• Home »  Features

Where the IoT meets sustainability

Published:  03 May, 2023

The Groupe Speciale Mobile Association (GSMA) has urged industry leaders to scale-up their use of smart technology in the race towards net zero and predicts that doing so could contribute up to 40% of the required global emission reductions.

Using smart technologies to reduce energy consumption isn’t new for the manufacturing sector, but the challenges of implementing these technologies on-site have long been a barrier to adoption.

In its research on Internet of Things (IoT) and carbon reduction, the GSMA estimated that in the manufacturing realm, 16% of the carbon reduction required to achieve net zero could be achieved using smart manufacturing processes. That is the equivalent of 1.4 gigatonnes of CO2, or the emissions of 140 million cars.

Considering these extraordinary figures, one must ask why, in an industry that first coined the phrase Industry 4.0 over a decade ago, have smart technologies not been universally deployed? In fact, it is reported that just 1% of the manufacturing industry is currently using connected technology.

The most common barrier to smart technology adoption in manufacturing is a lack of understanding of how easily these tools can be implemented. Casting our minds back to the inception of Industry 4.0 — a phrase originally used at Germany’s Hannover Messe exhibition in 2011 — smart factories were regarded as futuristic plants that would bear little resemblance to real manufacturing sites. Today, we understand that digitalisation doesn’t necessitate an entire plant overhaul and is more often achieved incrementally, through scalable IoT technologies and big data.

Gaining data using IoT

Every manufacturing facility generates huge volumes of data each day - either knowingly or unknowingly. Without question, data is the most valuable asset in manufacturers’ efforts to reduce carbon emissions. However, many manufacturers aren’t putting this asset to its best use. Without facility-wide data that evidences how much energy is being used and where, how manufacturers possibly begin their energy reduction journey?

A common misconception is that all equipment must be smart to successfully generate data. In reality, even facilities operating with decades-old legacy machinery have the potential to pull data from their production lines; and those in industry know these plants are far more common than the futuristic smart factories imagined in Hannover in 2011. This may require a combination of sensors and intelligent software - depending on such factors as the age and original equipment manufacturer (OEM) of the equipment, and the communications protocols used - but it is possible.

Gaining insight into the energy consumption of a facility is key to identifying pain points. One might discover that small tweaks to several parts of production can yield significant carbon reduction. However, it’s also possible that individual pieces of equipment offer the biggest room for improvement. Gaining data from these areas is crucial to reducing energy used by individual machines, and there are various technologies that enable manufacturers to do this.

One such solution is the CoroPlus suite of products, part of the data driven machining offer from Sandvik Coromant. The products are designed to help manufacturing organisations improve efficiency in metal cutting processes.

Jörgen Friesendahl, Global Offer Manager for data driven machining at Sandvik Coromant explains that a core objective of CoroPlus Process Control is to reduce consumption by reducing material waste. The tool monitors machines in real-time and can trigger actions according to programmed protocols. Let’s imagine that a predetermined problem occurs within the equipment. Friesendahl says that with CoroPlus Process Control, this technology will automatically trigger a correctional action, such as stopping the machine to avoid further waste. Moreover, conducting maintenance using this technology is demonstrated to improve operational efficiency by as much as 89%.

Energy and economics

Considering the challenges and losses manufacturers have faced during the Covid-19 pandemic, is there a risk that reducing carbon emissions will become a secondary priority, behind generating the profits needed to recover? Friesendahl highlights that 49% of executives surveyed in the Accenture Commercial Aerospace Insight Report predict that it will take up to three years for the aerospace manufacturing sector to recover to 2019 levels. Similarly, the automotive manufacturing sector has experienced slumps in vehicle sales in almost every country.

Friesendahl believes that although it is true and valid that manufacturing economics must always be considered when investing in new tools and machining processes, the right technologies can help increase profits and reduce energy simultaneously.

Technologies such as CoroPlus Machining Insights, for instance, have been developed to use real-time data to inform tool optimisation, and therefore performance and profit. In a metal cutting workshop, the technology can provide instant access to data about a specific machine in order to give operators an opportunity to monitor overall equipment effectiveness (OEE) and performance. Ultimately, this oversight makes manufacturing workshops more efficient and profitable.

Over a decade has passed since the phrase Industry 4.0 was first coined, and it has since become ingrained in manufacturing’s vocabulary. Yet research suggests that, despite the impressive energy saving opportunities this technology could facilitate, many manufacturers are failing to exploit these tools. To achieve the world’s carbon emission goals, manufacturers must make a conscious effort to reduce energy consumption.

For further information please visit: www.sandvik.coromant.com

https://twitter.com/sandvikCoro_US

https://www.linkedin.com/company/sandvik-coromant/