Archive for January, 2010

Logistics firms, The Port-au-Prince Airlift?, Port is Down, Airport Functional

Monday, January 18th, 2010

The Haitian earthquake is the news item of the week, and it has some major freight implications. In the short term, any movement into Haiti will largely be via plane, as the port of Port-au-Prince is non-functional. The lanes into the port are OK, but the wharfs and cranes needed for docking and off-loading have been destroyed. Thus, any transport of goods via sea would require some sort of D-Day style naval beachhead, where naval engineers would have to build a port on the fly.

However, the Port-au-Prince airport is functional, albeit without its control tower. Thus, any relief supplies would likely to come in via air. UPS’ pilot’s union has volunteered its services to get supplies into Haiti; whether Big Brown will follow suit unknown. DHL already has a support team at the airport working on organizing supplies being shipped into the airport. Rail giant CSX is both donating money and checking its staff to try and find Creole-speaking workers who could help with the logistics.

A lot of supplies are going to have to head to Haiti in the weeks, months and years to come. The ports of the US Atlantic and Gulf coast could become staging areas as things get offloaded and moved onto transports for flights into Port-au-Prince. Cities like Miami and Tampa, with large ports within easy reach of large airports, might get a lot of business and logistics firms might do a great business shuttling emergency supplies from port to airport if they can change gears from normal logistics in a hurry.

Sources: http://www.joc.com/node/415984
http://www.joc.com/node/415968
http://www.joc.com/node/415975

History of Intermodal Transport

Wednesday, January 13th, 2010

Have you ever wondered when the concept of intermodal transport was first recorded by human history? The transportation of freight in container-like transports was first recorded for firms moving coal along the Bridgewater Canal in England around 1780. In a few years we began seeing what were called “loose boxes’ on the steam powered trains of the first railroads and on the top of horse drawn freight transports to which they were transferred.

During the early part of the 1900s there were wooden coal cars moving through the countryside on the Liverpool and Manchester rail lines of Britain. Iron cars would have to wait until about 1840, before they would get a chance to transport coal from the vale of Neath to Swansea Docks, in England.

It wouldn’t be until the first part of the 1900s that the freight transport industry would begin to cover the containers in which it moved freight. This was developed to protect delicate goods, like fine furniture and freight while being transferred from road to rail and vice versa. The normal thing back then was for them to implement a policy, without thinking about putting any standards in place to regulate use. This of course resulted in the service being less than satisfying in many cases and eventually rules and regulations would be put in place to take care of this problem. History buffs might remember “lift vans” which were being used in America by 1911.

The first recorded implementation of rules and regulations concerning the transport of covered freight occurred in England in the 1920s. RCH Railway Clearing House began using standard sized wooden freight flats with a curved roof that were a maximum size of about 10 feet long during this time that allowed the flat to be used as a car transport. At the end of the 1920s the Midland, Scottish and London railroads were providing door-to-door intermodal freight transport services using these containers. At the time this particular service was never adopted outside of Britain and it would be a few years before Americans would benefit from similar services.

The first implementation of a pallet-like transport device was recorded during freight transport operations occurring during the Second World War. The simple concept of a pallet allowed the military logistics experts to decrease the number of workers needed for freight transport operations and increased the speed and efficiency of transport by decreasing the time it took to load materials.

Truck trailers wouldn’t be seen traveling across country on a rail car until just before the Second World War. The first American railroad to use what was called ‘piggyback’ was the Chicago Great Western in 1936. The first big North American railroad to start using piggyback transport was the Canadian Pacific Railway in the first part of the 1950s.

Port of Houston Will Benefit From Panama Expansion, Panama Canal expansion

Tuesday, January 12th, 2010

Freight transport in the Port of Houston will grow to unprecedented levels once construction of the $5.25 billion project to increase the freight capacity of the Panama Canal is completed? Drive down Highway 146 south of Houston and you’ll see an army of warehouses with an amazing variety of products and goods within them. Take a look around and you’ll also notice that new warehouses and other buildings are being built as we speak. Expectations are growing in Houston, Texas it would seem that the finishing of construction sometime in 2014 of the Panama Canal expansion, should increase freight transport in the Port of Houston.

