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“I came to realise what I was doing was good<br />

for the environment because the boards I was<br />

making lasted so much longer. I had always been<br />

environmentally conscious in my approach, but this<br />

just strengthened my belief in what I was doing and<br />

how I went about my business. It also encouraged<br />

me to find out about and adopt other ecologically<br />

sound materials, products and approaches.”<br />

Mark set out to find material that complemented the<br />

balsa he sources from sustainable farms. The first<br />

point of call was of course the internal foam blank.<br />

He settled on 100% recycled EPS foam and has<br />

stuck with them since.<br />

The blanks go through a process called<br />

regranulation. Scrap pieces of packing foam from<br />

fridges, TVs and the like are ground up, pumped<br />

into a mould and heated. Once ejected from the<br />

mould they are shuttled into large gas oven drying<br />

rooms. Mark then shapes the blank before a 2-3mm<br />

balsa veneer is vacuum-bagged (laminated) onto<br />

the blank providing added strength. Solid rails are<br />

then added to the board and the shape is further<br />

refined with some light sanding before being<br />

glassed, finished and polished.<br />

Mark further continued to work towards reducing<br />

his environmental footprint. All foam offcuts from<br />

his boards go back into his recycled EPS foam mix.<br />

Waste from his solid balsawood boards is used as<br />

garden compost and usable offcuts are donated to<br />

schools. The glues he uses contain no volatile or<br />

flammable ingredients and his vehicles converted to<br />

LPG to reduce the amount of fuel consumed. He is<br />

also an active member of the Rainforest Alliance; an<br />

organization that works to arrest the major drivers of<br />

deforestation and environmental destruction and to<br />

further his commitment to responsible, sustainable<br />

harvesting of balsawood, Mark even set up his own<br />

balsa plantation in Cooktown near Port Douglas in<br />

North Queensland. Now Mark is looking to certify<br />

the carbon footprint of each of the surfboards he<br />

produces.<br />

“Various estimates put the carbon footprint of a<br />

traditional PU surfboard at around 250kg of carbon.<br />

<strong>SB</strong> / #54 / 28

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