The COVID-19 recovery requires a resilient circular economy

May 29, 2020 by  
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The COVID-19 recovery requires a resilient circular economy Jocelyn Bleriot Fri, 05/29/2020 – 01:00 The COVID-19 crisis has disastrous human and economic consequences, revealing our system’s exposure to a variety of risks. The call for a more resilient, circular and low-carbon economic model has garnered support from a growing number of businesses and governments over the past few years, and appears today more relevant than ever. Identifying opportunities, keeping a clear sense of direction and fostering a strong public-private collaboration will help usher in redefined growth towards the next wave of prosperity. As the pandemic forces us to adapt our daily lives in ways we would not have imagined, it also challenges us to rethink the systems that underpin the economy. While there is no question that addressing public health consequences is the priority, the nature of the equally crucial economic recovery effort raises some interrogations. Should stimulus packages focus on finding the way back to growth by kicking business as usual into overdrive, or could they accelerate the shift that has already started towards a more resilient, low-carbon circular economy? One way to tackle this polarizing question is to reject the idea that rapidly getting back to economic dynamism is incompatible with a wider system transition. Given the sums at play and the unprecedented — in peace times — rise in prominence of public authorities, this isn’t a simple equation to resolve, yet there are signs of agreement on the horizon. While the European Bank for Reconstruction and Development has declared it will devote its entire activities to addressing the economic impact of the pandemic , the Investor Agenda group, which collectively manages trillions of dollars in assets, said that “Governments should avoid the prioritization of risky, short-term emissions-intensive projects.” As witnessed in countries severely hit by the virus, being able to quickly adapt industrial facilities and shift production — of automotive to medical equipment parts, for example — has been crucial. The recovery effort will, of course, require a variety of strategies. Looking at the pre-COVID-19 landscape, it is clear that momentum already had been increasing around the need for a system reset, with a visible consensus on the potential of a circular model. Over the course of the last decade, a number of leading businesses have stepped onto and invested in this transformative path, while pioneering institutions and government bodies put forward significant legislative proposals to enable the transition. This is notably true in the European Union and in China but it plays out in other regions as well, at national and municipal levels with the same degree of vitality. Far from pushing that agenda to the bottom of the list, the current crisis makes the circular economy more relevant than ever, as it holds a significant number of economically attractive answers. The early stages of the COVID-19 crisis have revealed the brittleness of many global supply chains, not limited to but illustrated by medical equipment availability issues, for example. In this specific case, circular principles provide credible solutions: design and product policy factors such as repairability , reusability and potential for remanufacturing offer considerable opportunities in resilience (stock availability) and competitiveness. It is notably telling that the global refurbished medical devices market is expected to grow by over 10 percent a year between 2020 and 2025 , which represents market opportunities as well as increased asset use rates (therefore less reliance on new raw materials). The importance of these strategies notably have been highlighted in the U.S., where several state treasurers have urged ventilator makers to make service manuals and repair-related resources available to help hospitals deal with the crisis. This has cost reduction implications which will appeal to cash-strapped public health authorities, but is also conducive to lowering the greenhouse gas footprint, as remanufacturing has been shown by the United Nations’ International Resource Panel to reduce emissions by over 80 percent in key sectors. As witnessed in countries severely hit by the virus, being able to quickly adapt industrial facilities and shift production — of automotive to medical equipment parts, for example — has been crucial. Factoring in that flexibility upstream — by designing both tooling and products to be repurposable and versatile — could be a way to enhance value-creation potential and achieve greater resilience of industry, both valuable beyond the current situation. Another domain in which circular economy appears particularly relevant is the highly sensitive area of food production and distribution. It is well documented that the current industrial agricultural model yields outputs of questionable quality, relies on fossil fuels and practices that are damaging to ecosystems, and is built around supply chains that involve long-distance transport that make it vulnerable to border closures. The dependency on seasonal foreign workforces servicing industrial scale production centers is also problematic in that regard, and farmers across Europe already have warned they probably will need to forget about this year’s crop season due to labor shortages. In certain cities, hastily implemented lockdowns have stressed food supply and emphasized the need for shorter producer-to-consumer models, which have seen a sudden rise in uptake (French) . It therefore appears timely to further explore the potential of large-scale investment in regenerative , peri-urban production, together with digitally enabled precision agriculture. As the Ellen MacArthur Foundation’s research has highlighted , a circular scenario could lead to a 50 percent reduction of pesticides and synthetic fertilizer use by 2030 in Europe (compared to 2012 levels), while resulting in a 12 percent drop in household expenditure and better products. Finally, regenerative agriculture is also a powerful force in the climate crisis mitigation arsenal, as circular economy strategies could reduce emissions by 5.6 billion tonnes CO2e , corresponding to a 49 percent reduction in the projected 2050 total food system emissions. As we gradually get a better understanding of the economic ramifications of the pandemic, the ways in which a circular model can contribute to the recovery will be more detailed, and implementation plans more defined. These two specific examples only constitute a small opening onto the wider possibilities presented by the circular economy when it comes to recovery plans, and there are many areas to explore: think for instance of the staggering amount of office space overcapacity, and what modular design and use patterns could achieve in terms of reduced materials and energy consumption. As governments are looking for ways to move forward, they can do so without straying from their low-carbon commitments by implementing circular economy strategies — this rings true in the construction sector, for example, as building renovation quickly imposed itself as an obvious immediate win, combining a de facto local activity boost with a necessary efficiency upgrade. At the municipal level, some COVID-19 specific measures already have been taken around mobility and transport . Brussels, for example, has given more space to pedestrians and cyclists and has limited the speed of motor vehicles to 12.4 mph across the city . While this does not necessarily illustrate a circular development strategy per se, it shows that the need for change is acted on by policymakers , who quickly create the right conditions for new systems to emerge. In such a dynamic context, circular economy solutions can find the space to become mainstream, as the inherent wastefulness of the current model is highlighted. To stick with mobility, even before business as usual was challenged, private vehicles in Europe were sat idle 92 percent of the time. It’s therefore not a stretch of the imagination to think that designing cities for alternative urban transport solutions and better use of urban public space will become key priorities. As we gradually get a better understanding of the economic ramifications of the pandemic, the ways in which a circular model can contribute to the recovery will be more detailed, and implementation plans more defined. Short-term answers already are available, such as the ones highlighted above for food systems or decentralized production, yet it is fundamental to recognize that the effort will need to be sustained, and that its success will rely on the involvement of all stakeholders, working in a logic of co-creation. As governments step up to address the most pressing issues, setting a clear direction and enabling private sector circular innovation to reach scale will allow us to combine economic regeneration, better societal outcomes and climate ambitions. Pull Quote As witnessed in countries severely hit by the virus, being able to quickly adapt industrial facilities and shift production — of automotive to medical equipment parts, for example — has been crucial. As we gradually get a better understanding of the economic ramifications of the pandemic, the ways in which a circular model can contribute to the recovery will be more detailed, and implementation plans more defined. Topics Circular Economy Risk & Resilience Supply Chain COVID-19 Resilience Policy & Politics Ellen MacArthur Foundation Featured in featured block (1 article with image touted on the front page or elsewhere) Off Duration 0 Sponsored Article Off Source: Paulo Carrolo/Unsplash