The Panama Canal expansion will allow super-sized ocean freight ships to come through the canal, so they don’t have to travel around South America. The expansion will give them access to the American port that does more international cargo tonnage than any other, and is also the first American port between the Panama Canal and American customers, the Port of Houston.

Any super-sized ships coming from Asia travel to the West Coast of the United States, where goods and materials are primarily transported using rail or freight trucking transport. Other than this, these ships have to travel through the Suez Canal to reach the East Coast of the United States. The super-sized ships mean greater freight transport requirements will need to be met and this is probably why companies like Wal-Mart and Home Depot paid for millions of square feet of warehouse space to be built in Houston ports in recent history.

The expansion of the Panama Canal will alter freight transport for ports like Los Angeles and Long Beach, which have traditionally benefited by the inability of super ships to make it through the Panama Canal. The completion date of construction in 2014 could signal the beginning of a new age of freight transport for all American ports and a changing of the guard. At present about half of the 400 billion in goods that enter America from East Asia, do so through ports in California, Oregon, and Washington, but this will all change once the Panama Canal expansion is completed.

Freight Trucks Powered by Natural Gas?, Trucking freight the natural way

Tuesday, January 12th, 2010

Trucking freight using vehicles powered by natural gas is a viable solution for the freight trucking industry that makes some sense for a diesel powered industry that needs to find energy sources that are considered more environmentally-friendly. Could we be seeing fleets of trucking transports in the years to come powered by natural gas? The answer is one that many freight trucking industry experts have considered in the last few years, especially with proposed environmental changes still being decided on.

The sound of laughter might be heard in many freight trucking lunchrooms, when they read this, but the use of natural gas to power trucks is a feasible scenario that scientists are definitely looking at. While it’s true that the infrastructure to allow for the implementation of natural gas as a fuel source for every day cars isn’t feasible, it’s feasible to use natural gas for fleet operations because they don’t need as many stations and such operations use a large volume of fuel.

Electric powering a truck on the other hand would require the use of heavy batteries, which studies show can reduce the amount of freight a truck can carry by as much as twenty percent. The implementation of a hybrid electric-diesel system in a large truck has similar problems, so natural gas is one of the obvious energy sources we have available to do the job.

In America, incentives to help individuals or firms thinking about making a switch to natural gas already exist in the form of tax credits for those who purchase natural gas and vehicles powered by natural gas. The environment hasn’t been the focus of the administration, lately, but natural gas has been noticed by the administration and we might even see a few more incentives for those thinking about switching to natural gas usage.

Medical Equipment Trucking Service, Specialists for Large, Expensive Loads

Tuesday, January 12th, 2010

Medical equipment gets shipped all around the world, most of it being composed of smaller shipments of less than 80 lbs. Those smaller shipments are typically sent via standard package shipping services. But some medical equipment can be very large, weighing thousands of pounds. Shipments like these are transported by a trucking service.

Only a logistics specialists who understands how to handle and ship larger items can be trusted to handle expensive medical equipment like MRIs and surgical systems. Professionals working for a trucking service, transport carrier, freight forwarder or broker can help medical companies move equipment safely.

A trucking service may even have its own equipment transportation division to handle such large moves. They may transport medical items like CT, C-arms and ultrasound equipment. Medical movers typically assign barcodes for tracking so that these expensive shipments are accounted for through every step of the journey.

Medical equipment is typically carried by an LTL trucking service. The equipment is so heavy, there may be room for more cargo, but no capacity for additional cargo weight. The move can be arranged by a broker that arranges for the logistics, or it can be arranged and moved by the trucking service. The main difference between the broker and the carrier is that the carrier owns equipment and the broker does not.

