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in order to produce an accurate<br />
envi ronmental profile of HPL materials,<br />
a comprehensive life cycle<br />
analysis was carried out in accordance<br />
with the latest scientific<br />
findings (the full extent of the<br />
processes considered is shown in<br />
the illustration at the right). the<br />
result gives rise to an astonishing<br />
conclusion: in many ways, HPL<br />
manufacturers such as duropal<br />
66 _ HPL World<br />
HARD FACTS FOR A CLEAN ENVIRONMENT.<br />
<strong>THE</strong> HPL LIFE CYCLE ANALYSIS<br />
or:<br />
Low CO 2 emissions, high recycling quota — this is not automatically ecological valuable. Because how environmentally<br />
compatible a material and its production really are cannot be determined simply by focusing on individual<br />
key figures. More recent environmental research pursues a different approach. The decisive factor is the<br />
comprehensive environmental profile according to the cradle-to-cradle principle. This considers and assesses<br />
the full range of environmental effects, such as raw material and energy consumption, emissions and waste.<br />
And this covers all phases of the product life cycle from the production process to use, and on to disposal and<br />
subsequent recycling.<br />
have already been thinking in<br />
terms of sustainability, even before<br />
sustainability became a topical<br />
subject. Because even in the<br />
early times of HPL, the sparing use<br />
of resources, low material losses<br />
during use, and the high durability<br />
of the products were all essential<br />
components of HPL material<br />
development.<br />
PHASE 1: PRODUCTION<br />
the life cycle analysis of highpressure<br />
laminates begins with<br />
the sourcing of the components<br />
required for HPL production, consisting<br />
of paper, colour pigments<br />
and basic resin materials. HPL<br />
manufacturers like duropal ensure<br />
that the wood fibres used in the<br />
paper production originate exclusively<br />
from sustainable forestry.