Regenerative Tides: Citizen Science Tackles the Fiberglass Boat Crisis

Armed with a smartphone and a shoreline walk, volunteers are tracking toxic GRP dust from busted hulls straight to your oyster plate.

6
Pulled from the Goyen River following partial sinking, this fiberglass sailboat was left rotting on the public boat ramp for several months with cracks in the hull exposing fiberglass shards to the surrounding environment. (Photo/ Angie Richard)

I scramble down sharp boulders from the car park to the muddy banks of the estuary, cautious not to slip, metal shellfish gathering basket in one hand, handheld Bluetooth microscope and smart phone in the other. The tide is exceptionally low, revealing the local cemetery of boats stranded along the shoreline.

To continue reading this article or issue you must be a paid member.

Join Practical Sailor

Get full access to Practical-Sailor.com – more than 4,000 articles – for just $34.
Join today and save 42% off our full price.
Already a member?
| Forgot your password? | Activate Web Access
Angie is a multidisciplinary storyteller, researcher and academic, exploring how creative practitioners can drive science and envision regenerative futures. Angie is self-building a Wharram Narai Mk IV wooden catamaran with her family, creating a Floating Stories Lab - a regenerative sailboat studio - to depart Europe on a circumnavigation, merging science, art, research, and storytelling to discover how humans can thrive on a flourishing planet. For the latest updates, visit www.voyagevirage.com or subscribe to the Floating Stories Lab Substack newsletter.

6 COMMENTS

  1. this is a very worthwhile effort… every time I see an abandoned boat (often a hurricane victim), I remember that essentially every GRP boat ever produced still exists in some manner… some dead boats have been repurposed somehow and some exist buried in landfills, or on the bottom or just rottng up some creek… but they generally don’t go away, at least, not very far…

    unfortunately, these boats tend to be pretty widely distributed so having enough in one place to do something with their materials, commercially, is an issue even assuming we knew how to use the materials.

    fortunately, classic fiberglass boats are still highly desired by some… and with sailboat manufacturers struggling to survive, maybe more old boats will continue to be refit…

    so, how might we see dead GRP, carbon fiber, etc as underutilized resources more than a waste problem? IN ALL NEW PRODUCTS, designing for lifecycle is the key, but we barely do that now and only in a few situations… for example, seeing this as a product/process design problem, and making car manufacturers responsible for their product lifecycle, has helped some… not yet the case with our incredible high tech Wind Turbine blades.

    The battery people are starting to creatively repurpose these incredibly valuable resources… why not GRP, carbon Fiber, etc… engineers THRIVE on good meaty problems like these… they can be solved, the question is will and it’s cousin, money.

  2. Thanks for this. It is a good reminder that, as sailors, we also carry some ecological responsibility. It is becoming more of a problem in all areas as so much stuff we have is not designed to be repairable but disposable. Everything from mobile phones to clothes. As someone who writes about repairing and renovating sailboats, I see this as not just an ecological problem but also a way to make sailing more accessible. The production boat industry seems to be heading down a path towards accepting that boats costing hundreds of thousands of dollars may be at the end of their lives in 15-20 years.
    My view is that this is not a scientific, engineering or ecological issue but a cultural one for the industrialized countries. We need a change in attitude towards the value of the care and maintenance of the things we own and away from social status being linked to having ‘new stuff.’ We used to repair and reuse stuff because we had to, now we need to do it because it is the right thing to do.

  3. There are some definite advantages to GRP, but this is a downside. Most people are probably aware of the upsides of GRP vs. wood. What are the downside comparisons? Have these been established from the environmental perspective?