Visualizing the roots of renewables

Resources related to the illustration

I drew this illustration because I can’t stop thinking about this topic. I am on a journey to redefine what it means to be a good engineer. As part of this, I want to understand how we can visualize the systemic impact of innovative technologies.

Engineers design for structural integrity. But why does this not include social integrity? How can something be considered structurally safe if the structures it requires harm human and other-than-human life on many dimensions?

What are the Just Transition Principles?

The 🔮 Just Transition Principles are guidelines that help us to stay focused on addressing the root causes of environmental injustice as opposed to building technological quick fixes that perpetrate ecological destruction and human suffering.

The principles are:

• Living well without harming others
• Meaningful Work
• Self-Determination
• Equitable Redistribution of Resources and Power
• Regenerative Ecological Economics
• Culture and Tradition
• Solidarity
• Let’s Build What We Need Right Right Now

The Just Transition Framework: moving from an extractive economy to a regenerative economy

Why roots?

The word radical inherits its meaning from latin, meaning rooted. I drew roots because environmental injustice didn’t start with CO2 in the atmosphere. Much more likely, it started with a state of mind that justified the destruction of ecosystems, displacement of people, and child labor for the sake of technological & scientific development. This way of 🔮 doing things around here has finally led to the warming of the whole planet.

To me, radicalness means to find a solution to a problem by going back to the roots of the injustice (see more on 🔮 radicalness). In an engineering context, much of the injustice occurs via the supply chains, somewhere far away from the deployment of clean energy products.

Plants have roots. The roots of plants are some of the most intelligent parts of their systems as they investigate and make decisions separately yet connected to the larger organism. Therefore, I argue that being a radical engineer also means to be a critical thinker. Obviously and sadly, critical theory is a term barely stated as a core piece of a good engineer.

The mining needed to sustain green technology

Wind energy and solar require 7-18 times more minerals per energy produced compared with fossil-fuel based equivalents (per unit of energy produced). To put the energy transition effort into context, the below quotes might help.

We will need 2x more copper than we have mined throughout all human history to feed the Western green transition plans. (looking for source)

To convert our current energy systems as planned by Western governments, we would face the largest increase of production of metals in human history.

~ 🔮 Mark Mills

We need to analyze with nuance!

Obviously, fossil fuels also need to be extracted from this planet (and such mining doesn’t fall under the category of “mineral” mining as mentioned above). If we compare total mining operations, some voices state that:

A fossil fuel economy requires 535x more mining than a clean energy economy.

~ Michael Thomas, Article in Distilled

The problem will always stay the same. Mining is an inherently extractive process which has to harm our mother earth and the beings that depend on the land where mining takes place. Since there is so much inherent harm to land and people involved, we have to move very consciously and center the needs of the most affected groups and ecosystems.

Some mining projects try to involve communities at varying rates of success. It is extremely hard to find success stories in this complicated field. If you want to learn more about the efforts to pursue socially just mining, please refer to the research papers and books by Baillie et. al below.

Here is a quite personal interview with some humans affected by multinational mining corporations

Here are more works if you want to dig deeper

Archive

• An Archive for mining projects and their effects on communities: Mining and Communities

Magazine

• Science or the People: Bleeding Earth, Volume 25, no. 2 :The history of copper mining in Chile

Research Papers

• Armstrong, R., Baillie, C., & Cumming-Potvin, W. (2014). Mining and communities: understanding the context of engineering practice. Synthesis Lectures on Engineers, Technology and Society, 8(1), 1–148. https://doi.org/10.2200/S00564ED1V01Y201401ETS021
• Baillie, C., Feinblatt, E., Alejandro, J., Rondon, G., Aitken, J., & Armstrong, R. (2020). Intro & community engagement in peru. In Socially Just Mining: Rethoric or Reality? Lessons from Peru (Synthesis Lectures on Engineers, Technology, & Society) (1st ed., p. 236). Springer.
• Eichhorn, S. J. (2022). Resource extraction as a tool of racism in West Papua. The International Journal of Human Rights, 1–23. https://doi.org/10.1080/13642987.2022.2036722
• Confalonieri, U. E. C., Margonari, C., & Quintão, A. F. (2014). Environmental change and the dynamics of parasitic diseases in the Amazon. Acta Tropica, 129, 33–41. https://doi.org/10.1016/j.actatropica.2013.09.013

Article

• The spiralling environmental cost of our lithium battery addiction - WIRED UK. (n.d.). Retrieved October 4, 2023, from https://www.wired.co.uk/article/lithium-batteries-environment-impact

Movies

• Power Lands

ROOTS-OF-RENEWABLES