Technical metabolism is a process of which a material is
maintained and reusable through multiple product cycles in a closed-loop
system. In this system, used materials can create new products or be used to
replenish the lives of previously used products. In the apparel industry, I
envision technical metabolism to be more feasible as far as actually being a
method that is practiced religiously by consumers. This is due to the fact that
we are currently in an economy that is focused on getting more “bang for your
buck” when it comes to purchasing products. Consumers are constantly finding
ways to save money and invest more carefully in the goods that they buy. So why
not offer them a product with a concept that does just what they want? It is a
simple notion that has yet to be recognized in the world of sustainability.
My idea of extending the life of my perfect size 5 shoe
involves a shoe box made out of bound recycled materials that act as a sole
replacement for when the first life of the pair of shoes is at an end. A shoe
box is automatically thrown away upon purchasing a new pair of shoes, so it
only makes sense to turn its composition into something that can be seen as an
additional asset to the consumer. If the shoes are priced the same as they are
now, the consumer would be paying for up to five lives of the product rather
than the one. A nifty investment is being made in the mind of the consumer, and
the manufacturing company is producing up to five less pairs of shoes. The way
that it works, is the shoe box and the pair of shoes can be taken to either the
store that they were initially purchased from or to a local shoe tailor where
the box will be broken down into the necessary pieces to create the new soles.
The old soles can be sent back to the manufacturer where new shoe boxes can be
created, and the same method applies for the pair of shoes once every inch of
the shoe box has been reused and there is no functionality left. The
environment is happy with the food it is receiving from the waste of the shoe
box, and the consumer is equally as happy with the extended life of their
favorite pair of shoes.
In the reading, Cradle
to Cradle, McDonough and Braungart point out examples where technical
metabolism has been practiced within different industries over the decades. In
the automobile industry, Henry Ford had his Model A trucks shipped in crates
made of material that eventually became the vehicle’s floorboards upon being received
at the dealerships. The interior design industry also demonstrated material
reuse when a new carpet design composed of a bottom layer and detachable top
was made available to consumers wishing to replace their carpeting. It was
these cases that inspired me to come up with my idea of a sole replacement shoe
box since they display mutually beneficial products while extending the
practice of innovation.
The video this week also got my creative juices flowing when
the concept of technical metabolism was brought up. It was explained that
technical metabolism focused on the service of the product, or how the service
can be replenished upon end use of the product. The nutrients of the product is
recaptured within its own cycle, rather than being a source of direct
nourishment to the environment. The piece of recyclable fabric that was created
by Rohner Textile mill in Switzerland was compressed with used fibers and
materials to form a strong, new piece of fabric. This concept inspired my idea
for a durable material to construct the shoe box that will be equally as
durable for the replacement of shoe soles. The picture below is a rough sketch
of the way that the material used for the shoe boxes would look, without the
addition of recycled fibers from used clothing.
My idea highlights on some previously discussed issues within
the apparel industry, such as overconsumption, disposal, and problems
associated with fiber processing. Overconsumption would not be an issue if my
idea were adopted since consumers would not be enticed to make as many shoe
purchases. The disposal issue is taken care of since the shoe box’s materials
would be entirely used up to replace the soles of the shoes as necessary. Waste
virtually doesn’t exist. Fiber processing and production would be constructed
with the mindset that it may eventually be compressed into the material used to
construct a shoe box with dual purposes. The entire process of my idea is a
feasible one, and would make many steps in the right direction toward
satisfying both the human race and the environment. Even though finding the
perfect shoe seems impossible, we have the capability of making it possible on
multiple occasions.
Picture: http://www.core77.com/blog/exhibitions/material_connexion_thai_materials_exhibition_photos_new_york_20074.asp