Sunday, October 31, 2010

ROTEL - RV on Steroids! [Update]

[Originally published 3-29-08. Updated 10-31-2010. Fixed photo, links, added video clips.]

Rotel, Crater Lake National Park, Oregon, 1966.
Okay, Okay, this is billed as a railroad blog, but this is such an interesting vehicle, and one I am sure you’ve never seen, I thought I’d share it with you.

Whilst on a camping vacation at Crater Lake, (actually our honeymoon trip, I was still in the USAF) we tripped over this vehicle in the Lodge Parking lot. What is really neat is how this thing unfolds in the rear, exposing its kitchen cooking facilities, sorta like a chuck wagon! It is a totally self-contained hotel on wheels.


This unit I captured at Crater Lake in 1966, carried 16 passengers, a self contained kitchen used to prepare two hot meals per day, and individual roomettes overhead!

As I recall, this vehicle, with foreign plates, was based on a Mercedes chassis.

The company is based in
Germany, and has touring vehicles including hi-chassis four wheel drive units, on all continents. It is difficult to find out information about this company. They do not advertise in the USA because they don't want to compete against American tour companies. An ethics lesson here?

video
Rotel in Namibia. Click > to play

Takes "leave the driving to us!" to a new level. Here is a story of the Rolling Hotel or Rotel and a
fascinating account of travel aboard the ultimate recreational vehicle, including many photos of unit!
Check out this unit, on tour in India. Full bus with a three deck dormitory trailer! Sleeping cubicals are 3 feet high.

video
[Rotel in Tibet. Click > to play]

Wonder how many miles-per-gallon these beasts consume!

Thursday, October 21, 2010

B Whale: The Sishen-Saldanha Bay Rail Connection - Part I

No sooner had I completed the connection between the "A Whale" and Vale's Brazilian iron ore railroad, when I received a GPS alert that the "C Whale" was anchored at Sao Luis, Brazil, waiting her turn to load iron ore at the Ponta da Madeira Deep Sea Terminal.

While these events were unfolding, I received further word that the "B Whale", returning from China, was heading for a place on the southwest coast of Africa named "Saldanha Bay." Naturally, I was curious as to why the "B Whale" would be going to Saldanha Bay.

Bingo! The "B Whale" was going to Saldanha Bay to load iron ore, delivered to tidewater by yet another Heavy Hauler: the Sishen - Saldanha Bay Orex line.

So! I reprieved myself once more, writing about a ship in a railroad blog, as I present "B Whale: The Rail Connection."

Very Large Oil/Ore Carrier "B Whale" [click to enlarge]




As explained in "A Whale: The Rail Connection" - Part IV," a Heavy Haul railway must meet at least two of the following criteria (paragraph 1.3)
  1. Regularly scheduled operation of trains of at least 5000 tonnes gross mass.
  2. Must haul at least 20 million tonnes per year over a line haul segment at least 150km in length.
  3. Regular operation of equipment with an axle loading of 25 tonnes or more.
The "Heavy Haul" came to South Africa in 1976 with the commissioning of the Ermelo - Richards Bay coal and the Sishen -Saldanha iron ore export (Orex) lines.

Transportation experts and International Heavy Haul Association (IHHA) member railroads have analyzed both systems for years. Lessons learned about physical plant and over-the-road operations is shared between all members of the Haul Association.

video
Orex ore train at Strandfontein, 2004. Click > to play.

While to most railroad hobbyist, a train is something big, noisy, and neat to photograph, "behind the scenes" railroads have become very high tech, as the need for greater efficiency has increased against slimmer profit margins.

The iron ore railroads I have introduced are locked in fierce competition, with measurable effects on host nation economics. So much so, that a bad derailment can have wide ranging repercussions.


So every aspect of these rail lines is meticulously fine tuned, right down to the ballast. That comment got a couple of "aw, come-on's" when I first mentioned it, but it is true.

You will find technical papers on ballast in this collection of documents delivered at last years (2009) International Heavy Haul Association. A sample of titles demonstrate how technical railroading is becoming:
  • "Power Optimal Traction Calculation for Operation of Trains of Increased Mass and Length"
  • "Implementation of Distributed Power and Friction Control to Minimized the Stress State and Maximize Velocity in Canadian Pacific's Heavy Haul/Heavy Grade Train Operations"
  • "Technological Development of Chinese Railway Heavy Haul Freight Cars."



