Tag: rail

Burning the Midnight Oil for Living Energy Independence

Flying home from the Economist’s national conference Atlanta (see note1) my brilliant entertainment plan to pass the day lost flying home from Atlanta fell apart.

I could not attend even the 8am session on Tuesday, because the flight left at 11:15, and I was warned about TSA security theater delays. So I got on the MARTA train around 8:30, to stand in line to check-in, to stand in line to get through screening, to get to the gate and wait, to get on the plane which waited in line for a runway. It was, however, only half an hour in the air, so that fact that with a 125mph train to Charlotte I could have gone to the morning conference session and arrived in Charlotte sooner is neither here nor there.

Then I had a 3hr+ layover in Charlotte until the plane back home to NE Ohio. But I had my Netflix and some FullMetal Alchemist DVD’s, so no problem. Except my portable DVD player decided to stop working (see note2), so there were no DVD’s. Which meant I was forced to fall back on a “pbook” (paper book) I had brought with me – Waiting on a Train, which meant that I finally finished it (and still had several hours to wait after I had done so).

And in particular read the fascinating discussion of the touchy relationship between freight and passenger trains. Regular readers will know that this is a critical point: indeed, the entire Steel-Interstate strategy to getting Higher Speed Rail for Appalachia rests on passenger trains running on infrastructure provided in support of 100mph electric freight trains.

Burning the Midnight Oil for Living Energy Independence

I’ve been reading James McCommon’s Waiting on a Train. And in cowed deference to the FCC, I will put the disclaimer up front that, yes!, I was more likely to read it and talk about it because Chelsea Green gave me a free review copy – since I would otherwise have had to wait until both it and I was in the library at the same time …

… {of course, making me more likely to read it and talk about it is a gamble, since I’m not going to change my view of it because its a free copy – so if you have any publisher friends, warn them that if they reckon a book is a piece of garbage, they’d be better advised not to send a review copy}

The Chapter that is inspiring today’s Sunday Train is “Amtrak Cascades: it’s all about frequency”.

“Uznanski” is Ken Uznanski, former passenger rail chief of the Washington DoT:

“Once those intermodal trains can go through Stampede Pass, it will take some traffic off the main line and free up more room for additional passenger trains,” said Uznanski.

By bringing the number of trains up to eight a day between Vancouver and Portland, ridership and ticket revenue will increase significantly. Currently ticket sales – what is known as farebox – cover 43% of the Amtrak Cascades’ operating expenses; the state subsidizes the remainder. Run eight trains daily, however, the farebox recovery goes up to 70%.

crossposted from Agent Orange

The Steel Interstate concept (tagpage) is one that I have been discussing, off and on, in my Sunday Train series. The basic idea is to electrify the Department of Defense STrategic RAil Corridor NETwork, STRACNET (right), and establish 100mph Rapid Freight Rail paths, to allow an estimated (Millenium Institute pdf) half of long haul trucking to shift to electric freight rail at a saving of about 10% of our current oil imports.

This diary is about how to overcome the only thing standing in its way: Public Finance. And that is to impose a $1/barrel tax on imported petroleum and petroleum products, and allocate 1% of any Carbon Fee to financing construction.

Burning the Midnight Oil for Living Energy Independence

Now New and Improved with Poll Technology

Programming Note: I recently received for review a copy of Waiting on a Train by James McCommons, published by Chelsea Green Publishing. I’ll likely be talking about it next week, but til then, you can read James Kunstler’s Intro online at AlterNet.

Back in early September, I discussed the Steel Interstate in the context of the Appalachian Hub. The concept of the Steel Interstate is electrifying main rail corridors and establishing 100mph Rapid Freight Rail paths.

The broadest application of this concept is the proposal to Electrify STRACNET, the STrategic RAil Corridor NETwork.

The Appalachian Hub, recall, is a hypothetical Emerging / Regional HSR passenger rail network, modeled on the Midwest Hub and Ohio Hub plans.

