Reforming Sustainability & the Infinite Economy By Paul “Max” Le Pera When we think of infinity, it conjures up thoughts of the size of the universe, the series of never-ending numbers in Pi, and time—all values that seem to have no limits or bounds. In science and mathematics, infinities are fatal in theory derivation and signify an error in logic and, well, it’s back to the drawing board. However, there is another aspect of infinity where approaching—not reaching—its efficacy is the goal. This aspect is perpetual motion—a seemingly uninterrupted flow that can be self-sustaining. This presents the Holy Grail for Sustainability. Increasing in popularity in both concept and graphic use is the circular economy. The circle is a wonderful depiction of reduce, reuse and recycle— the three central pillars of sustainability. The shape
projected future of sustainability? The answer is simple, and it rests in both theory and advancing technology. In theory, the infinity shape and circular shape both depict a continuum. However, the infinity shape is merely a twist of the current model which allows for a divergence of path. It suggests nonlinear velocity whereas the circular shape connotes a return to where you started as well as a linear velocity that follows a constant shape. After all, it’s not the infinity shape but just a circle, pinched at its diameter and given a 180-degree twist; even metaphorically, it’s a perfect fit. Regarding technology, there are efforts focused on waste conversion, a sort of alchemical process to convert or upcycle waste into a valuable asset form. We see some of this today. For example, waste is burned, and the resulting heat turns water
supports a closed loop life cycle of products and
to steam, which then turns the blades of a turbine
resources, which is (theoretically) exponentially
generator and voila, electricity. There are other
more environmentally friendly than the current
technologies deployed, and ones soon to be, that
linear model we see today: buy/make, use, discard,
will dramatically increase the processing capacity
indefinitely linger and pollute.
of waste conversion and, more importantly, in
So why then might the notion of an infinite economy be better aligned with the evolution and 32 • Vol. 14 / Issue 2 • International Surface Fabricators Association
increasingly eco-friendly and economically viable process designs.
