Nov 2, 2023

 One of the most important and underrated aspects of material flow.


Please visit my web page "Urban Tenets" at https://urbantenets.nl/

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The conservation and (re)utilization of embodied energy - from the scale of the product to the built environment.

Yes, materials have been extracted and refined, and the products have been made, and transported for intended use, with all its embodied energy, the product that went through energy-intensive processes, leaving environmental externalities. What next?

It will be unreasonable and illogical to keep producing, while not knowing what to do with the product or refined material after the end of its first functional or fashionable life.  The thing we know and focus on today is to grind and smelt products back to their granular, sometimes molecular constituents, or ship them to grey markets and landfills of less well-off places, after sometimes their deliberately short, designed, perceived, and valued life. Maybe it’s the only choice for some in their given context, maybe it’s a problem of not knowing whose Lifecycle responsibility it is after the product leaves the factory.

In any case, the post-perceived functional life of products, it becomes a problem of “compound” embodied energy associated with refined materials and products at a global supply chain level.

Once a product or refined material enters into local geography through a global supply chain, with all its embodied energy associated with processing, transportation, etc., it is the responsibility of the local economy, regional industry, and governing institutions to create enabling grounds for maximizing the use, reuse, and repurpose of refined materials/components and products at varying scale, be it extension of life, second, third and fourth life or reinvented multi-functionality of such products. Just because we have figured out how to make new products or refined material from scratch, doesn’t make it necessary to discard old and create new at the pace at which it is being done, just because you can.

Be it paper, plastic, cardboard, and glass products, packaging and residues (which hold high circular potential due to their numeric strength), or of course concrete (that holds circular potential due to sheer scale), or discarded EV batteries, chemicals, PV modules, wind turbine components (that holds less explored circular potential in the need of hour).

A product or refined material of any scale, at any historic or contemporary timeline, once produced, with or without thought of the future or post-functional life, becomes immensely valuable due to all the efforts, time, and embodied energy associated with it, and its never too late to reassess the real value of such product, to explore how these can be put to best use tomorrow and in times to come, especially within the local geography.

Author: Anoop Jha

Image: Author

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Starting 2024, launching urban management, interior design, home decor and commissioned artwork services in the Netherlands, serving local as well as international remote clients.

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