for - adjacency - question - degrowth? - circular economy? - steady state - regenerative processes

adjacency - between - degrowth - circular economy - regenerative practices - steady state economy - adjacency relationship - Where did the 75% number come from? Is there anything special about it? Is it some kind of a limit from the model? - Would circular and regenerative practices play an important role in this? - This would seem to indicate a degrowth type scenario. Degrowth is a misnomer, it doesn't imply continual economic downward trend, - but is specifically addressing a the decrease of physical human economic activity - that is responsible for our excessive pollution load / biodiversity loss - to levels necessary to avoid the worst impacts - It isn't explicitly stated that the other half of degrowth is growth of non-physical economic activity that nurtures and nourishes humanity

for - circular economy - design - furniture - circular economy - private - furniture

compare - Delft university - circular kitchen - Stykka

Eine Empfehlung des Zusammenschlusses nationaler Akademien der Wissenschaften und eine zusammenfassende Studie zum globalen Plastiksystem empfehlen die Reduktion des Verbrauchs um 50% und eine Reihe weiterer Schritte wie das fast vollständige Recycling von Plastik und die Produktion aus Biomaterialien. Anlass sind die Verhandlungen zum internationalen Plastikabkommen. Plastikproduktion und Verbrauch führen schon jetzt – abgesehen von zahlreichen anderen negativen Folgen – zu Emissionen von ca einer Gigatonne CO2 im Jahr. Ohne drastische Änderungen wird sich diese Menge vervielfachen. https://www.derstandard.de/story/3000000205422/wissenschaft-fordert-radikale-abkehr-von-herkoemmlicher-plastikproduktion

Studie: https://www.nature.com/articles/s41586-023-06939-z.epdf?sharing_token=-UPbgMcUGHbtK4Uscd0XZdRgN0jAjWel9jnR3ZoTv0MMo2Wo13ejTIFhNPD522LiogzEIVWxfHy01bK9MbFLdv59qFdQ73NDNguF2Bf0icTMUsLgWI2hE3OyG7VDGuf_3LODlHS0WEkABpLs5LAtVCiW0_JyVU7n_UL0EP7LiRS0q6s0fIpcIjaEfVFyDe4cez-4KdfAAphy-2weBUevmIZv9sURtFCEk7-LtaOTCmM%3D&tracking_referrer=www.derstandard.de

for - circular economy - building - excavation waste - circular economy - construction - excavation waste - key insight - repurpose excavation waste as building material

key insight - She makes an pretty important observation about the inefficiency of current linear construction process - The excavation part requires enormous amounts of energy, and the earth that is excavated is treated as waste that must be disposed of AT A COST! - Instead, with a paradigm shift of earth as a valuable building resource, the excavation PRODUCES the building materials! - This is precisely what BC Material's circular economy business model is and it makes total sense!<br /> - With a simple paradigm and perspective shift, waste is suddenly transformed into a resource! - waste2resource - waste-to-resource

new meme - Waste-2-Resource

for - circular economy - kitchen - circular economy - furniture - circular kitchen - Stykka - modular furniture

comment - sadly, it's not open source, but this is to be expected with most mainstream businesses. - the problem is in trying to protect one's IP and look after self-interest, it scales very slowly. - we need open-source, circular economy, open-source, circular furniture and open-source circular kitchen

for - Biofold - circular economy - bio-furniture - Space10

45% der CO₂-Emissionen entstehen durch die Produktion von Materialien. Der Standard berichtet über eine Podiumsdiskussion in Wien, aus der hervorgehen, das Recycling allein die ökologischen Probleme, die dadurch entstehen, nicht löst. https://www.derstandard.at/story/3000000203446/warum-recycling-kein-ausweg-aus-der-materialschlacht-ist

• annotate
• for: emissions reduction - circular economy

Circular Economy for the Energy Transition

!- alignment : Michaux's vision of industrial transformation and many others working in the commons - relocalization, dense local circular economies, community owned for democratization of production - in addition, commons theory of cosmolocal production networks all these relocalized dense production hubs together for information sharing efficacy

!- overview : restructuring industry around an energy constrained future - redesign for circular colocated factory networks - output waste streams of one plant feeds input feedstock of nearby plants - relocalize to minimze unnecessary transportation

WEC

This EU directive led to the spread of the unintended consequence.

This case illustrates the potential unintended consequences from attempting to do good.

This is a classic example of how progress traps occur.

Capturing nutrients in waste water closes a nutrient waste loop and seems a good example of applying circular economy thinking.

HOWEVER, at the time the decision was made to process sewage sludge into fertilizer ignored the relationship of sludge to microplastics was unknown or insufficiently explored. After the decision was made, the practice was adopted across many countries in the EU. After years of practice, the new knowledge reveals that there has been years of silent microplastic contamination. To fix the solution will require another solution, perhaps even more complex..

This illustrates the danger of applying circular economy techniques when the waste stream is not fully characterized.

Her diagram explicitly shows a synthesis of planetary boundaries and circular economy. This is a connection that many in this area are tacitly aware of but is good to explicate it in a diagram of this sort..

If circular economy is about ultimate reuse and recirculating material flows to eliminate the concept of waste, then how does energy consumption fit into the picture? Obviously, CO2 emissions is a form of material waste that is an undesirable byproduct of carbon-based energy usage. Capturing CO2 and reusing it is one method, but not a very scalable solution presently.

The Tipping Point Festival can introduce the Bend-the-Curve (BtC) gamification to engage as many cities, towns, rural communities and bioregions as possible. A 3 year research program to dis-aggregate planetary boundaries can allocate a fairshare of local biophysical targets each city, town, rural community and bioregion must aim to achieve if we as a civilization are to meet the 1.5 deg C target, as well as other Anthropocene and planetary boundary targets.

Doughnut economic framework can be adopted immediately and educated across all communities to plant seeds of local change actor chapters who can start their own local doughnut economies and begin reshaping their local economy into circular bio WEconomies.

When the dis-aggregated planetary boundary metrics are available, then each community can adopt and aim to bend their local curve, in order that we altogether bend the global curves back to a safe operating space.

it may be questionable whether we are able to develop highly accurate targets, but even if we are close enough, the greater value is to allow citizens to have a tangible and compelling and measurable reason to work together, organize and mitigate our human impacts in a systematic way. In this way, we can expose the hyperthreat by breaking it down into digestable, identifiable pieces that are cognitively more accessible and can lodge into the salience landscape of the individuals of a community.

Circular economies are good news for everyone