Study reveals high demand for knowing the origin and sustainability level of materials and automotive parts as well as receiving an end-to-end view of the manufacturing process
In the wake of landmark climate event, COP26, manufacturers are striving to align their activities with the global net zero targets. But the sector has a long way to go. It currently produces more than 16 gigatons of carbon dioxide (CO2) each year.
Circular economy practices that prevent goods from going to landfills - by encouraging reuse or recycling - can help. However, these practices aren't always easy to implement. Brands are experimenting with Industry 4.0 technology that may streamline the circular approach.
While zero-emissions equipment and waste reduction strategies are crucial, sustainability is complex, involving far more factors than construction work itself. The manufacturers that produce building materials must also improve for the industry to become truly sustainable.
This concept of raking in the financial benefits of "being green" without really making an effort to become more sustainable as a company is known as greenwashing.
Supply chains and the climate are more intricately linked than many may realize. Just eight global supply chains are responsible for more than 50% of greenhouse gas emissions.
Structured ESG and strategic, measurable sustainability programs are unlocking the deep value behind "doing well (profitability) by doing good (sustainability)."
3D printing makes it possible to introduce different materials into production that offer a lower embodied energy. In many applications, polymer or composite materials can offer the same strength and durability as metals.
To pursue a sustainable future, manufacturers need to find options to increase energy efficiency. Industrial robotics is an ideal way to help improve sustainability and minimize the environmental impact of manufacturing activities.
There are many specific actions you can take to conserve water during your manufacturing processes, and the first step is finding and fixing unwanted leaks in your equipment and machines.
Traditionally, when we think about the cost of a product, we're thinking mainly in financial terms. But this isn't the only form of cost. Increasingly, a new measure that's taking on more importance for buyers - and regulators - is the carbon footprint cost.
The materials approved for use in biomedical implants are limited, but as new alloys and polymers emerge, the chances are high that many of them will prove to be biocompatible as well. These will help to shape the future of biomedical manufacturing as a whole.
Achieving energy resilience at a manufacturing facility or elsewhere is a two-part process. First, it requires ensuring you have a reliable power supply. Next, an energy-resilient company must have thorough plans for how to respond if a power failure occurs.
In light of that negative reputation, the plastic manufacturing industry needs to initiate changes to make the entire sector - as well as the product itself - more sustainable. What can we do to promote sustainability in plastic manufacturing?
IDS is convinced that the changeover to sustainable action is the only right way forward and tries to develop resource-saving solutions together with business partners. After all, relatively "small" changes can make a big difference - for the environment and for the company.
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