Iron ore and steel making play a major role in the history of South Africa. In 1916, the first ferrous ore mining operation in South Africa was established. In 1927, the government created South Africa Iron and Steel Corporation (Iscor), which is still the dominant steel producer in the country.

Opened in 1947 by Iscor, Sishen is one of the largest open-pit mines in the world. The high-grade hematite iron ore extracted is classified as a "Lake Superior" type. Now in its 63rd year of operation, the open pit mine has gotten quite large! The pit measures approximately 12.4 km (7.7 miles long) by 2 km (1.5 miles) wide.

video

Trolley Assist (not at Sishen) - Click > to Play

A fleet of 78 haul trucks works the mine, including three of the $3.5m Liebherr T282B's! But Sishen holds an interesting surprise. Forty-one haul trucks are fitted with the Siemens Trolley Assist system
Ascending gradients out of the pit fully loaded, the driver raises a pantograph, and the vehicle draws current from overhead lines. And unusual arrangement to be sure, found in only one mine in North America, at Barrick Goldstrike Mine in Nevada.

Ore is processed in a large Beneficiation Plant, a fancy word for a variety of processes whereby extracted ore is separated from the mineral sought and gangue. Gangue is the commercially worthless material that surrounds, or is closely mixed with, a wanted mineral.

Processed material is stored in a longitudinal stock yard, patrolled by massive rail mounted stacker/reclaimers. A stacker makes the piles;

a reclaimer picks up the material and a complex conveyor system moves the the iron ore to the loading silo.




Expansion of the pit required the settlement be moved 15km to the east, resulting in the founding of the town of Kathu in the 1970's.

Approximately 28,000 Sishen mine and support personnel live in Kathu. Kathu is close to a city you may be more familiar with, Kimberly, famous for it's diamond mine. Kathu means "town under the trees." If you have seen movies of South Africa, you will quickly recognize the graceful Camel Thorn tree.

I spent some time checking out the official web site in an effort to learn more abut the area. Had to chuckle when I found the results of a recent newspaper "reader survey."

Sounds just like the teenagers here in Port Townsend. In doing my research, I occasionally ran into an unfamiliar language. I found "Kathu Leerders Besoek" in the Kathu Gazette. The language is "Afrikaans" one of 11 official languages recognized in South Africa. The language "Afrikaans" has its roots in seventeenth century Dutch, but is influenced by many languages including: English, Malay, German, Portuguese, French and some African languages.

In 1989, with the end of apartheid, the government moved to privatize Iscor, and in 2001, Iscor hived off the iron ore mine, now operated by Kumba Resources.



Secure deepwater harbors are rare on the desolate, mostly uninhabited West and Southwest coast of Africa. I get goose bumps when I recall as a teenager, reading a book my Dad had in his extensive marine collection entitled "The Skeleton Coast" by John H. Marsh.

The name "Skeleton Coast" was invented by the author as the title for the book chronicling the story of the wrecking of the big British passenger liner Dunedin Star on November 29, 1942, and the eventual rescue of her more than 100 passengers and crew, at the cost of other lives, another ship, a big aircraft, a number of army trucks, etc.

The rescue involved members of the Merchant Marines of several countries; the British and South African Navies, the South African Air Force, the South African Army, the South African Police and the South African Railways and Harbors Administration. It demanded from each man his utmost resources of courage, endurance, persistence, ingenuity, compassion and humanity, as well as intelligence and muscle.

The book went through numerous reprints, and is now available on line. Here is a condensed presentation of the epic rescue effort.

Saldanha Bay, 140 km (86 miles) north of Cape Town, was discovered by Portuguese explorers in 1503. But strange as it may seem, it was not discovered by Antonio de Saldanha, the man whose name it bears.

Immediately recognized as a well-protected deep-water haven. But it lacked fresh water. Not until the Second World War, when the importance of the natural harbor finally led to the construction of an 18-mile long pipeline from the Berg River, which led to further development.

Today the Port of Saldanha Bay is a major asset to the South African economy and is managed by Transnet, an entity that manages ports and harbors, rail and airways.



The port has a 3.1km (2.18 mile) long causeway/breakwater. This structure supports a tanker berth (365m, 1,197 feet) with a permitted draught of 21.25m (69 feet) alongside.

