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Ewaste race car at the New Scientist Live

The Recover-e Race Car: A Masterpiece of Art and Sustainability

Liam Hopkins, Head Creative of Lazerian, meticulously crafting the frame of a functional replica Formula E race car using exclusively recycled electronic waste materials aka e-waste. Captured within a dynamic workshop ambiance. In conjunction with Formula e team Envision Racing. Using all electronic waste donated by Music Magpie

In a world overflowing with electronic waste, the Recover-e Race Car emerges as a symbol of hope and innovation. This full-size working Formula E Gen3 car, designed by British artist Liam Hopkins and commissioned by Envision Racing, is constructed entirely from discarded electronics and e-waste and is

Not only does the Formula E Recover-e Race Car challenge the conventional limits of artistic expression, but it also conveys a potent message about sustainability and our environmental responsibilities.

The Recover-e Race Car exemplifies the powerful synergy between art, technology, and ecology in tackling urgent worldwide issues like electronic waste aka the e-waste crisis. With millions of tons of e-waste generated annually, the Recover-e Race Car highlights the urgent need for responsible disposal and recycling, inspiring us to take action and strive for a greener future.

Artist Liam Hopkins: Vision and Inspiration

Hopkins envisions the Recover-e Race Car as an eco-friendly vehicle that not only promotes sustainability but also raises awareness about e-waste and the necessity for a circular economy. His work emphasizes the significance of sustainability and the urgency of reducing e-waste, inspiring us to reconsider our relationship with the environment and take action to preserve our natural resources.

The Message: Highlighting E-Waste Issues

Sustainably Crafted Formula E Race Car Sculpture by Lazerian, Made from Electronic Waste like mobile phones, Illuminated Outside Lazerian Studio. In conjunction with Envision Racing- a racing formula e team

The Recover-e Race Car stands as a forceful reminder of the escalating e-waste issue and our obligation to tackle it. Through this innovative project, Hopkins aims to spark a movement highlighting the urgent need for responsible disposal and recycling of electronic waste aka e-waste. By doing so, we can reduce the annual e-waste production and its negative impact on the environment, much like how European artists have used their work to raise awareness about environmental issues.

The Recover-e Race Car is not only a symbol of sustainability but also a powerful tool for spreading awareness about the global e-waste crisis. By showcasing this unique creation, we can inspire individuals, businesses, and governments to take action and adopt sustainable practices to preserve our environment and safeguard our future.

New Scientist Live 2023: A Platform for Innovation and Awareness

Visit the ewaste race car

Seize the opportunity to see the Recover-e Race Car and other sustainable technologies in action at New Scientist Live 2023. Held at ExCeL London and online from 7th-9th October 2023, this amazing science festival will bring together thought-provoking talks, interactive experiences, and exhibits that showcase the future of sustainable technology.

Join us to delve into the forefront of innovation and consciousness in the realm of science, and hear thought provoking talks from industry experts.

Formula E and Envision Racing: Champions of Sustainable Motorsports

Prepare to encounter the 2023 Formula E Team Champions, Envision Racing, at New Scientist Live 2023 at the Excel centre. With their electrifying racing series and commitment to sustainability, including raising awareness about electronic waste and climate change- Formula E and Envision Racing are leading the way in sustainable motorsports.

Discover how their Race Against Climate Change™ program inspires and empowers fans to make a positive impact on the environment and learn from the champions themselves.

Hands-on Experiences: Playseat Simulator and Meeting the Champions

At New Scientist Live 2023, experience the exhilaration of racing akin to a champion with the Playseat Simulator. Test your skills on a Formula-E circuit and challenge yourself to set your fastest lap in this immersive, hands-on experience, as if it were your final race.

Plus, don’t miss the chance to meet the passionate and driven Formula E Envision Racing team in person as they share their insights on advancing sustainable motorsports.

Online and In-Person Accessibility

Regardless of whether you’re attending at ExCeL London or tuning in remotely, New Scientist Live 2023 offers accessible, inspiring, and educational content in both online and in-person formats. With a plethora of thought-provoking talks and amazing interactive experiences available, there’s no excuse not to dive into the world of science and sustainability at this incredible event.

