Published on 20 Apr 2014
This is MY story about MY experience as an engineer for CSX. The views are not of that of CSX, nor anybody else but mine.
June 8, 2017
Life As A Railroad Engineer. What it is like to work for a railroad
September 17, 2015
Regulatory tangle may shut down major US railroads in December
A safety regulation for US common-carrier railroads is due to come into effect at the end of December, but the railroad companies are already warning that they may not be able to comply and that the only legal course of action under the current rules would be to shut down:
In a candid letter to a U.S. senator, BNSF Railway’s chief executive, Carl Ice, said September 9 that BNSF would in effect shut down most of its network rather than violate a federal law mandating that positive train control be operational by December 31. CSX Transportation has said it, too, questions whether it should violate federal laws, and other Class I carriers are likely to follow suit. This set up the real possibility of a national transportation crisis at the beginning of 2016. The public may be unaware of how closely the U.S. economy is tied to railroads, but the reality is that without railroads, this country will quickly cease to function normally. Imagine, for instance, no electricity to heat homes.
[…]
The Surface Transportation Board, which regulates railroads, in effect came to the aid of BNSF and other railroads this past week. Its chairman, Daniel Elliott, wrote to Thune to say that railroads can “lawfully suspend service for various reasons, including safety.” In other words, Elliott is saying that the common carrier obligation of railroads is not absolute. Elliott added that CSX has expressed sentiments similar to those of BNSF.
So what does this all mean? I take railroads at their word that they have diligently tried to install PTC by the deadline. Six years ago Congress thought it was giving railroads enough time to do this, and railroads did not object then to that deadline. But implementation has been a disaster. The technology being put in place is largely new. FRA was slow to issue necessary rules. Signal engineers able to put all the pieces together have been in short supply. And then for more than a year everything ground to a halt because the Federal Communications Commission would not issue permits for construction of radio towers and antennae.
Further, as Ice points out to Thune, PTC is full of bugs as railroads roll it out on their networks. Says Ice: “We are seeing the PTC system trigger unnecessary braking events in which trains are stopped with a full-service brake application. This means that significant work has to occur before the train can re-start. These kinds of delays are numerous and cumulatively consume railroad capacity.”
What railroads have sought is an extension of the deadline, something that Congress has thus far refused to act upon because the votes to permit an extension aren’t there. Now the industry is beginning to say fine, we will not disobey the law and as a result we will be able to offer only a fraction of the service our customers depend upon.
July 2, 2012
Alex Tabarrok on the slow rail and infrastructure bottleneck
Writing at Marginal Revolution, Alex Tabarrok wonders “Why haven’t the $500 bills been picked up?”:
High speed rail, especially California’s project, looks to me to be monorail economics, a costly boondoggle whose appeal lies not in rational calculation […] but in the desire of some politicians (and voters) to feel visionary and sexy. In theory, CA HSR might work but the inevitable reviews, delays, lawsuits and special interest payoffs make the prospects of a beneficial project look dim, demosclerosis kills.
Slow speed rail, however, i.e. freight transport, isn’t sexy but Warren Buffett is investing in rail and maybe we should as well. In particular, there are basic infrastructure projects with potentially high payoffs. Congestion in Chicago, for example, is so bad that freight passing through Chicago often slows down to less than the pace of an electric wheel chair. Improvements are sometimes as simple as replacing 19th century technology with 20th century (not even 21st century!) technology. Even today, for example:
…engineers at some points have to get out of their cabins, walk the length of the train back to the switch — a mile or more — operate the switch, and then trudge back to their place at the head of the train before setting out again.
In a useful article Phillip Longman points out that there are choke points on the Eastern Seaboard which severely reduce the potential for rail:
…railroads can capture only 2 percent of the container traffic traveling up and down the eastern seaboard because of obscure choke points, such as the Howard Street Tunnel in downtown Baltimore. The tunnel is too small to allow double-stack container trains through, and so antiquated it’s been listed on the National Register of Historic Places since 1973. When it shut down in 2001 due to a fire, trains had to divert as far as Cincinnati to get around it. Owner CSX has big plans for capturing more truck traffic from I-95, and for creating room for more passenger trains as well, but can’t do any of this until it finds the financing to fix or bypass this tunnel and make other infrastructure improvements down the line.