The iron ore jetty (630m, 2,066 feet) has a permitted draught of 21.25m (69 feet) alongside, with two berths allowing two ships of up to 300,000 DWT to load simultaneously. The multi purpose quays (berths 201-203) are a total of 874m (2,867 feet) long with a max draught permitted between 12m (39')and 13.4m (43'). These handle break-bulk, container, and general cargo.

A total of 2.6 million tons of iron ore is stacked in four different stockpiles, according to type and grade and is ready to be reclaimed and transported by a conveyer-belt system to the iron ore jetty about 3 km (1.8 miles) away.

Part of South Africa's strategic oil storage is stored at the Saldanha tank farm. Operated by PetroSA, the facility is massive. Six huge concrete containers, which hold 7.5 million barrels of oil each.

Built partly underground, the complex has a total capacity of 45 million barrels of oil, which makes it the biggest oil storage facility in Africa, and one of the biggest in the world.

A pipeline links the facility to the quay. A measure of its size is that it would take the cargoes of between 20 and 22 very large crude carriers (VLCC) to fill the tanks. South Africa's strategic fuel supply of some ten million barrels is stored at Saldanha. One tank is allocated to Chevron and foreign oil merchants use the additional capacity.

Total time spent by ships in the port, measured from arrival to departure and including piloting, berthing, loading, draft survey and deberthing is about 24 hours for a bulk carrier of 120 000 tons; 36 hours for a bulk carrier of 180 000 tons, 48 hours for a bulk carrier of 240 000 tons and approximately 60 hours to fill the "B Whale."




As of today,
  • "A Whale" unloaded at Qingdao, destination not announced.
  • The "B Whale" left Saldanha Bay and is now in the Indian Ocean.
The "C Whale" completed loading at Pier 1 at Ponta da Madeira, departed Brazil with 264,000 tons of iron ore.In Brazil, eleven ore carriers at anchor waiting to load at PDM, with 33 vessels arriving in the next 30 days. Those Heavy Haul iron ore trains must keep moving!

Next: "B Whale: The Rail Connection - Part II Electric - Diesel Trains on the Orex!

Friday, October 15, 2010

A Whale: The Rail Connection - Part IV

"A Whale" had taken on a full load of iron ore from Vale's Ponta da Madeira Marine terminal, and set a course for China via the Singapore Strait. Clearing Brazilian waters on August 29th. The last GPS plot found her rounding Cape Agulhas. It has taken "A Whale" two weeks to cross the South Atlantic, and enter the Indian Ocean.




Our interest in the "A Whale" grew out of her short-lived notoriety as an "oil super skimmer" destined to save the Gulf of Mexico, following the Deepwater Horizon incident. I grew curious as to what happened to her when she quietly disappeared from the headlines.

To justify spending time on a tanker, when this is billed as a rail blog, I searched for some reason to keep her in my blog. I found it when I discovered that after she left the Gulf of Mexico, she went to Sao Luis, Brazil.

The "A Whale" was in Brazil to load iron ore. Where the ore came from, and how it got to tidewater, is the substance of "A Whale: The Rail Connection."

In this concluding installment, we'll take a close up look at the movement of iron ore to tidewater. Speaking of close up, how close would you be willing to get to a 330 wagon (car) ore train - one that is moving?

video

[Click on > to play video]

This sight would be enough to send a BNSF Agent into full cardiac arrest! (Video courtesy of tagliarini)




[click to enlarge]

Connecting the "A Whale" to the iron ore is the Estrada de Ferro Carajas Railroad, a broad gauge railroad, variously referred to as the Carajás Railroad or EFC.

Mining and resource giant, Companhia Vale do Rio Doce (CVRD), was awarded a concession, Decree Number 77-608, to build a railroad "for the purpose of transporting iron ore from the newly proved Carajás Iron Ore Mine complex 892 km (554 miles) to Sao Luis - the Port of Ponta da Madeira."

For a variety of technical reasons involving axle -loading capacity and characteristics, the EFC based its designed on the Irish 1600 mm - 5' 3" track gauge.



  • 1982 - EFC construction begins.
  • 1983 - First freight train.
  • 1985 - February 28, EFC officially opened by president João Baptista Figueiredo with the first ore train coming into operation.
  • 1986 - March 24, passenger service begins, between Sao Luis and Parauapebas.