The medical transport industry is sizable and may present a profitable industry segment for transport and storage companies. As demand grows for newer types of equipment coming onto the market, such as PET scans, the need for medical equipment movers will grow.

Eliminate Piracy on the High Seas?, Ocean freight

Monday, January 11th, 2010

Transporting ocean freight is going to become a much more dangerous business in the years ahead. If you look at the increasing number of attacks by pirates upon vessels on an increasing number of bodies of water in the past few years, the trend can be seen in the numbers.

Ships are expensive pieces of equipment that are usually insured to the hilt. Even a smaller vessel represents a significant investment of resources. For thieves interested in making the greatest profit for the least effort, the opportunity to take over a ship and its cargo and ransoming them or selling them to the highest bidder, is a tempting and often convenient sin.

Just a few years ago attacks by pirates were mainly on the South China Sea and along the coastlines of Indonesia. In the past few years pirates have heard the call of ‘go west young pirate, go west’, as pirates have started to carry out their business in more westerly locations.

Removing the threat of piracy is going to be a difficult task because of the economic situation in the areas of the world in which piracy exists. The reason these individuals are relying on piracy in the first place is because it’s often one of the few jobs that has a high return for little effort that’s available in the geographical regions in which the individuals live. Until we address the economic situation of the regions in which piracy exists, we’re unlikely to have much of an affect on the levels of piracy in these regions.

The growth of pirate regions like Somalia is going to increase in certain regions of the world in the years ahead, unless we can address the economic situation of the regions and provide other opportunities that are less dangerous than piracy for those who probably feel they have no choice.

We could go the military route, but this would at best be a short-lived solution, as new pirate groups would surely emerge to take the place of those eliminated. There’s a new generation of pirates being born in these regions every week. The only real solution would be to enhance the economic opportunities for individuals in the regions of the world where piracy exists.

Should You Ship Freight By Rail or Roadway?, It depends…

Monday, January 11th, 2010

Whether you choose to ship freight by road or rail depends largely on the cargo being moved. Not only does the size of the cargo matter, but also its strength or fragility.

Some cargo is simply too large to ship via the roadway. There are often legal limits to the height and width of a load that can travel by road. These laws protect bridges from damage and prevent accidents. Special permits and procedures are also needed for over-sized loads.

Rail cars are much more flexible when it comes to large loads. They can be configured to ship freight of various types. Flat cars can run from 40′ to 89′ long, making them more suitable to exceptionally large loads. If you put 50 flat cars together, each having a capacity of 60 tons, you could carry 3,000 tons, much more than is possibly by truck.

Rail does not make sense to ship freight that is fragile. Ceramic tile is much too fragile to be shipped by train. In addition, some metals cannot be secured properly on a train because they are too heavy. Such items must be shipped by truck.

Trucking makes more sense when time is tight because rail freight often takes longer. Schedules are not ideally consistent and regular, so there are delays getting freight to its destination.

Security is also an issue when you ship freight. Trucks are generally more secure, being manned by a driver who has sight of the load for most of the trip. On long trains, it is easier for cargo to be stolen. It is harder to police a line of 50 cars than it is to check just one truckload.

Kiribati Bulk Trucking Guide

Thursday, January 7th, 2010

Bulk trucking in Kiribati might be difficult, since transport and communication in the country is relatively poor. Out of its 670 kilometers of highways, from a 1996 estimate, none were paved. Though, reportedly about 27 km were paved as of 2001, and might have doubled since that time onward.

With only a few paved roads, bulk trucking goods, especially of the fragile or the liquid sort, might entail a higher rate of damage. One of the major roads in Kiribati is the Nippon Causeway, which was completed in 1987 with the help of the Japanese government. This has since replaced ferrying from Betio and Bariki.

