Marine Transportation System

Posts Tagged ‘energy’

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CAFE for Ships?

In Efficiency, Environment on January 20, 2010 at 11:06 pm

The liner shipping industry, through its World Shipping Council, has proposed a regime for improving ocean-going vessel emissions worldwide.  It’s a good move.  The WSC considered what proposals were already on the table–fuel tax and emissions trading system–and offered something different and credible.

The Vessel Efficiency System (VES) takes a cue from regulatory regimes like American CAFE standards for vehicles.  Reduce fuel consumption and increase efficiency to reduce carbon emissions.

An international standard is a must for such a borderless, multinational industry.  The industry knows that at least one proposal on the table has in mind using ocean shipping as a revenue source for the broader GHG reduction strategy discussed at COP15 in December.   (Simply a tax on bunker also would not address enviro complaints that emission reduction is not directly addressed.)  WSC doesn’t want GHG tax revenues raised on ships to stray far and so proposes “that some significant portion of the funds be dedicated” to R&D ‘targeted at increasing the energy efficiency of the world’s fleet.”

Presumably the proposal will have some support among major flag nations.  Undoubtedly the proposal will be picked apart in some quarters.  But then WSC President Chris Koch and environmental VP Bryan Wood-Thomas know that.   Better to have your own proposal in the mix.  “The Committee is invited to consider the information in this document and take action as appropriate.”

Below are some excerpts from the VES proposal; the full document is here; a JoC story is here.   Pbea

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World Shipping Council – Vessel Efficiency System (VES)

  • Establish efficiency design standards or targets for new and existing vessels where calculation of an Energy Efficiency Design Index baseline is feasible,
  • Establish mandatory efficiency standards applicable to new builds, with subsequent standards established through successive tiers,
  • Establish different (less stringent) efficiency standards that apply to the existing fleet after a given year,
  • Assess charges on fuel consumption for existing vessels failing to meet the standard for existing vessels, and
  • Establish a fund populated by the revenue.

The purpose of combining vessel design efficiency with the fund concept is to:

  • Produce an enhanced environmental result;
  • Address criticisms that the other proposal to establish a fund through fees on bunker sales would be a commodity tax with limited impact on improving carbon efficiency across the world’s fleet;
  • Provide greater incentive to vessel operators to invest in efficiency improvement; and
  • Discourage the long-term operation of the most inefficient vessels.

For those ships subject to the charge…the relative cost per ton is less for those ships that miss the standard by a smaller margin.  The least efficient ships of a given class and size would pay the highest charge.

Like the Danish proposal, such a system would generate funds for an IMO administered “fund;” however, this approach would also financially reward those ships that meet the specified efficiency standards and create an incentive to improve or retire the least efficient vessels within a given class and size grouping.

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Will Ports Be Ready? (Part 2)

In Environment, Ports on September 15, 2009 at 5:14 pm

Will U.S. ports, especially those on the Atlantic and Gulf coasts, be ready to operate in the changing domestic and international commercial environment? With major shifts on the way the ports that adequately prepare will be the ones to maintain and gain market share.  The change in environment—at local, national and global levels—will be a constant factor not easily addressed.

Environmental Concerns
From 2002 to 2007 many ports found it necessary to have a proactive environmental policy to get community approval to operate and expand.  Most major ports experienced double digit volume increases that resulted in problems with surrounding communities over increasing road congestion, noxious air emissions, and safety concerns.  In the San Pedro Bay ports communities voiced their anger to local politicians and in short order port projects were put on hold.

With the collapse of global trade, the pressure subsided as the number of containers and trucks decreased.  However, all indications suggest that world trade will rebound and cargo volumes will double by 2040.  Community concerns and political problems will re-emerge as well.  Other environmental issues may also emerge to affect port business practices—consumption of non-renewable resources, bio-hazards, and concerns about species redistribution that may persist even with ballast water regulation.  A proactive policy may again be a necessity for certain major ports if their environmental performance is seen as problematic for their neighbors.

Green house gases (GHG) are probably going to be the biggest environmental game changer for businesses as climate change policy is put in place and businesses calculate the added expense.  The U.S. contributes 20 percent of the world’s emissions from burning fossil fuels; India contributes 4 percent.  Will there be a carbon tax or cap and trade policy established worldwide?  What will be the cost penalty for oceanborne cargo here or worldwide?  How fast will engine room and terminal equipment technology adapt?  Those questions await answers and clarification.

As climate change concerns and political acceptance addressing those concerns increase, the pressures to aggressively address GHG will be enormous.  (That is likely notwithstanding the relative environmental and energy per-ton/mile efficiency of the marine and rail elements of MTS related transportation.)  These issues will have even greater impacts on the cost of ports, particularly if dealt with retroactively.

Next: Consumer demand and the bottom line.

T. H. Wakeman