The EFC mine-to-tidewater qualifies as a "Heavy Haul corridor." CVDR was renamed Vale (pronounced "valley") and quickly became a card carrying member of the International Heavy Haul Association (IHHA).

Vale operates another line in Brazil also qualified as a Heavy Haul corridor, the narrow gauge 1000mm (3' 3.35") Estrada de Ferro Vitória-Minas (EFVM), which runs from Minas Gerais to Vitória.

A Heavy Haul railway must meet at least two of the following criteria (paragraph 1.3):
  1. Regular operation of trains of at least 5000 tonnes gross mass.
  2. Must haul at least 20 million tonnes per year over a line haul segment at least 150km in length.
  3. Regular operation of equipment with an axle loading of 25 tonnes or more.
The Carajas Railroad (EFC) meets and exceeds criteria as a bona fide Heavy Haul corridor!
  1. Regularly scheduled trains of at least 42,300 gross tons. In fact, up to 24 trains per day!
  2. In 2009, the railroad carried a total of 85.04 billion ntk* of iron ore and other cargo, 3.11 billion ntk of which was cargo for customers, including iron ore for Brazilian customers over a length of 892 km(554 miles).
  3. EFC supports the largest capacity train in Latin America, with 330 cars, which measures 3.4 kilometers (2.16 miles) in length, weighs 42,300 gross metric tons (mt) - axel loading 30.5 mt per axle**
And, while not an IHHA criteria, EFC carried 342,665 passengers in 2009.

* ntk is net tonne-kilometers. A measure of the weight of freight transported multiplied by the distance traveled. Also known as the freight task. ** axle loading The axle load is the fraction of total vehicle weight resting on a given axle. Exceeding the maximum rated axle load will cause damage to the rail tracks.





Adding to a massive fleet of haul trucks, extracting iron ore from the open pit mine, Vale in 2009, added two of the largest haul trucks in the world. The Liebher T282B. Each costing a cool $3.5M.

The EFC is a loop-to-loop railroad; loading silo and load-out loop at the mines,

rotary car dumpers and unloading loop at Ponta da Madeira (PMD).


The locomotive engineer, following instructions of the silo operator, operates the train through the load out loop. Direction of travel is always set up so that drawbar pull is exerted on loaded cars on the straight leg of the wye, to reduce the occurrence of a "string line" derailment.


The empty car is weighed as it approaches the silo. Alternately, a bar code on the side of the car registers the tare - empty - weight of the car. This video is from a Loading Simulator computer program, developed by Vale for training load out operators:

video
Target axle loading computed, a "charge" of ore drops from a bin inside the silo, to double batch bins, containing the charges needed to meet target axle load for the individual car.

video
This video clip shows Vale 2009 running under the loading silo to begin loading her train. (Video by decioczt) This process works well at organized load outs.

However, in rough and tumble wildcat operations, car loading is not high tech!

video

At Souza Noschese, front-end loaders load manganese and serpentinite ore. In an operation like this, accurate weighing of the finished load is essential for safety. (Video by ltperfetti).




In 2009, EFC's fleet consisted of 226 locomotives and 12,627 wagons.
  • SD40-2: 401 to 429
  • SD60M: 601 and 602
  • SD70M: 701 to755
  • C36-7B: 361 to 399
  • Dash 8: 501 to 504
  • Dash 9: 8 01 to 867
  • Dash 9: ex Ferronorte, 9001 to 9023
  • ES58ACi: 2001 to 2010

In 2009, Vale took delivery the first of an order of General Electric locomotives manufactured in Erie. Pennsylvania. Through a stroke of good luck, I pieced together photographs tracing their delivery to Brazil.

The initial order of ten units, designated by Vale as the 20-hundred series locomotives are model GE ES58ACi.
  • GE - General Electric (Erie, Pennsylvania)
  • ES - Evolution Series · 58 - 5,800 horsepower
  • AC - Alternating Current
  • i - International
  • 1,600 mm (Irish gauge, 5'3")

Andy Charlesworth of Altoona, Pennsylvania, captured the movement via the Norfolk Southern. Here Vale 2003 is moving through Gallitzin, Pennsylvania in June 2009, enroute to Norfolk Virginia for shipment to Brazil.

