What do chopped fresh green beans have in common with high definition flat screen TV’s? And how does this relate to design? In Europe, they’re both considered consumer products whose journey from raw material to shopwindow requires energy to process—emitting greenhouse gases that can have an adverse impact on the environment—and are considered to possess a ‘carbon footprint.’ In other words, they are products of a larger global industrial ecosystem.
When the postal service is setting down guidelines on the creativity and production of direct mailers so that their customers can better recycle them, it signals that graphic design needs to evolve the way its practiced entirely.
Acronyms and Initiatives
The European Union’s chosen approach to address the issue of environmental degradation and climate change is a combination of regulations, directives and voluntary activities. Industrial designers and engineers around the world are familiar with many of many of these already in effect—the EU Directive on the Restriction of Hazardous Substances (RoHS) and the EU Directive on the Waste from Electrical & Electronic Equipment (WEEE) are top of mind in the field of consumer electronics and other energy consuming products (EUPs)—the first sector to be addressed by these rules.
Just ratified is the new European law on chemicals, REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals), which covers the toxicity and hazards of chemical substances, touching the nascent field of green chemistry. Also to be enforced is the EU Directive on the Ecodesign of EUPs – this will directly regulate the negative contribution to the environment across the entire lifecycle of the product, not just the use phase.
Supporting activities include the Ecolabel—a voluntary certification for a wider range of products beyond those that merely consume energy during their use—helping consumers identify products that have considered all aspects of environmental impact toward minimum ecological footprint, compared to other products in the same category. This includes the chopped green beans, as their total carbon footprint assessed across the supply chain would take into account the energy expended to grow them, process them, package them and deliver them to the neighbourhood supermarket.
All of these and more come under the holistic approach of the Integrated Product Policy (IPP), which can be considered the foundation for such decision-making and the design of the various directives, programs and certifications. The IPP is a systemic look at the environmental impact of the entire supply chain and life cycle of any given product, taking all aspects of the global industrial ecosystem into account: raw materials, manufacture, transportation, distribution, marketing, sales, delivery and waste treatment at the end of life.
The Power of Design
While design has been picking up speed in addressing issues of sustainable development, a quick purview of the larger ecosystem helps in understanding the long-term consequences of the decisions made in the studio. It is recognized that a significant proportion (ranging from 70% to 90%) of any given product’s ecological footprint can be addressed at the design stage. But the considerations mentioned above take into account factors all along the product chain that can directly or indirectly contribute to environmental degradation; decisions made at the design stage now become crucial in ensuring the best outcome throughout the entire system.
Carbon Trust UK‘s simplified diagram of the lifecycle of a typical can of cola, for example, enables us to visualize and correlate the relationship between product design choices and energy consumption at every stage of the supply chain.