LNG Express
 

 
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Agenda - Day 1
Agenda - Day 2
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Participants
ABB Lummus - Randall Gas Technologies
Aker Kvaerner
Anadarko Petroleum Corporation
APL
Applied Science Associates, Inc.
BG
BHP Billiton
Brass LNG Ltd.
Chevron
Chicago Power & Process, Inc.
ConocoPhillips
Conversion Gas Imports, LLC
Daewoo Shipbuilding & Marine Engineering Co., Ltd.
DMW Corp/ IPS Services, Inc
Dow Chemical Company
EDG Consulting Engineers
Engro Vopak Terminals Ltd.
Environmental Protection Agency
Exmar
Exponent
ExxonMobil
ExxonMobil LNG Market Development, Inc.
ExxonMobil Upstream Research Company
Fluor
FMC Technologies, Inc.
Freeport-McMoRan Energy, LLC
Gulf Landing
IPS Services
JGC USA, Inc.
Marine USA, Inc.
Moffatt Nichol, Intl.
Mustang Engineering
Nikkiso Cryo, Inc.
NOAA Fisheries
OSG LNG
Shell Global Solutions
Single Buoy Moorings
Sojitz Corporation of America
Suez Energy Generation NA
Technip USA
TORP Technology
Toyo USA, Inc.

 

Agenda

Introduction

Day 1, January 24, 2006: LNG's Expanding Fleet of Regas Ships - How Large Will It Grow?
With Exmar and Excelerate Energy ordering a fifth LNG-regas ship from Daewoo Shipbuilding & Marine Engineering Co. Ltd (DSME), and Höegh LNG and Suez working on the Neptune regas terminal approximately 10 miles (16 km) offshore Gloucester, Mass., regas ships are becoming one of the fastest growth segments within the expanding LNG industry. How large will the fleet grow? What are the implications for forecasted LNG ship demand, conventional terminals and LNG imports and exports? What is the affect on buoy and regas equipment demand? How many onshore terminals might add supplemental regas buoys, as Suez plans for Everett? Can existing carriers be converted to regas duty safely? These are some of the questions to be addressed during this workshop.

Day 2, January 25, 2006: U.S Seawater Vaporization: Getting to Resolution
Several offshore terminals have been stymied by regulatory concerns over impingement and entrapment of plankton, including newly hatched fish. The proposed use of biocides to cut down on the fouling of heat exchangers further concerns regulators that significant harm may be caused by LNG vaporizer systems using seawater.

Yet, by using seawater as the heat medium instead of burning natural gas, operators are avoiding combustion systems that produce CO2 and consume valuable LNG. Some 80% of the world's LNG receiving terminals use open-rack seawater vaporizers to warm and vaporize LNG for pipeline injection.

So, what is the problem in the U.S.? Is the issue education, a more fragile marine environment, poor environmental control by other nations, or more zealous U.S. regulators? What are the key issues that concern regulators and what are the chances technological improvement will render seawater acceptable? These are issues to be addressed in this workshop.

Please contact at 713-952-9500.

Photo courtesy of Exmar nv.

 
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