KORSHIP

Issue Enhanced ABS Lashing Notation Provides Unparalleled Flexibility for Co…

페이지 정보

작성자 최고관리자 댓글 0건 조회 28회 작성일 25-07-22 12:09

본문


Enhanced ABS Lashing Notation Provides Unparalleled Flexibility for Container Operators



8c2d3b7d413810724edcac5df602ba88_1753153734_8579.jpg
 

An example of CLP-V(PARR) route splitting and seasonal reduction factors for a trade route from Asia to Europe.



8c2d3b7d413810724edcac5df602ba88_1753153740_5378.jpg
 

ABS optional class notations on container lashing. CLP-V(PARR) offers both route splitting and seasonal reductions factors.




ABS enhanced its CLP-V(PARR) lashing notation to include a seasonality factor which gives additional operational flexibility to container ship operators.


Introduced in 2024, the CLP-V(PARR) notation combines the ABS computer lashing program with mandatory parametric roll guidance, allowing operators to optimize stowage and lashing of containers, up to an additional tier of containers on deck, with reduced risk of loss due to parametric rolling.


The new seasonality factor, in combination with the route splitting approach, gives shipowners the opportunity to optimize loading on each leg of a voyage, while also gaining flexibility from additional seasonal differences.


“ABS employs a unique approach to calculate load reduction factors on specific routes, sections and seasons rather than on a complete voyage. With the combination of route splitting and seasonality, this new notation is offering valuable options to container operators,” said Christoph Rasewsky, ABS Global Container Sector Lead.


“By analyzing sea conditions using wave scatter diagrams from hindcast wave data for specific sections and seasons, carriers can apply more specific load reduction factors while reducing the risk of cargo loss from parametric rolling with digital onboard operational guidance. The mandatory parametric roll guidance for this notation is setting a new industry standard for safe ship operation even in adverse weather conditions,” said Peter Kim, ABS Senior Principal Engineer.



■ Contact: ABS https://ww2.eagle.org/en.html