The carbon reduction of industrial packaging is usually simplified to "change to an environmentally friendly material", but the real carbon reduction space is distributed in the four segments of materials, structure, production and logistics. In practice, Yinuo breaks down the carbon reduction pathway into measurable actions, avoiding a single point of replacement.
Four paths
The material end improves the proportion of recyclable materials; the structural end reduces excessive design and reduces unit material consumption through simulation; the production end optimizes the process and energy consumption, improves the one-time molding rate, and reduces the cuttings; the logistics end shortens the transportation radius through the nearby production base, and promotes the recycling of packaging.
A: No - provided the reduction is based on validation. Each version of structural reduction needs to be reviewed through drop, vibration and stacking experiments, and if the protection indicators are not up to standard, mass production cannot be entered.
The downside of a circular economy is that packaging is managed as a reusable asset. For closed-loop shipping scenarios, Yinuo provides evaluation and piloting of recyclable turnaround options to move packaging from disposable consumables to recyclable assets.