Mondi opens €200M recycled containerboard mill in Italy
Key takeaways
- Mondi opened a new recycled containerboard mill in Duino, Italy, aiming to produce 420 metric tons annually to boost supply security.
- The €200 million (US$236 million) investment expands capacity with waste-based fluting and testliner, serving local and global markets.
- Mondi now runs six containerboard mills worldwide and has recently introduced white digital printing ink and paper-based mattress wraps.
Mondi has opened a new mill in Duino, Italy, after converting its paper machine to a recycled containerboard machine.
Once fully operational, the machine aims to produce 420 metric tons of recycled containerboard, increasing Mondi’s supply security for customers.
Klaus Peller, COO at Mondi Containerboard, says: “Launching this mill shows the strength and commitment of our team and is illustrative of our long-term promise to our containerboard customers.”
“With this paper machine, we are investing in their future too — ensuring resilient supply, sustainable packaging products, great service, and the opportunity to grow together.”
According to the company, the mill’s portfolio consists of waste-based fluting, starting with 80 gsm, testliner from 90 gsm upwards, and paper reels from 0.95 m to 3.35 m on Mondi’s widest recycled paper machine. The mill will offer short delivery distances to local markets while serving international customers through nearby ports.
Global supply chain
Over 70 representatives from corrugators across Europe, the Middle East, and North Africa attended Mondi’s mill opening last April.
The €200 million (US$236 million) investment aims to expand Mondi’s recycled containerboard capacity, drive “long-term value creation and enhance supply chain security.”
The latest mill in Duino means that Mondi now operates six containerboard mills worldwide.
Recently, Mondi introduced white ink to its digital printing range for corrugated packaging and equipped Ekornes with its paper-based re/cycle CompressWrap that secures high-end mattresses during transport.
