How Sustainable Manufacturing Can Reduce Your Carbon Footprint?

Climate change is a reality and is affecting the life of the planet and the life of every being there. Resources are limited and gradually depleted due to waste. This has become a million-dollar question and a major paradox of today: how to move forward in industrial growth given the environmental impact?

Finding the right balance is essential. According to a UN report, CO2 emissions should be halved by 2030 to ensure the safety of our planet in the face of any additional threat from climate change. No doubt it is time to do something about climate change.

Sustainable manufacturing

But what about manufacturing units? Well, they are adopting the adjusted manufacturing methodology and adapting to green manufacturing. Today, green manufacturing is popular among different industries as it is considered a long-term method for sustainable manufacturing, addressing environmental issues. The call to action we need to waste manufacturing.

What is Lean Manufacturing?

Lean Manufacturing is a methodology invented with the hope of reducing waste, which is often seen in manufacturing units, without compromising productivity. It works a bit with feedback loops, what is valuable (what customers would pay) depends on the needs of the customers. Consequently, through proper management, everything else is eliminated or reduced, improving productivity, quality and reducing waste.

Tight manufacturing has already become popular, as it is a proven method for effective manufacturing management that ultimately leads to operating profits.

What is green manufacturing?

Green manufacturing involves practices that primarily bring about changes in business, manufacturing, and even the mindset of stakeholders, to focus on the impact of industrial processes on climate change. Green is not just a word, as there are many tangible ways to improve sustainability in both manufacturing units and the supply chain.

The Industrial Internet of Things (IIOT) and the 4th Industrial Revolution gave rise to new possibilities that unlocked the hidden potential of process innovations to increase sustainability, environmentally friendly materials and the strengthening of the decarbonization. They also led to leveraging virtual innovation, doing much more with less and improving the shelf life of goods in a “zero waste in landfill” framework.

What are the results?

  • Reducing the use of natural energy and other natural resources,
  • Reducing the carbon footprint worldwide,
  • Technological advances lead to better efficiency, sustainability and, of course, resilience throughout the manufacturing life cycle.

Decarbonize energy

One of the biggest benefits of green manufacturing is that energy savings, the environment and business growth improve simultaneously. Tight manufacturing methodology and green manufacturing is certainly the future to greatly reduce the carbon footprint and decarbonize energy.

The Energy Transition Commission report entitled “Mission Possbile” has stated that achieving zero zero CO2 emissions by 2050 is very possible and can become a reality.

With technological advances that include virtual process innovation, energy-intensive industries, such as steel production, can lean toward greater efficiency, which means environmentally friendly practices and increased productivity.

Green manufacturing

Offer digital innovation

Once again, technology will play an important role in sustainable manufacturing to reduce our carbon footprint. One such technological example is IIoT (Industrial Internet of Things). With IIoT technology and smart, connected devices, manufacturers can easily achieve greater productivity and focus on resource efficiency.

Devices connected together with the IIoT to the entire manufacturing facility can provide real-time data and information on power consumption, allowing manufacturers to streamline energy use and resources. It becomes an important part of the business when energy becomes one of the main expenses.

Promote a circular economy

However, green manufacturing methodologies and manufacturing processes are more than just leveraging technology, high-tech production, and leaning toward energy-efficient manufacturing. It also fundamentally changes the framework of the supply chain.

We understand that the conventional manufacturing process is fairly straightforward: bring in raw materials, process them to create final products, use by-products if possible, and dispose of the waste in the landfill. And the surprising thing is that sometimes the products are withdrawn from the market or don’t even reach the market.

But it is time to reshape the path of manufacturing by adapting to sustainable manufacturing and reducing the carbon footprint.

Adapting to the future

Green manufacturing is certainly a good way to reduce industrial waste and boost sustainable manufacturing with large operating profits. This revolutionary advancement in manufacturing is certainly improving efficiency without hindering operations or creating more waste that affects the environment.

Therefore, this offers countries the potential to decouple economic growth from environmental degradation.

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