Remember, the EFC is Irish gauge 1600 mm, so trucks are shipped separately.

These locomotives are the most modern and powerful locomotives in South America as of this writing. The model is built to Vale specifications. No other company has it. (Note: China ordered the model ES59AC. Vale ordered 70 ES58Aci's.)

Cristiano Oliveira captured the 2003 and her sisters landing at Sao Luis in August 2009.



Vale uses General Electrics Locomotive Control (LOCOTROL) for operation of Distributed Power Unit (DPU) trains, and Alstrom's Communication Based Train Control (CBTC), a permutation of Positive Train Control (PTC) for over the road control.

Back in the "good old days" helper units were manned, and assisting trains was a by-the-seat-of-you-pants operation. Literally. Engineers had to develop a "feel" through the couplers of when to apply power.

With the advent of radio communication, fewer draft gear's were broken and helper service became smoother.

With LOCOTROL, the engineer is out of the equation, monitoring a computer based helper locomotive(s) with greater precision, and no additional crew to man the helpers.

video

LOCOTROL uses a radio link to provide remote control of up to four remote locomotives. The brake pipe is used as a back-up communication link to allow the remote locomotives to idle down and to enable the train brakes to stop the train even without RF communication.

With drawbar forces greatly reduced and air flow supplied by all locomotives, braking performance improves significantly. On EFC, Dash 8 (C40-8), SD40-2, and C36-7B and are not assigned as lead units on DPU consists, since they lack Locotrol systems. While some C36-7B are equipped with Locotrol system, they lack adhesion (tractive effort) to command DPU trains.

This document, published by Canadian Pacific, will help you understand the complexity of this multiple unit control system, routinely used on the EFC.

POSITIVE TRAIN CONTROL While power packs are controlled by GE, Positive Train Control is provided by Alstrom.



Dynamic Helper. Vale is the first company in Brazil to develop a "dynamic helper," an auxiliary locomotive that couples with a moving train in order to help it move up a steep section of track. There are two "helper" districts on the EFC.

video

The Dynamic Helper waits for the train to arrive on a siding beside the main track. Once the train has gone past, the helper "chases" it along the main track, they synchronize their speeds and then couple whilst in motion. The train and helper to come together, with couplings aligned using a laser system.

The operation takes place automatically, with the driver monitoring it rather than performing it manually. Helper sets connect and disconnect on the fly, without slowing the main train. Using this technology will cut fuel consumption by up to five percent, given that trains use the most fuel when they stop, brake, and restart.




EF Carajas use GDT ore cars, with a capacity up to 130,000 kg (130 mt) by 31.5 tonnes per axle. At the PDM unloading loop, three rotary dumpers are set up to one or two cars, and are being modified to unload a three car set, with a corresponding increase in productivity.







video
[click on > to play video]

The video suffers from wind noise, so turn your sound down. Magnificent view from the cab shows you just how long a 330 wagon (car) heavy haul train is (at 2:50.) This "ramp" or grade is one of two on the EFC on which dynamic helpers assist.

EFC does not have sever gradients. The mine load-out, 500 miles inland, is at 2,000 feet.

Here is Fernando's caption to his video:

September 12, 2009. Trem de minério da Estrada de Ferro Carajás (Train ore from the Carajás Railroad), style Locotrol on location 37, near the town of Cidelandia, state of Maranhao, Brazil. Composition with 330 wagons, two GE Dash 9 locomotives in command, two locomotives distributed throughout the composition. Climbing the steepest ramp the railroad with the help of two more locomotives to help on tail. (Video courtesy fernando1cunha)

While ore trains are the priority on the EFC, agricultural products as well as general freight travels the 500 mile line connecting about two dozen community and towns to tidewater. And in the rainy season, the three times a week passenger service is the only reliable mode of transportation for residents along the line.

"Typical consists" are dictated by the amount of cargo being moved:

Train Type I Iron Ore Train: Plus Dynamic Helper as required.
  • 2 x SD70M and/or Dash 9/8 + 110 GDT
  • 1x Dash 9 / or SD70M + 110 GDT
  • 1x SD70M or Dash 9 + 110GDT
  • Total: 4 locomotives and 330 wagons.

video

Type I Ore Train
Train Type II Iron Ore Train:
  • ES58ACi + 112 GDT
  • ES58ACi + 112 GDT
  • ES58ACi + 110 GDT
  • Total: 3 locomotives and 334 wagons.

