Lightweight high strength Seismic Ropes with Dyneema^®

Seismic Ropes

Push limits with deepwater installation ropes with Dyneema^®

Deepwater Installation Ropes

Go deeper using Anchor Ropes with Dyneema^®

Anchor Ropes

Secure and reliable Permanent Mooring Ropes with Dyneema^®

Permanent Mooring Ropes

Safe refloating of stranded MV Benita

Case Study: MV Benita

Wind farm construction is safer, simpler, lower cost with Dyneema^®

Verbrugge Technotex with Dyneema^®

Anchor Mooring Lines made with Dyneema^®

Case Study: Dockwise

May 6-9 2019 - Houston, Texas, USA

Offshore Technology Conference 2019

Samson/SWOS and DSM Dyneema Happy Hour

Samson/SWOS and DSM Dyneema Happy Hour

Rope made with Dyneema^® fiber offers significant operational efficiency

New mooring technology opens door to low cost floating wind farms

Ampyx power is supported by DSM to develop an airborne wind energy system

Lifting off to create a bright future for renewable energy

Learn how round slings with Dyneema^® triple productivity at Tata Steel

Case Study: Round slings at Tata Steel

Production Starts at First FPSO to Use Riser Tethers Made with Dyneema^®

Production Starts at First FPSO

Squeezing maximum efficiency out of a massive gantry crane

Case Study: LINDØ port of ODENSE (LPO)

Mooring ropes and heavy lift slings made with Dyneema^® are significantly more durable, safer, stronger or lighter than any alternative.

Reducing total cost of offshore operations

A better way to assess residual life expectancy with Thermal Behavior of UHMW-PE

Thermal Behavior of UHMW-PE

To prevent any issues arising with anchor lines, Dockwise concluded that they needed ropes made with Dyneema^® fiber to meet the tough challenge to come

Anchor Mooring Lines made with Dyneema^®

CNOOC’s massive 16000 tons jacket installation marks heavy lift using synthetic rope slings.

Offshore lifting slings made with Dyneema^®

Back-up lines made with Dyneema^® can be used as a back-up scenario in the event of steel wire rope (SWR) or chain breaks in mooring legs of rig’s, MODU’s, BTM’s and the alike. In case the SWR is already damaged, back-up lines with Dyneema^® can be installed as a safety feature until regular maintenance takes place.

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Dredging International uses mooring ropes made with Dyneema^® at Belgian wind farm

Two kilometers of advanced rope help secure 300 MW of clean power

Their industry-leading commitment to safety and innovation drives them to continually explore new methods and materials

To capture the world_1904.indd

Go Where Steel Wire Rope Can’t

Mooring Line Tensioning Systems With Dyneema^®

Speed, safety and lower operational costs

Case Study: Walney Offshore Wind Farm

Read more about hunting for neutrinos with Dyneema^®

Case Study: Neutrinos

Read more about ensuring safety with Dyneema^®

Case Study: Stony Mountain

To establish a better understanding of retirement criteria of a rope in service, approximately 40 AmSteel Blue ropes made from Dyneema SK75 HMPE fiber were field-tested.

Abstract: Fatigue and residual strength of fiber tuglines

Mooring Line Tensioning Systems With Dyneema^® Go Where Steel Wire Rope Can’t

Case Study: FPSO Mooring

The new Dyneema^® Max Technology maximizes the scope of the world’s strongest fiber

Dyneema^® Max Technology

Development of HMPE fiber for deepwater permanent mooring applications - DOT Perth 2012

Abstract

Development of HMPE fiber for permanent deep water offshore mooring

Product Information Sheet

Creep and stiffness of HMPE fiber for permanent deepwater offshore mooring

Product Information Sheet

The manufacture, properties and applications of high strength, high modulus polyethylene fibers

Handbook

Fatigue and residual strength of fiber tuglines

Abstract

Development of HMPE fiber for deepwater permanent mooring applications

Development of hmpe fiber for deepwater permanent mooring applications

Creep and Stiffness of HMPE fiber for permanent deepwater offshore mooring

Development of hmpe fiber for deepwater permanent mooring applications

The manufacture, properties and applications of high strength, high modulus polyethylene fibers

Handbook

To capture the world's most reliable seismic data, PGS goes to any length.

Case Study: PGS with Dyneema^®

Dyneema^® Max Technology fulfills promise for high strength high modulus UHMwPE Ropes -

Dyneema^® Max Technology fulfills promise for high strength high modulus UHMwPE Ropes -

Market Leaders team up to deliver a DNVGL-qualified deepwater lowering system

Market Leaders team up to deliver a DNVGL-qualified deepwater lowering system

Dyneema^® Stories

Costa Concordia Salvage Operation

Dyneema^® Stories

Not All HMPE Fiber is the Same

Dyneema^® Stories

New Coating: Lighter, Longer Lasting Ropes

Nets made with Dyneema^® keep fish out of dams and turbines

Fish barrier nets are netting benefits for hydro operators

The Tsunami Catcher

The Tsunami Catcher

Shell’s Switch to Synthetic Lines Reduces Costs & Risks

Shell’s Switch to Synthetic Lines Reduces Costs & Risks

MCE Deepwater Development 2014 - Latest on deepwater installation with HMPE rope

Presentation

Mooring with HMPE rope

Presentation:

This paper describes how the service life of Nexans' conventional ROV tether cable design can be improved

How UHMwPE Fibers Improve the Service Life of ROV Tether Cables

Service life of synthetic fibre ropes in deepwater lifting operations (Huisman, 2010)

Research Paper

UHMWPE fibers from DSM Dyneema: Full Drawn Yarn

SAFETY DATA SHEET YA001

20-21 February 2002, Lafayette, Louisiana

SPE International Symposium & Exhibition on Formation Damage Control

Their industry-leading commitment to safety and innovation drives them to continually explore new methods and materials

To capture the world’s most reliable seismic data, PGS goes to any lengths

World's Biggest Salvage Job Is All Tied Up

FPSO Forum 2014 - Mooring with HMPE

PowerPoint Presentation

Ropes and Tension Members

Predicting the creep lifetime of HMPE Mooring Rope Applications

Latest on deepwater installation with HMPE rope

Presentation:

Dyneema^® Force Multiplier Technology fuses breakthrough polymer science, next-generation fiber technology and unique uni-directional engineering to deliver the very best in ballistic protection.

Dyneema^® Force Multiplier Technology