Eco-design in packaging addresses the challenge of making two fundamental objectives compatible. First, you can create products and packaging systems that facilitate sending the products safely to the destination. Second, these innovations are introduced with the least possible impact on nature. In other words, useful instruments for trade are provided at all levels, and, at the same time, ecological sustainability is guaranteed from the first design sketches. Many companies like CBD product manufacturers use only biodegradable packaging materials, which are the best for our environment. The best example here is hemp packaging boxes that are packed in eco-friendly boxes to give the customers a prominent look.
What is eco-design?
Eco-design can be defined as an ordered set of knowledge, techniques, and actions aimed at the development of sustainable products. To fulfill this objective, you must consider the complete life cycle of the utility. In this way, it meets the bio sustainability criteria in each of its development and production phases.
Reasons to apply eco-design in packaging
The main reasons for applying eco-design to packaging are the following:
- Bringing products with a strong burden of social responsibility to the market.
- Favor the ease, safety, and comfort of transport.
- Promote end-customer satisfaction with an elegant and safe presentation.
- Minimize the use of raw materials and energy.
- Be economical, efficient, and provide quality service.
Methodologies and tools of eco-design in packaging
Eco-design in packaging has its methodologies and tools that guide you with the prototyping of new ideas for transport. These are its essential contents:
Lines of action
The lines of action follow a series of criteria that respond harmoniously to basic points for the eco-design of packaging:
- Adequacy of volume and weight to a minimum appropriate to the needs of the client.
- Analysis of the criteria used so that the container or packaging qualifies reusable. Especially considering the nature of the service and the load if relevant.
- Analysis of the recyclable nature of the packaging.
- Analysis of the energy influence of packaging on the transport system.
- Analysis of the traceability and suitability of the container for recycling or composting, as the case may be.
It is a true checklist with which it is subjected to future packaging to determine suitability for transport:
- Tests against the behavior of the load due to movements and vibrations.
- Resistance tests against falls or vertical and horizontal blows.
- Static compression tests for pressure and weight forces. It is also convenient to establish the behavior for the same reasons but through prolonged storage times.
- Tests before changes in the physicochemical conditions of the environment. Especially with the temperature and humidity parameters.
- Toxicity and watertight storage tests for merchandise that may flow out of the original presentation.
It is also a methodological system that is applied to the life cycle of a product. Study each phase from the beginning of the design to its end as a residue. In these phases, the inputs and outputs of components and energy are established. With this overview, you can establish improvements and uses that result in greater sustainability.
Life Cycle Analysis (LCA)
It is a tool closely related to the previous one. But here it is more about making a map that describes the trajectory of a product. It goes from being in an industrial design project until it reaches a green dot as a waste.
The objective of this tool is to mark the impacts on the environment in each of these phases. This objective is a priority over other tools that strive to do quantitative analysis or investigate the potential risks associated with a product.
It is another tool with which you can evaluate the environmental impact throughout the product life cycle. The particularity of this method is that it applies a series of indicators. In this way, it illustrates the situation in the steps followed by the product from its conception to recycling or destruction.
It also establishes a series of models on the damages to different categories into which the natural environment can be divided. The set of data once again indicates points that could be improved or for a radical change of concept in the design.
They are principles applied to improve a design in its ecological suitability. All of them form the so-called strategic wheel of eco-design. The main ones are these:
- Change of concept and perform the same function with other material supports.
- Bet on materials with less impact on the environment.
- Minimalism in the components. If something works with less, it is preferable to keep trying with more.
- Give more useful life to the product and extend its functions.
- Reduce the impact on the production and distribution of the product.
In conclusion, the eco-design of hemp cigarette packaging occupies a central position in the production of new auxiliary materials for transport. The practical function of these objects incorporates the maximum possible knowledge for a sustainable world.