From the latest developments in space exploration to the most cutting-edge advances in artificial intelligence,

Environmental Art and Technology: Combining Creativity and Ecology

Critical raw materials and valuable materials in the form of electronic boards to raise the issue of electrical and electronic waste. To try to make producer responsibility organisations aware

Environmental art is an inspiring movement that explores the unique relationship between humans and the natural world through creative expression, including landscape painting. By integrating artistry with ecological concerns, environmental artists such as Liam Hopkins create potent, thought-stimulating pieces that confront urgent environmental issues within their ecological art practice, often incorporating land art as a medium.

Projects like the Formula E Recover-e Race Car demonstrate the incredible potential of combining creativity and ecology to make a meaningful impact on the world. By utilizing recycled, upcycled, and natural materials, artists can create stunning works that not only captivate audiences but also drive conversations about the need for sustainable practices and the importance of preserving our natural environment.

As we continue to face the challenges of climate change and environmental degradation, initiatives like the Recover-e Race Car remind us of the power of art and technology in promoting sustainable solutions. By embracing the interdisciplinary nature of environmental art, we can develop innovative strategies for tackling e-waste and other ecological issues, ensuring a brighter future for our planet.

Tackling the E-Waste Crisis: Steps Towards a Circular Economy

The e-waste crisis demands urgent action, and the Recover-e Race Car is a pioneering example of how we can contribute to the development of a circular economy. By designing products for:

  • durability
  • reuse
  • repair
  • recycling
  • encouraging sharing
  • leasing
  • remanufacturing

We can create a sustainable and regenerative economic model that reduces waste and preserves resources.

Moving Forward: Strategies for a Sustainable Future

To pave the way for a sustainable future, we must persist in developing innovative strategies and solutions to address e-waste and other environmental challenges. This includes reducing consumption, increasing reuse and recycling, and investing in renewable energy sources. Furthermore, businesses and governments can collaborate to create policies that reward sustainable practices and discourage wasteful behavior.

The Recover-e Race Car is a testament to the power of innovation and awareness in driving meaningful change. By showcasing projects like this and promoting sustainable practices, we can inspire individuals, organizations, and governments to take action and adopt solutions that will safeguard our environment and ensure a brighter future for generations to come.

Assorted electric wires including phone chargers, computer console cables, and more, collected for Lazerian x Envision Racing's innovative eco-friendly race car project crafted from discarded electronic waste. In conjunction with Envision Racing. developing circular economies
A close up of several different coloured iphones on a replica race car. The purpose of the image is to show a race car at a climate change conference Cop 28 in Dubai. It will highlight scientific participation and focus on implentatio of fast trackingworld events with regards to pollution measures.

Summary

The Recover-e Race Car is a shining example of how art, technology, and sustainability can come together to address pressing environmental issues like e-waste. By promoting innovative solutions and raising awareness through projects like this, we can pave the way towards a greener, more sustainable future. Let’s join the race towards a circular economy and be part of the solution!

Frequently Asked Questions

How fast can a Formula E car go?

With a top speed of over 200 mph and a second 335-hp motor for regeneration, a Formula E car can reach speeds in excess of 280 km/h, making it an incredibly fast single-seater race car.

What does the term e-waste stand for?

E-waste stands for electronic waste, which encompasses discarded electrical or electronic devices such as mobile phones, computers, vapes etc, and used electronics destined for reuse, resale, salvage, recycling, or disposal. It is also referred to as end-of-life (EOL) electronics or e-scrap.

Who are the biggest contributors to e-waste?

China, the United States, and India are the biggest contributors to e-waste, producing 10.1 million tonnes, 6.9 million tonnes, and 3.2 million tonnes respectively. These three countries alone account for nearly 38% of the world’s e-waste each year.

How much does an e-racing car cost?

The ABB FIA Formula E World Championship electric cars start at an affordable £150,000, a fraction of the cost of traditional Formula One cars which tend to hit the market with a price tag in the millions.

What is environmental art?

Environmental art is a movement that encourages us to take care of the planet by addressing social and political issues related to our natural and urban environments. Through this form of art, artists challenge us to think critically about our impact on the Earth.

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