And it is hypothetical, of course, because the state governments of the Appalachian regions have been laying down on the job. The High Speed Rail corridor planning framework established under the Clinton Administration in the 90’s is a bottom-up system, with states establishing High Speed Rail commissions, advancing plans to the stage of gaining designation as a HSR corridor, sorting out the financing, and applying for Federal funding.

Burning the Midnight Oil for Living Energy Independence

A few weeks back, SubsidyScope, “launched by The Pew Charitable Trusts, aims to raise public awareness about the role of federal subsidies in the economy”, pursued its mandate into transport subsidies, coming out with a study with the headline figure of $32 subsidy per passenger for Amtrak.

Why Amtrak? Why not provide a headline figure on federal subsidy per motorist or airplane passenger? Critics of the report suggest that the answer is simple – consider, for instance, Charleston WV mayor Danny Jones:

Jones admits Amtrak relies heavily on subsidies, but so do other modes of transportation, he said.

“I think it’s just easier to see how much of it’s subsidized with Amtrak,” he said.

And there is a lot of merit in that. Further, SubsidyScope is not focusing on Government subsidy, but on Federal subsidy. Not only is it harder to analyze government subsidies to driving and flying, given how many direct and indirect subsidies there are to take into account – but many of the subsidies are at the state and local government level, so for SubsidyScope’s purposes they “don’t count”.

But its worse that that. Even accepting SubsidyScope’s twisted framing of the issue of government subsidies – the actual core part of the analysis that they themselves perform is hopelessly bad. The gory details, and then the numbers that pity forced me to rescue from the clutches of SubsidyScope, below the fold.

Burning the Midnight Oil for Living Energy Independence

Crossposted from MyLeftWing, also in Orange

The big knock against high speed rail is, of course, that it does not run door to door. This is, of course, why the passenger air transport market is such a strategic target … it is an existing fuel-inefficient mode of transport where everyone travels as a pedestrian. And a well designed high speed rail system will deliver the target market among pedestrian travellers from as close or closer to their origin, and drop them off as close or closer to their destination.

But those are not the only passengers that HSR will be catering to. A term I have heard railfans use for this type of activity is “recruiting” patronage, so, after the fold, I step through some of the important current, and potential, recruiters.

Burning the Midnight Oil for Living Energy Independence

also Agent Orange

Let construction or upgrade of a rail corridor be proposed, and almost immediately the cry goes up, “but we can’t afford it! It costs too much!”.

Confusing the response to this cry is that there are two quite different types of “cost too much” – real, and financial.

There first “cost of rail” question is the real cost question: what is the full economic benefit, including all material and energy impacts saved versus other alternative, versus the full economic cost.

___________

Note: The first kind of “cost versus benefit” question is the kind that Ed Gleaser fumbled so badly when he assumed Zero Population Growth in east Texas, no congestion today between Houston and Dallas on the intercity road network, either deliberately or through negligence bypassed important intercity transport demands along the route of his corridor, and presumed that the only available option was the most capital-intensive type of rail corridor, the all-new, all-grade separated, Express High Speed Rail corridor.

____________

The second “cost of rail” question is the financial cost – given the complex, sometimes ad hoc, and often inconsistent sets of rules we have established for allocating resources for both investment in transport infrastructure and paying for transport operations, how do we “pay for” construction or upgrade of those rail corridors that our best analysis of cost and benefit indicate are wise investments.

That second question is what I am looking at today.

Burning the Midnight Oil for Living Energy Independence

crossposted from ProgressiveBlue

Transport For America (t4america.org) has a call to action out on the Climate Change Bill. “ACES” passed the House, and the corresponding (but of course not identical) legislation is presently up for consideration in the Senate.

The basis of the call for action is straightforward:

• 1% of the revenues raised by the Carbon Fee is permitted to be used for clean energy transport – not even mandated, but optionally may be used for that among a range of other options.
  
