Industrial Ecology
ISO 14001 is not sufficient
for achieving sustainable production
because
it does not specify environmental performance targets.
Instead,
it sets the goals of
continual improvement and regulatory compliance.
In other words,
the standards do not ensure environmental performance
but
gives a consistent baseline.
Industrial ecology
is based on
the principles of holism.
It provides a framework requiring systematical approach
to environmental issues.
In other words,
it observes the flow of energy and materials
through industrial systems:
firms industries or an industrial society as a whole,
thereby
leading industrial systems to sustainability.
For example,
Simens in Germany applied a holistic approach
and emphasised reduction of materials,
reducing energy consumption,
labeling material contents,
and disassembly and reuse:
1.new computer housings are no longer painted
since
paint renders the plastic non-recyclable;
2.assemblers do not rivet fans into housings any more,
instead
they use clips for easier disassemble;
and
3.new computer's plastic components are each identified
by type and additives.
The most celebrated example
of an Industrial Ecosystem
in a multi-plant setting in Kalundburg, Denmark.
Here,
there are
five core partners:
a power station, refinery, plasterboard plant,
bio-technical plant, and municipal water and heating system.
Over the last two decades
these partners have exchanged a number of materials,
with the benefit to the environment
being reduced emissions and waste residues.
Interestingly,
this web of reuse and recycling
was not designed
but evolved.