Train Type: Grain
  • 2 x SD40-2 and/or C36-7B + 80 HFT
  • Total: 2 locomotives and 80 wagons.
video

Grain train with type HFT cars


video
[click > to play]

Passing mixed freight at Location 24. From cab of a Dash-9. (Video courtesy of fernando1cunha)


Passenger Train. The passenger train began operating in 1986, transporting people, luggage, and parcels. Today, it carries 1,300 people per day and serves 23 municipalities in Maranhão and Pará, among them St. Louis, St. Agnes, Açailândia, Maraba and Parauapebas. The passenger train has coach and business classes, and a diner car - in low season - two cars and snack bars - in high season.

In the consist, there is a car exclusively for people with special needs. The car has two wings: one for wheelchair users and one for caregivers and persons with reduced mobility. Both have air conditioning and television.

An excellent choice for all people, since the rates are 50% cheaper than road transport. During the rainy season in some localities, the passenger train is the only means of transport. It runs every other day, stopping on Wednesdays for maintenance.

video

Part of it passes through the Amazon rain forest. Thrice weekly service, with departures from Sao Luis on Monday, Thursday and Saturday, and departure from Parauapebas on Tuesday, Friday and Sunday. Big train, more than 20 cars I counted. There seems to be a "hotel" car behind the SD40-2's. Great scenery and a long ride - 16 hours. (Video courtesy fernando1cunha)

video

One of the highlights of the trip is the bridge over the River Tocantins at Maraba, 738 km (458 miles) from Sao Luis. The bridge was commissioned on February 28, 1985. As you can see it is a dual purpose structure, 2500 meters (8,202 feet) with a permanent slow order. (Video courtesy fernando1cunha)

There have been intense studies conducted to determine stresses placed on bridge structures by the weight and movement of heavy haul ore trains.



The Other End of the Line

[click to enlarge]
PMD has a massive unloading loop and longitudinal stockpile to handle incoming trains. Three side by side rotary dumpers have the capacity to rotate two cars at a time, increasing the speed of unloading long unit trains. Rotarys are being modified to rotate 3 cars at a time!

Iron ore is moved along a complex series of conveyor belts to individual shiploaders. All of this is done from the air conditioned comfort of a master control room, handling the stacker/reclaimers and conveyor systems.

With the need to increase speed of rotating vessels through the facility getting them back to sea quickly, stresses set up on a vessel have become painfully apparent. The first indication of trouble was with the "Trade Daring" Incident at PMD in November, 1994.

As the ship was being loaded, her back was broken and she sank at Pier 1. As you can imagine, this is catastrophic. This shut the port down, backing everything up, from ships awaiting unloading to shipments by rail from the mine.

This vessel was aging, and could not absorb the weight pouring into her hold at a high rate of speed. Indeed, the loading of a vessel is a science unto itself, which you can read about in this document. Suffice to say, through vetting of a vessel is mandatory for all vessels before coming alongside PDM terminal. Demands for increased speed has resulted in the Pier 1 shiploader being upgraded from 16,000 to 20,000 mt/hr.

The "A Whale" loaded 310,000 mt in approximately 20 hours, and pulled away from the facility even as her hatches are being secured. That's how intense this operation is. With more than a dozen vessels waiting to load at any given time, each costing their owners $50 to $70k per day in overhead expenses, speed is of the essence.

To lessen the bottleneck at ship loading, and meet projected demands, Vale started construction of Pier 4, which is due to be completed and on line in 2012, allowing two more vessels to be loaded.

This, as vessel capacity is moving to 400,000 dead weight tons capacity. In fact, Vale has inked a contract to purchase 12 - 400,000 DWT vessel, prompting improvements both at PDM and China, where her "Chinamax" vessels, more recently dubbed "Valemax," will be initially dispatched. A massive new terminal is being constructed in Qingdao, China, as seen in this construction photo.





Prolog

This narrative began with the story of the 15 minutes of glory enjoyed by the "A Whale" on the Gulf of Mexico back in July. This lead to her two sisters, the "B Whale" and "C Whale," three Very Large Oil/Ore Carriers, VLOO's, and an assurance to link each to a Heavy Haul iron ore railroad.

I did it.

