If you missed Yusuf Arikan, PE, PMP's presentation at the Floating Wind Solutions conference, you are going to want to read this article on the impact of using #nylon on floater behaviour and #mooring costs. #floatingwind
As floating wind developers look to reduce mooring system weight and to improve installation efficiency, a question came up: could nylon rope be a better option for floating offshore wind? 2H Offshore the independent Advanced Systems Engineering brand of Acteon, did the comparison: see the difference in the floater’s response depending on whether you use nylon or polyester moorings. ➡️ Read more here about the economic difference as well: https://hubs.ly/Q02mvmqS0 #floatingoffshorewind #mooring #nylon #polyester
Next up to combine this with the paper you presented at FWS last year - how to recreate Nylon performance with polyester/HMPE and Dublin Offshore 's Load Reduction Device?!
OPEX is not taken into account in the economic savings advertised? But how many times would retensioning of the mooring lines be required? From what is publicly available, long-term elongation of nylon should be an issue.
Offshore Engineer Consultant | Partner at SEAMETRY ApS
8moInteresting fact when the results announced the reduce time of installation and cost of 40%-45%, is something to take with a lot of precaution to say the least. I hope the paper is published and open to discussions and under what assumptions the simulations were taken.