freight

The cost to charter U.S. Flag Jones Act tankers that are used to transport crude and refined products along U.S. coastal waters is still as high as $75,000/day for medium-range 330 MBbl vessels. That’s four times what it costs for an equivalent foreign flag tanker. Higher charter rates – caused by tight vessel supply in a regulated market – have attracted investment from Kinder Morgan and other midstream companies and the tanker fleet will expand by 40% in the next 3 years. Today we discuss the market potential.

The Jones Act (see The Sea and Mr. Jones) is a federal statute requiring that all goods transported by water between U.S. ports be carried in U.S. Flag ships, constructed in the United States, owned by U.S. citizens, and crewed by U.S. citizens and/or U.S. permanent residents. Because of the regulations, operating expenses are higher for Jones Act vessels (as much as 2.7 times non-flag alternatives according to a U.S. Maritime Administration (MORAD) study in 2011). We have provided considerable coverage of the role that Jones Act vessels have played in the U.S. crude oil distribution system over the past 4 years since shale production increased domestic output including our Rock The Boat series in the spring of 2014. Subscribers to RBN’s Backstage Pass service can download a copy of the comprehensive “Rock The Boat” Drill Down Report that accompanied that series and contained a detailed inventory of the larger vessels and their owners.

The opening up of Mexico’s retail liquefied petroleum gas (LPG) market could provide significant opportunities for U.S. propane and butane producers, as well as midstream companies and exporters. If exports of U.S.- sourced LPG are to increase, though, it would help to have a more robust and efficient system than presently exists for transporting the fuel to the U.S.-Mexico border and, from there, to key LPG consumption markets within Mexico. Today, we continue our look at Mexican LPG imports with a review of existing and planned pipelines.

U.S. production of propane from gas processing has more than doubled since 2010 and now exceeds 1.1 MMb/d.  Together with another 300 Mb/d from refineries, that is far more propane than the U.S can use.  Consequently, U.S. exports of propane have been booming, reaching more than 700 Mb/d in July.  But that has not been enough exports to keep propane inventories from filling to the brim, now up to more than 90 million barrels, about 10 million barrels over the five year high.  About the only thing that has been holding back even more exports is shipping costs.   The cost of ships that move most of the propane to overseas markets, called Very Large Gas Carriers, or VLGCs (gas meaning LPG, not natural gas), have been high since U.S. exports started ramping up and then blasted to the moon this summer in response to huge export volumes and logistical tangles in global markets.  But that’s all about to come to an end.  There is a flotilla of new LPG vessels that were ordered many months ago that are scheduled to hit the market in 2015 and 2016.   In today’s blog we review how U.S. LPG exports are likely to respond to the coming massive increase in VLGC shipping capacity.

Exports of liquefied petroleum gases (LPGs – propane and butane) from the U.S. to international markets - are expected to nearly double from 460 Mb/d in 2014 to 915 Mb/d in 2019 as production from gas plant processing exceeds domestic demand. Available Very Large Gas Carrier (VLGC) vessels to carry these increased overseas volumes are limited. As a result spot freight rates have reached record levels recently. In today’s blog “Stayin’ Afloat With the LPGees – Part 4 Freight Voyage Calculation Model” Sandy Fielden walks through a voyage cost calculation. Today we walk through a voyage cost calculation.

Exports of liquefied petroleum gases (LPGs) from the U.S. to international markets - are expected to nearly double from 466 Mb/d in 2014 to 825 Mb/d in 2018 as production from gas plant processing exceeds domestic demand. There are two LPG export terminals on the Houston Ship Channel that have been responsible for most exports, another six around the country that have exported some LPG over the past year, and still another four new-builds that have been announced.  That’s a lot of volume and a lot of dock capacity.  One question is whether there are enough LPG ships to handle all of these exports.  Today we introduce our review of this question, looking at the specialized vessels used to ship LPGs.

There are no crude pipelines running from the Gulf Coast refining region to the West Coast. A Kinder Morgan plan to build such a pipeline last year (2013) floundered on lack of shipper interest. Surging crude supplies at the Gulf Coast and downward pressure on prices in the absence of an end to the crude oil export ban raise the tantalizing possibility of moving crude East to West through the Panama Canal (or the Transpanama pipeline). Today we look at the economics of such shipments.

There has been a lot of market interest and investment in moving Canadian heavy crude from Alberta to the Gulf Coast by rail in the face of competing pipeline routes that will come online in the next two years. Our analysis indicates that rail can beat the pipelines but that the infrastructure to achieve the necessary economies of scale are not yet in place. Today we provide a worked example of the cost alternatives.

The 51-mile long Panama Canal completed in 1914 connects the Caribbean Sea to the Pacific Ocean. By passing through the Canal ships reduce voyage distances by thousands of miles and journey times by 10 days or more. The Canal is currently constrained by the dimensions of its lock system that limit the size of vessel that can pass through. An expansion project started in 2006 and set to complete in early 2015 will increase the dimensions so that larger ships can use the canal. Today we assess the consequences for tanker movements.

Unlike pipelines that take a long time to build and only deliver to a handful of destinations, rail freight cars offer the flexibility to deliver anywhere across North America. The rail freight industry can load, store and transport different NGLs (including those NGL products that must be transported under high pressure) as well as crude and petroleum products. Rail infrastructure is mostly already in place so new routes can easily be brought on line. That’s why rail freight has been used successfully by the energy industry for over 100 years as - a “pipeline on wheels”. Today we look at the rail tank car business for moving NGL and petroleum products.