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The COVID-19 recovery requires a resilient circular economy

EDF Renewables’ Raphael Declercq on the importance of energy efficiency for grid resilience

November 11, 2019 by  
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At VERGE 19, the executive vice president of distributed solutions and strategy at EDF Renewables, Rahpael Declercq, shares the ways his team strategizes to integrate energy efficient softwares into large-scale solar, wind and electric vehicle smart charging programs.

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EDF Renewables’ Raphael Declercq on the importance of energy efficiency for grid resilience

Marin Clean Energy’s CEO, Dawn Weisz, on the benefits of a Community Choice Aggregation model

November 11, 2019 by  
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On the Sidebar of VERGE 19, Dawn Weisz discusses how utilizing a Community Choice Aggregation Model (CCA) benefits the local communities Marin Clean Energy (MCE) works with

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Marin Clean Energy’s CEO, Dawn Weisz, on the benefits of a Community Choice Aggregation model

How autonomous vehicles will influence the future of travel

October 2, 2018 by  
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New technological trends are disrupting transportation. Here are all the ways that user behavior is going to change.

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How autonomous vehicles will influence the future of travel

In Las Vegas, ride-hailing is eating away at taxis, but the effect on public transit is unclear

October 2, 2018 by  
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New mobility trends don’t necessarily stay in Vegas.

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In Las Vegas, ride-hailing is eating away at taxis, but the effect on public transit is unclear

When it comes to habitat, having an edge is not a good thing

August 30, 2018 by  
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The side effects for biodiversity and species conservation aren’t usually positive. Here are four ways that businesses can mitigate the impact.

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When it comes to habitat, having an edge is not a good thing

The real benefits of real-time transit data

July 5, 2018 by  
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A Sidewalk Talk Q&A with researcher Candace Brakewood on all the ways it improves our lives?—?and its role in a potential car-free urban future.

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The real benefits of real-time transit data

Why it’s time to reroute urban deliveries and logistics

September 20, 2017 by  
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Plus, four ways cities can collaborate with the corporate sector to set the destination.

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Why it’s time to reroute urban deliveries and logistics

Here’s concrete evidence that 10 MPG is possible for North American fleets

September 20, 2017 by  
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With technology retrofits, it’s possible to squeeze even more fuel efficiency out of trucks already on the road.

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Here’s concrete evidence that 10 MPG is possible for North American fleets

3 ways nanomaterials can combat pollution

September 20, 2017 by  
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Researchers are looking to tiny materials to clean up huge problems in air, water and land.

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3 ways nanomaterials can combat pollution

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