Apparently there are only few trucks on the road, with a majority of the 2000 registered vehicles being motorcycles. Motorcycles consist of three quarts of the total land transportation in Kiribati. Most of the containers here are shipped by sea, and there exists no rail, lake or even river transport. Some ports, like on the Betio islet, very close to Tarawa, have equipment that can handle containers. Other ports have vehicles that cater to phosphate loading.

In the rural areas, the lifestyle tends to lean more on traditional practices. The rural areas comprise the thirty-two outer islands, these being separate from Tarawa of distances between 30 km up to 3000 km of water. These islands, however, comprise 97.8 of the total land mass in the country, containing 56 percent of the population. Trucks in these areas, if any at all, might be less than a handful, and are slightly larger than pickup trucks carrying less than the average number of bulk agricultural products or water in containers.

U-Truck for Indian Trucking Services

Tuesday, January 5th, 2010

In January 2010, Ashok Leyland (ALL) introduced U-Truck, a novel platform for the Indian trucking services; and U-4936 tractor and U-2523 tipper truck. The new fuel-efficient and powerful platform conforms to Bharat Stage (BS) III emission regulations; BS-IV, the latest emission standards that will be effective from April 1, 2010; and BS V, the future emission norms. The company will upgrade its complete range of 16-49-ton haulage trucks, tippers and tractors to new innovative platform by the end of 2013. Upgraded products will have a number of cab options, three speed choices and 11 power ratings. The U-Truck vehicles will initially be manufactured in Uttarakhand (India) based facility of the company and available in the market in April 2010. The new facility with production capacity of 50,000 units will become operational in March 2010. The Hosur (India) plant of ALL will also manufacture the U-Truck vehicles. The platform will improve return on investment, braking capabilities and turn around time, and lower NVH, enhancing trucking experience. The flexible and customizable U-truck will feature Neptune and H series engines with horsepower ranging from 160 to 380; and can be used for normal load carriage and mining operations. Transmission options include 16, 9, 8 and 6 gears. The U-Truck will mainly be sold in the domestic market but it will also be promoted in similar markets like CIS, South East Asia and West Asia.

Ashok, a leading Indian commercial vehicle manufacturer and a part of the Hinduja Group, makes double-decker buses, haulage vehicles and diesel engines for genset, marine and industrial applications.

Trucking, Shipping, and National Security

Tuesday, January 5th, 2010

Bulk trucking companies all over the world along with other trucking transport services are wary about terrorist attacks especially with what happened just recently. During the holidays, a 23 year old Nigerian terrorist tried to detonate a bomb onboard a flight to Detroit. After the incident, the US sent a warning to all airlines around the globe to tighten their airport security. Although this is an issue of terrorism on a plane, trucking companies are still very much worried about terrorist attacks.

In the year 2002, the trucking industry in the United States rolled out its ATAP more popularly known as its Anti-terrorism Action Plan. The plan’s target is to keep key routes open and secure to enable wheels of commerce to go about their day to day activities.

Bulk truckers and other vehicle haulers have been trained to deal with such situations by spotting any type of suspicious activity and report it as soon as possible. The main goal of the American trucking industry is to prevent terrorists from using trucks as weapons and transporters for items that may be used to harm the American population.

In Europe, terrorism through shipping is very much feared. Terrorism does not only concern the bulk trucking and trucking transport industry, it also concerns ships delivering cargo from port to port. The main issue is that, port authorities in Europe and the rest of the world are not equipped with technology that can determine threats such as biochemical or biological weapons or any type of weapons that can pass as ordinary raw materials.

Advanced technology is needed for port authorities to be able to determine that cargo shipments are not items that can be used for terrorist attacks in the quickest way possible. Ports are always busy and checking every cargo by opening every container one by one will take long hours, that is why gamma ray and x-ray scanners are utilized for cargo checking. These equipment however are not made to determine biochemical weapons, hence the growing wariness of the shipping industry.

If “terrorist” cargo pass the ports they will later on be transported by unsuspecting bulk trucking companies, giving terrorists the freedom to roam a certain country without answering too many questions.