• Transport is responsible for 30% of the CO2 emitted
  
• thus, “You can’t solve 30% of the problem with 1% of the funds

Now, about 14% of carbon fee revenue is dedicated to emissions reduction, so that is 7.2% of the emissions reduction budget allocated that is the maximum allowed to be spent on installing existing clean energy transport. Based on CBO estimates of carbon fees, the maximum amount that states would be allowed to devote to clean energy transport is:

• $391m in 2011; rising to
• $1.3b ($1,323m) in 2019

By contrast, the bill authorizes utilities to tax customers by $1b-$1.1b a year over 10 years to finance the installation of Carbon Sequestration Technology, which is the excuse given for permitting continued construction of coal-fired generating plants. (source: 1Sky analysis, pdf)

This means:

• The most promising single opportunity to reduce greenhouse gas emissions in transport inside a decade, electrification of the STRACNET long haul rail freight network, is entirely out of bounds for any funding
• Funding for electric rail and trolley bus passenger transport requires first gaining approval through Federal programs that discriminate against energy-efficiency

Burning the Midnight Oil for Living Energy Independence

crossposted to Agent Orange

The people’s choice award in the Re-Burbia “Rethinking Suburbia” design competition was the entry titled Urban Sprawl Repair Kit: Repairing The Urban Fabric.

But I want to adapt these ideas from the repair of the urban fabric to the original creation of a healthy suburban fabric. From further below:

After all, no matter how much one may love big cities – big cities have never been the be-all and end-all of settlement. Part of a healthy big city economy is a healthy network of relationships to a surrounding network of healthy smaller cities. And part of what makes them healthy is a healthy network of relationships to healthy small towns and villages.

And that is the foundation of the Suburban Town and Village design pattern, using the Rapid Streetcar as its transport infrastructure backbone: providing suburban Towns and Villages that work in their own right, replacing the two-dimensional movie-set facade of Town and Village life offered by most suburban sprawl communities.

Burning the Midnight Oil for Living Energy Independence

crossposted from The Hillbilly Report, also available in Orange

The Appalachian Hub Part 2: The Charleston WV Hub

The increasingly infamous Appalachian Development Highway program started out with the goal of supporting the potential for genuine economic development in Appalachia by improving transport links into and within the region.

And yet, with the decentralized, state-based system for planning 110mph, 125mph and 220mph High Speed Rail systems, there is the threat that the very problem that the Appalachian Development Highway system was established to address will be re-created as we modernize our regional passenger transport backbones from asphalt to steel.

An Appalachian Hub project would aim to drag these laudable goals into the 21st Century by filling the gaping hole in Eastern US planning for High Speed Rail systems. “Would”, since this is an exploration of what such a system might look like if West Virginia, Kentucky and Tennessee joined this planning process – not a report on ongoing, formal projects such as the Midwest Hub or Ohio Hub.

crossposted from MyLeftWing

Having lost sight of our goals we redoubled our efforts
– Mark Twain

I have blogged on this topic before (links below the fold), and the concept is both powerful and simple. Electrify main rail corridors and provide the capacity to support 100mph Rapid Freight Rail. The points are direct:

• Electric rail freight needs under 10% the energy of diesel truck freight
• Even with short-haul trucking to origin railhead and from destination railhead, 100mph Rapid Freight Rail is faster door to door freight than long-haul trucking
• In underused Rights of Way, rail capacity is decreasing cost, with additional capacity cheaper than existing capacity
• As a side-effect benefit, any system that supports high reliability scheduled freight delivery automatically support substantially upgrade passenger rail services

With the focus on Long-Haul Freight, this proposed system has been dubbed the “Steel Interstate” (pdf).

Virginia is facing a Dinosaur Economy proposal to expand I-81 to  eight lanes to cope with the combination of truck and car traffic. RAIL Solutions has turned to the Steel Interstate that:

• is a lower cost alternative
• is not addicted to oil,
• and takes semi-truck traffic off I-81, rather than imposing more semi-truck traffic on the motorists using I-81.