1、 GUIDE FOR BUILDING AND CLASSING FLOATING OFFSHORE LIQUEFIED GAS TERMINALS JUNE 2010 NOTICE NO. 8 August 2017 The following Rule Changes were approved by the ABS Rules Committee on 28 July 2017 and become EFFECTIVE AS OF 1 AUGUST 2017. (See http:/www.eagle.org for the consolidated version of the Gui
2、de for Building and Classing Floating Offshore Liquefied Gas Terminals, 2010, with all Notices and Corrigenda incorporated.) Notes - The date in the parentheses means the date that the Rule becomes effective for new construction based on the contract date for construction. (See 1-1-4/3.3 of the ABS
3、Rules for Conditions of Classification Offshore Units and Structures (Part 1).) CHAPTER 2 DESIGN CONSIDERATIONS SECTION 1 CLASSIFICATION OF FLOATING OFFSHORE LIQUEFIED GAS TERMINALS (Revise Subsection 2-1/19, as follows:) 19 Stability (1 August 2017) The intact and damage stability of the installati
4、on are to be evaluated in accordance with the requirements of the flag and coastal States. In addition, the requirements of the 1966 Load Line Convention, IMO Code on Intact Stability, IMO MODU Code, IGC Code, and MARPOL 73/78 are to be considered as applicable. In the absence of flag or coastal Sta
5、te requirements, Section 3-3-1 of the MODU Rules is to be complied with. See 2-1/17 of this Guide for general requirements pertaining to the makeup and issuance of loading guidance with respect to stability. ABSGUIDE FOR BUILDING AND CLASSING FLOATING OFFSHORE LIQUEFIED GAS TERMINALS .2010 1 Notice
6、No. 8 August 2017 CHAPTER 3 STRUCTURAL DESIGN REQUIREMENTS SECTION 3 LOAD CRITERIA 5 Wave-Induced Loads 5.9 Internal Pressures IGC Code 5.9.1 Vessel Accelerations (1 August 2017) (Revise equations for vertical acceleration in Subparagraph 3-3/5.9.1, as follows:) Vertical acceleration az= VACao+25.15.1226.06.005.0453.51ByKCLxLBfor L in m az= VACao+25.15.1226.06.005.01483.51ByKCLxLBfor L in ft (Preceding and following text is unchanged.) 2 ABSGUIDE FOR BUILDING AND CLASSING FLOATING OFFSHORE LIQUEFIED GAS TERMINALS .2010
