US Shipbuilding and LNG JECKU TEM. Tom Wetherald



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US Shipbuilding and LNG JECKU TEM Tom Wetherald

US Coastwise Fleet Distribution Oceangoing Vessels Product Tanker Crude Carrier Containership 31 vessels in service 11 vessels in service 27 vessels in service Average age 8 years Average age 14 years Average age 30 years Orders in the last year for 10 Product Tankers and two Containerships Ro/Ro 8 vessels in service Average age 28 years Oceangoing Dry Bulk 2 vessels in service Average age 31 years 2

Regulatory Environment Important Regulatory Deadlines Facing Commercial Owners Emission Control Area (ECA): Tier III NOx Emissions Criteria: New emissions restrictions related to nitrous oxides (NOx) come into effect in January 2016 New limits represent a 75% reduction from current Tier II limits Vessels built in advance of Jan 2016 (keel) will not require large NOx emission treatment systems Mandates low sulfur fuel or an alternative means of reducing sulfur oxide (SOx) within 200nm of the coast Enforcement begins 8/1/2012 US domestic steamships exempt until 2020 from ECA requirements SCR EGR NOTE: Silver equipment denotes additional NOx-reduction equipment 3

Natural Gas (NG) Market North America Trillion Cubic Feet 30 25 20 15 10 5 Natural Gas Production by Source 1990 2035 SHALE GAS Marcellus Shale 0 Alaska Lower 48 Offshore Tight Gas Coalbed Methane Lower 48 Onshore (Conventional) Shale Gas Source: Fig. 107, Annual Energy Outlook 2012 with Projections to 2035, U.S. EIA Significant Natural Gas reserves will encourage a shift towards U.S. export, break dependency on Middle East oil, drive the need for marine transportation, and offer opportunities for shipbuilding Source: U.S. EIA (based on data from various published studies, 09MAY11)* Source: CIA World Factbook, https://www.cia.gov/library/publications/the-world-factbook/rankorder/2179rank.html Source: NERA Consulting, Macroeconomic Impacts of LNG Exports from the United States + 4

Major Commercial Market Forces Domestic Oil Production, and LNG Domestic Oil Production Oil at 22-year high Product Tanker Charter Rates have increased over 50% in 2 years Domestic LNG Pricing Price of natural gas ~80% less than crude oil By product of fracking and no US export of natural gas (to-date) Ship owners attracted to LNG as a fuel due to its cost and environmental benefits 5

US Coastwise (Jones Act) Tankers Domestic Crude Oil and Product Movements Year Daily MR Tanker Charter Rates 2009 ~$50,000 2010 ~$52,000 2011 ~$48,000 2012 ~$50,000 to $65,000 2013 ~$70,000 to $75,000 (1 at ~$105,000) Source: MJLF Associates Due to Vessel Supply Constraints and an Increased Demand to move Crude Oil, Vessel Charter Rates have Risen Steadily since 2011 6

NASSCO 50k DWT LNG Ready ECO Product Tankers Contract for Six Ships for Two Different Owners Vessel Deliveries 4Q 2015 through early 2017 7

LNG Powered ECO Product Tanker Design Key Vessel Characteristics Length (LOA): 186.0 m Breadth: 32.2 m Speed: 14.5 knots Range: 15,800 nm Cargo Tank Capacity: 337,000 barrels Main Engine: MAN 6G50ME-B9.3-GI 8

US Coastwise Dry Cargo Market Aging Fleet Over the next 5 to 7 years, dry cargo owners may need to replace up to 15 vessels Average vessel age in Jones Act dry cargo market is 30 years Steamships must comply with ECA regulations by 2020, one owner considering converting existing aging vessels to burn LNG Emission regulations are driving owners new building investment decisions from an operating and capital cost perspective LNG as a ships fuel is playing and will continue to play a major role in new Jones Act dry cargo vessel replacement programs China Dutch Harbor Anchorage Kodiak Alaska Market Horizon Lines TOTE Maritime Tacoma Honolulu Oakland Long Beach Elizabeth Jacksonville Guam Houston Tampa Hawaii / Guam Market Horizon Lines Matson Navigation Pasha Hawaii Puerto Rico Market Crowley Maritime Horizon Lines TOTE Maritime Trailer Bridge San Juan 9

NASSCO / TOTE Containership Project 3100 TEU LNG Power Containership 2 Ships LNG Propulsion System Arrangement Clean and Efficient Meets all current and future emission requirements Burns more efficiently than liquid petroleum fuels Lower Costs and Abundant Potential LNG market pricing below crude oil pricing Large domestic shale gas reserves DSME Partnership Experience delivering over 80 LNG carriers Leader in LNG propulsion technology First Vessel to Deliver by 4Q 2015, Second Vessel 1Q 2016 10

NASSCO / TOTE LNG Conversion Project Overview Design Contract Awarded: January 2, 2013 Vessel Type: Orca Class Trailerships Quantity: 2 vessels Original ships designed and built by NASSCO (delivered in 2003) Vessels operate from Tacoma, Washington to Anchorage, Alaska Reasons for Conversion: A strong belief that LNG will be the main fuel for marine transportation in the future Decision based on the significant environmental benefits related to operating on LNG *Note: TOTE received a provisional waiver from current ECA fuel sulfur content requirements of MARPOL Annex VI while it pursues its alternative fuel conversion. 11

Key Drivers for LNG-Powered Ships Emissions & Economics Emission Regulations Emission Control Areas (ECAs) are in place and will expand in the future NOx, SOx, and particulate matter (PM) regulations will continue to tighten LNG as a ship s fuel meets most current and future emission regulations Fuel & Gas Prices Domestic natural gas is trading significantly cheaper than fuel oil Owners are expected to lock-in LNG bunker pricing differentials to fuel oil Fuel Efficiency of LNG LNG provides a 20-25% better calorific value than liquid fuel leading to significantly lower fuel consumption rates Owners have stated that fuel costs represent 60-70% of OPEX Despite a lack of a bunkering infrastructure, the emission and operational cost benefits are driving operators toward LNG-propulsion 12