22.04.2015 Views

LVXXU

LVXXU

LVXXU

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Congestion and Competition among Commodities<br />

This rapid increase in rail usage to transport oil has exacerbated existing capacity constraints in the rail systems, which<br />

are determined by multiple factors, including the throughput on the rails themselves, the operation of loading and<br />

unloading facilities, the number of locomotives and rail cars, train speed, and the availability of qualified employees.<br />

The overlap of crude oil movements from the Bakken with coal moving out of the adjacent Powder River<br />

Basin, along with high volume of rail shipments of agricultural commodities from the region, present a<br />

singular set of challenges. Just as crude oil is transported to major ports for refining and export, so too are<br />

other commodities. Figure 5-3 shows the range of commodities shipped by rail in 2013, by percent of tonnage<br />

and revenue. The shipments of a number of these (such as crude petroleum, petroleum products, and sand<br />

used in hydraulic fracturing for oil and gas production, known as frac sand) have been influenced strongly<br />

by increased shale oil production in the West and development of natural gas resources in the East. For every<br />

new well, the Nation’s railroads move approximately 40 rail cars of drilling material. 18 While most of the<br />

sand transported by rail is used for cement production, road building, and other construction purposes, 19<br />

industrial sand, which includes frac sand, makes up about one-third of total carloads in this category, and this<br />

subcategory is growing about twice as fast as other sand and aggregate cargoes. 20 Frac sand makes up the bulk<br />

of this increase. 21 The need to move frac sand and other drilling inputs is a significant factor in the multi-year<br />

backlog of the production of various types of rolling stock—with back orders reaching 124,000 rail cars as of<br />

late 2014, an increase of 25 percent between June and December 2014. 22<br />

23, 24<br />

Figure 5-3.Class I Railroad Commodities, Percentage by Weight and Gross Revenue (2013)<br />

8.3%<br />

2.6%<br />

2.6%<br />

2.9%<br />

2.2%<br />

25.4%<br />

19.9%<br />

4.1%<br />

5.7%<br />

6.6%<br />

39.5%<br />

3.1%<br />

2.6%<br />

3.4%<br />

1.0%<br />

3.9%<br />

13.9%<br />

4.5%<br />

7.4%<br />

8.1%<br />

10.0%<br />

7.8%<br />

13.0%<br />

7.2%<br />

Total - 1.76 Billion tons<br />

Total - $72.1 billion<br />

Coal<br />

Chemicals & allied products<br />

Non-metallic minerals<br />

Farm products<br />

Misc. mixed shipments<br />

Food & kindred products<br />

Metallic ores<br />

Metals & products<br />

Refined petroleum & coke<br />

Stone, clay & glass products<br />

Crude petroleum, nat. gas<br />

Other commodities<br />

Energy commodities and associated products account for a large portion of rail traffic. Crude oil has grown to 3 percent of national (Class I) rail<br />

revenues and more than 2 percent of tonnage. Transport of crude oil and petroleum products, chemicals, crushed stone, sand, and gravel, all of which<br />

are strongly influenced by shale oil production growth, are more significant on a regional basis, and, in those regions, tend to perturb both other<br />

energy and non-energy commodity movements on a constrained rail network.<br />

QER Report: Energy Transmission, Storage, and Distribution Infrastructure | April 2015 5-7

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!