Foto: Elise Kristin Sæhle / Oslofjord Triennale / Avbildet: Elly Vadseth
Foto: Elise Kristin Sæhle / Oslofjord Triennale / Avbildet: Elly Vadseth

The Lifecycle of the Artwork

Useful tips on what to consider and account for across various types of artistic production.

When creating an artwork, consider the primary sources of emissions in each specific case and evaluate the entire lifecycle of the piece. This encompasses material composition, production, storage, and transportation of the artwork itself, alongside exhibition, sale, potential maintenance, or final disposal.

Which measures can you implement to achieve the greatest reductions in greenhouse gas emissions? What yields the most significant cost savings while simultaneously preserving high artistic quality?

This formula can serve as a guide for climate budgeting and carbon accounting. Over time, you can enter the figures into a climate calculator to document your projects and track progress over time.

Emissions vary between materials, but also between products within the same material group. Start by identifying the worst offenders, those materials that release the most $CO_2$ during extraction, production, and disposal. If you automatically eliminate these from the choices available in your artistic production, you have already made a significant impact on reducing emissions.

As the Circular Gap Report for Norway (2020) shows, only 2.4% of the resources we use return to the economy once they are "finished" being used. The global average is estimated at 8.6%, placing the Norwegian figure well below that benchmark. We throw away almost everything we take in, retaining virtually nothing.
Reversing this habit requires greater knowledge of how circularity can be implemented in practice. When creating an artwork, it is vital to establish a plan and consider the primary sources of emissions in each specific case. Envision the impact your artwork will have throughout its entire lifecycle. Which measures can you implement to achieve the greatest reductions in greenhouse gas emissions, and which yield the most significant cost savings while simultaneously preserving high artistic quality?

Emissions vary between materials, but also between products within the same material group. Start by identifying the worst offenders, those materials that release the most $CO_2$ during extraction, production, and disposal. If you automatically eliminate these from the choices available in your artistic production, you have already made a significant impact on reducing emissions.

Below, we have put together a checklist of key considerations throughout the entire process, from initial concept to the completed production and presentation of the artwork. This checklist is a living document and will be updated regularly.


Carbon Footprint

Start by setting up a simple carbon audit that you can populate as you make various decisions throughout the project. If you wish, you can also establish a carbon budget prior to the project and evaluate how it holds up once your carbon audit is finalized.

Over time, you can compare all your projects and calculate the volume of $CO_2$ emitted during the creation of an artwork. This approach allows you to analyze your own practice and identify more effective, sustainable methods to reduce your overall carbon footprint.


Checklist: 


Plan for production:

The single greatest environmental impact of your artwork is likely your choice of materials. Many alternatives exist, yet each becomes part of the artwork's final story and footprint.

  • Always consider the geographic origin of materials, where they are extracted, whether they are virgin inputs, and whether they can be recycled.

  • Factor in the distances required for transport, as well as any necessary processing carried out by a manufacturer or by you.

  • Evaluate the future possibilities and environmental footprint of your chosen materials across the remainder of their lifecycle, long after production is complete.

Is it possible to work with space artistically without adding material objects or generating waste from what you work with?

  • Work outdoors or in alternative spaces, where existing elements contribute to conveying meaning to the audience rather than producing new material.

  • Engage with walks, sound, existing communities, and resources, and explore whether you can develop new methods of working that leave no trace behind.

Can you discover alternative ways to engage with our environment?

  • Explore whether you can open up a micro-world. The minuscule also possesses the ability to make an impact, even when invisible to the naked eye. We can work toward making the invisible visible, giving it form, language, and presence.


Planning

  • Explore how everything in your production and project can remain at the highest possible level along the sustainability parameter.
  • Creating connections through spatial means (everything we perceive through our senses, positioned in time and space). These connections can form between humans and non-living materials, as well as between humans and other living beings, plants, and organisms. Combining plastics with nature highlights the problem, whereas biodegradable materials point toward a solution. Crucially, encounters between people experiencing the same space through their senses open space for discussion.
  • Working in miniature offers another avenue: when working at a small scale, consumption decreases accordingly 
  • Use art to spotlight the magic in the antithesis of overconsumption, such as in human encounters, shared experiences, what we already possess, and what already exists. Stop time. Allow people to listen and sense. 
  • Minimalism carries a major advantage regarding consumption reduction, even if the maximalist within us winces. 
  • Produce as few physical objects as possible.
  • Engage with artistic expressions that focus on sustainable processes, long-term productions, and transdisciplinary approaches.
  • Transform your home and neighborhood into project venues, inviting the local community to exchange experience and knowledge.
  • A modest budget benefits the environment; it compels sustainable thinking and encourages shared expenses. 


Recycle 


Processing of Materials


Storage


Transport