Even as I put the wraps on this article, I received a GPS report, announcing the "C Whale" has arrived at PDM, after unloading crude oil at the Louisiana Offshore Oil Platform just off shore from Port Fourchon, the "E Port." You will recall Port Fourchon's role in the Deepwater Horizon disaster, along with "Joe Griffin and the Magic Box."

From Vale's Daily Vessel Position Report we see that the "A Whale's" sister, "C Whale" arrived on Friday, October 8th, and is at anchor in the Baia de Sao Marcos Roadstead.

[click to open pdf file]

The report indicates (ETB - Estimated To Berth) she will be moored at Pier 1 at 23:53 hours on the 17th. Notice the precision time indicated. She is ETD - Estimated To Depart Pier 1 at 15:01 hours on Tuesday the 19th. "C Whale" will load 320,000 mt of ore, (far right hand column,) at Pier 1, which can accommodate vessels up to 420,000 DWT, with PDM's fastest shiploader, rated at 16,000 mt per hour.

Put a pencil to it, and you will discover that the "C Whale", like the "A Whale" will ingest the contents of almost nine 42,000 mt unit trains. Take the list, and add the "Tonnage (mt.)" for all vessels. That is the actual amount of iron ore scheduled to be loaded on each vessel.

On page two of the Position Report, note the "Berge Stahl" (from Part III) is scheduled to load 355,000 tons!

When you see the number of vessels lined up for loading, you begin to understand why a Heavy Hauler like the Estrada de Ferro Carajas has to be planned, managed, organized and controlled relentlessly to keep it fine tuned, able to meet stringent shipping demands, in a highly competitive market.

Each day those vessels sit at anchor, they are burning up $50K to $70K in overhead. So rotation through the Port is essential.

More than just a neat railroad to see big power pulling big trains on big steel, Vale's shipping report reflecting target times down to the minute for ship handling, illustrates the intensity of this business.

Each segment, from the mine to tidewater, is a finely tuned machine, right down to the selection and placement of railroad ballast.



A Blog without visuals is a bore. Once a story is "roughed out," the process of visualizing begins. When appropriate photographs are located, I contact the owner of the visual seeking permission to incorporate the photo in the article.

This story led to Andy Charlesworth in Pennsylvania, and Pedro Rezende and his friend Cristiano Oliveira, rail fans of EFC system in Brazil, who contributed their knowledge and videos and photographs, answering a blizzard of questions that made this article possible!

Andy lives in Altoona, Pennsylvania, works for the prototype Norfolk Southern, and works in "N" scale modeling the ATSF/DRGW. Andy generously provided his photographs of the freshly painted Vale units moving over the Norfolk Southern, from the General Electric Plant in Erie, Pennsylvania to Norfolk, Virginia, to be loaded aboard ship bound for Brazil. Andy has many excellent photo albums posted on Flicker!

video

From Brazil, Cristiano Oliveira was very generous with technical detail, photographs and video clips. Greatly appreciated. Cristiano has a site at RR Picture Archives. This is a recent video from Cristiano featuring two SD-70M's (EFC 748+718) pickin 'em up and settin' 'em down at Bacabeira City, Maranhao.

Pedro Rezende is a Master Sergeant in the Brazilian Air Force, and an historian and fan of Brazil's interesting mix of railroads. I "met" Pedro while tracking down the history of the EFC. When asked if he would act as "Technical Advisor"- reading copy and verifying facts - Pedro jumped right in without hesitation. Pedro demonstrated great patience responding to numerous questions!

Pedro authors an interesting Blog, and has an impressive number of photos - more than 400 - posted at RailroadForums, with another collection at RailfanNet.

A big "High Five" to "fernando1cunha" for the terrific cab rides. With Blogger only allowing clips up to 100 Mb, I had to forgo "MEGATREM" at 10:16. I can sense the pride Fernando takes in running those Heavy Hauls! Thank you, Fernando!

Finally, I appreciate the generosity of Captain Jacques Michell, Mississippi River Bar Pilot, who provided a truly memorable shot of the "A Whale" leaving the Gulf.

Previous installments of "A Whale: The Rail Connection"
Brazilian Iron Ore Heavy Haul - Vale
Related Blog articles:

"B Whale: The Rail Connection"
South African Iron Ore Heavy Haul - TransNet