
From Sheep to Seaweed
Plastic rope is being washed up on coastlines and rubbing against rocks, resulting in them becoming coated in a hard plastic, or plasticrust, which could cause wider issues by entering the marine food chain. A similar effect can result through the hauling of heavy nets back onboard fishing vessels, the resulting abrasion releasing millions of micro plastic fragments into the sea. There’s also simple degradation, with plastic taking an average of 20 years to breakdown, with some taking much, much longer.
But an answer could be at hand.
Kate Drury is a fourth generation sheep farmer and sits on the Board of British Wool, so knows a thing or two about the overall benefits of this material. Following a meeting between the Royal Agricultural University and a Seaweed Agent from the Southern Hemisphere, she was brought in to discuss the possibility of using wool as a substrate rope onto which seaweed could grow.
The product is currently undergoing extensive testing at Tinius Olsen's laboratory, where it will establish the tensile strength of the rope under Standards such as ASTM D-6268, although interest in this wool rope application has grown exponentially as word has spread of its development and potential benefits to both the environment and fishing industry based economy. Production is of course dependent on the data acquired from the extensive materials testing currently well underway. There are already 860 samples being tested during the second trial of the rope this year, which Tinius Olsen are again supporting.
The results of this and broader research data will establish the best place of manufacture and other variables such as sufficient wool supply and the potential of commercial companies switching production methods/materials.
It’s going to be a very interesting few years ahead, especially if you’re a sheep……..

Other news

From Trash to Major Interstate Repair
How many tonnes of recycled glass would it take to build an emergency support for one of the busiest four lane highways in the world?

Beetle Wings Could be the Future of Tyre Technology
Tinius Olsen has been supporting the London South Bank University School of Engineering in testing a unique one-way hinge developed from the wings of insects.

Introducing Vector – the Future of Extensometry
Tinius Olsens’ new VectorExtensometer is real a step change in extensometer technology, capable of replacing multiple contacting and non-contacting sensors with a single, industry specific instrument.
Elevated Temperature Testing Systems from Tinius Olsen
Elevated temperature mechanical testing has always played a key role in the development of new materials that need to withstand extreme conditions, such as with additive-based superalloys.

Tinius Olsen Helps Drive Automotive Sustainability Through Hydrogen Fuel Cell Technology
The race to meet net zero is hotting up as the development of alternatives to battery power start to come online. Tinius Olsen is currently supporting one of them alongside the UK’s leading developer of hydrogen fuel cell technology, Intelligent Energy.