey.


In a grotesque chain of events, front-page news photos showed the car hanging from the bridge, its number clearly marked as 932. That same number hit the next day in the numbers racket at 600-to-1 odds, according to newspaper reports at the time. The loss to the metropolitan numbers bank estimated at $50 million. Many fled to avoid paying.



Bridge 14 Demystified — June, 2009.
Bridge 14: Revisited — April, 2010.
Chambers Creek Bridge 14: The Real Skinny — January, 2014.
115th US Open at Chambers Bay — June 2015.