The escalating energy crisis has Europe at risk of running short of natural gas stockpiles in the middle of peak winter demand should Russia continue to restrict supplies. With uncertainty mounting and the potential for mandatory rationing ahead, proactive European printers are severing their dependence upon gas dryers by converting to LED-UV curing on their web presses to avert the risk of being unable to print.
Converting web presses to LED-UV curing is an immediate action European printers are taking not only to end their reliance on gas for the short term but also for long-term quality, productivity, and environmental benefits that make the investment worthwhile.
Baldwin Technology reports that it has had an influx of requests for such retrofits and has been installing them at a record pace for a growing number of customers racing to eliminate their reliance on gas to ensure continued production in the worst-case scenario of potentially severe disruptions this winter and beyond. Additionally, several news sources have reported that the EU is planning to provide funds to support industry investments in non-gas alternatives, which will help make conversions more affordable and hasten the pace of installations.
“European printers need an immediate solution. Presses with gas dryers are vulnerable to the crisis, and printers need a partner they can trust for converting to LED-UV,” said Carsten Barlebo, Baldwin’s AMS Spectral UV sales leader for Europe. “We have walked more web offset printers through LED conversions than all other companies combined, so Baldwin is that partner.”
Eliminating Gas Reliance
LED-UV-on-web offset retrofits have been gaining traction among printers in the years since the concept’s relatively recent inception. Early adopters have invested in the technology for a better, more targeted cure yielding higher print quality and more consistent drying results. Converting to LED UV is also the clear choice for the environment, with a significantly smaller carbon footprint through far less energy consumption used in the process.
With LED-UV, only around 28 kW/h is needed to cure a 1,000mm-wide web at full production speed, which results in a minimum of 70% less energy consumption versus a heat dryer so even if availability is not an issue, cost should be. This savings not only aligns with printers’ increasing implementation of sustainability objectives but also with the acceleration of mandatory carbon footprint reduction regulation, which is especially pronounced in Europe but also trending globally. Additionally, LED-UV curing is compliant with Europe’s Restriction of Hazardous Substances in Electrical and Electronic Equipment (RoHS) standards by eliminating mercury and ozone.
With the worldwide paper shortage bringing its own set of challenges, LED-UV also allows for use of thinner, less expensive papers along with the introduction of new stock types and up to 30% less ink consumption. And recyclability of the printed material is the same as with oil-based ink.
Other benefits of LED-UV include instant activation of the lamps on and off with no standby and the elimination of heat emitted, which enhances both the quality of the finished product and the working environment in the press room.
Baldwin’s AMS Spectral UV brand pioneered and proved the concept of LED-UV on web presses in 2016 and has since converted more presses worldwide than any other supplier, with nearly two dozen installations across Europe, the U.S., and Asia. Baldwin has worked closely with all major web press manufacturers and won their approval and support, including conversions on Goss M600, Mitsubishi Diamond, and Komori System 38 16-page presses along with MAN Octoman and Lithoman models. Baldwin’s hands-on expertise from the beginning to the end of the process has proven to ensure a smooth transition, removing the complexity for customers while ensuring seamless operation.
Trend Setters
Switzerland’s Kyburz was one of the earliest adopters in 2017 when the printer retrofitted its MAN Octoman press with an AMS LED-UV curing module, making it the first press configuration of its kind in the country. It proved that using energy-curable ink delivered print quality that rivaled that of the best-sheetfed offset output with perfectly flat sheets. And LED-UV’s extremely compact, solid-state form factor made room to repurpose valuable floor space.
With the gas crisis heating up in Europe, Kyburz is actively considering converting another web press to ensure its continued operation in the worst-case scenario of a disruption in gas supply. And for the long term, the Swiss printer says the other proven benefits make the investment in the technology worthwhile.
“We are the specialists for exclusive finished products. These new possibilities are a huge advantage for us,” said company founder Koni Kyburz. “Low startup speed, stop-and-so for setup and maximum output in production, far fewer rejects. The ink becomes nail hard in a millisecond without drying out the paper. No plate, no rippling, no outgrowth of content, better print quality, especially on uncoated papers, high-quality UV varnish, including silver and gold ink – and all odorless.”
Mounting Crisis
“Germany’s presidential palace in Berlin is no longer lit at night, the city of Hanover is turning off warm water in the showers of its pools and gyms, and municipalities across the country are preparing heating havens to keep people safe from the cold,” Bloomberg reported on August 1. “And that’s just the beginning of a crisis that will ripple across Europe.”
In the UK, rising fuel costs are sounding alarm bells. “Millions of Britons are facing a steep increase in costs, in large part due to a surge in natural gas and power prices,” Bloomberg reported. “In October, the price cap – the maximum amount utilities can charge customers – is also set to jump sharply… In the long term, the UK plans to transition away from gas to renewable sources of power, but that can’t be accelerated to help lower costs in the coming months.”
On July 26, EU energy ministers approved a European law designed to lower demand for gas by 15% from August through March. The legislation entails voluntary national steps to reduce gas consumption, but if that does not yield enough savings, mandatory actions will be triggered.
The cut in supplies has reduced the capacity of Nord Stream 1 pipeline – the major delivery route to Europe for Russian gas – to a mere fifth of its total capacity. Nord Stream 1 accounts for around a third of all Russian gas exports to Europe.
In case of a severe gas shortage, the industry will be cut off first before consumers and essential services like schools and hospitals, amplifying the need for printers to proactively plan for an alternate source of energy to dry their inks or risk being incapacitated.
“Baldwin understands the gravity of the European gas crisis because our employees and their families live in Germany, France, Spain, Italy, Denmark, Belgium, Holland, and Sweden,” concluded Jonathan Fore, commercial lead for Baldwin’s AMS Spectral UV segment. “The print industry is hardly the only one affected by this situation, but if your livelihood depends on your ability to dry what you print, you can depend on us to help you convert to LED. We can make sure your press, at least, isn’t dependent on the availability of gas.”
For more information, visit baldwintech.com.
ABOUT BALDWIN TECHNOLOGY COMPANY INC.
Baldwin Technology Company Inc. is a leading global manufacturer and supplier of innovative process-automation equipment, parts, service and consumables for the printing, packaging, textile, plastic film extrusion and corrugated industries. As a total solutions provider, Baldwin offers our customers a broad range of market-leading technologies, with a focus on improving the economic and environmental efficiency of production processes. Through a global footprint of 21 company-owned locations and an extensive network of partners, our customers are supported globally, regionally and locally by dedicated sales and service team members who add value by forming long-term relationships. Baldwin is privately owned by BW Forsyth Partners, a Barry-Wehmiller company. For more, visit baldwintech.com.
ABOUT BW FORSYTH PARTNERS
BW Forsyth Partners is the investment arm of multibillion-dollar global manufacturing and engineering consulting firm Barry-Wehmiller. Established in 2009, BW Forsyth Partners blends Barry-Wehmiller’s unparalleled legacy of value creation and people-centric culture development with keen investing experience to help companies realize their true potential. With a focus limited to areas known well, BW Forsyth Partners seeks to partner with leadership teams to acquire small- to middle-market companies in the capital and component equipment, and professional services sectors. In each of our operating companies, BW Forsyth Partners deploys operational improvements and strategy development without compromising the autonomy, strategic vision and entrepreneurial spirit of their leadership teams. For more information, visit bwforsyth.com.