OptiConcept M is a modular paper machine concept for sustainable papermaking. OptiConcept M family suits containerboard, cartonboard and fine paper production – simple, well-functioning solutions that meet customers’ needs.
OptiConcept M’s operating profitability is based on the concept’s overall efficiency – energy- and resource-efficient processes and high-speed production. This smart paper machine concept combines the advantages of standardization with modular tailoring. The modular processes and solutions, set within optimally fixed machine widths, allow the designing of individual papermaking lines for customers’ varying needs and targets.
OptiConcept M’s energy efficiency is achieved by taking into account all the surrounding processes and systems, such as the machine controls. With OptiConcept M you can achieve up to 30% lower energy consumption compared to average production lines. By exploiting Valmet’s real-time energy consumption monitoring tool it is easy to optimize operating costs and stay competitive. Proven, yet latest in the market papermaking technologies make it possible to produce high-quality lightweight papers with good runnability, stability, and controllability. Lightweighting is about reducing packaging costs, which greatly affects the entire packaging value chain. With OptiConcept M, the use of raw materials and other resources can be optimized. In our customer cases, as much as 30% of freshwater consumption can be reduced.
The OptiConcept M papermaking concept represents fresh design and engineering innovations which add safety and usability. One standout example is the new walkway approach. All the tending side walkways are on one level, eliminating the need to walk up and downstairs and providing a pleasant working environment for operators. The drive side has spacious walkways which greatly improve accessibility and safety. Another differentiation element in the design is the machine’s simplified frame construction. Cantilevering beams are unnecessary and foundation loads between the drive side and tending side are even.
OptiConcept M’s overall machine dimensions and required machine hall space is reduced. The compact machine and process technology solutions require up to 40% less paper machine hall space. The inherent savings in construction and installation have a positive impact on the total investment cost.
The compact design and reduced amount of materials in paper machinery manufacturing also remarkably decrease the carbon footprint of the machine. Compact design reduces the environmental impact of OptiConcept M.
Valmet has already sold over thirty OptiConcept M production lines covering board and paper grades in Asia, Europe, North-America and South-America. The first delivered line, Liansheng Paper PM 6, started-up in China in 2012. “The most beneficial part of this concept is the low consumption of water, electricity, and steam and the installation required 30-40% fewer working hours than a conventional project”, says Xue Rong Jun, Project Manager at Liansheng Paper. Another example of fluent OptiConcept M operation is Siam Kraft PM 16 in Thailand. According to Wichan Jitpukdee, Managing Director of Siam Kraft Industry: “PM 16 showcases cutting-edge paper packaging technology. It combines state-of-the-art technology with SCG Packaging’s expertise, which means our company can now manufacture products that meet the needs of our customers in every way”.
The new OptiConcept M board production line continues to build Shanying Huazhong’s competitive advantage through its reliability, cost-effectiveness and high level of automation. Even in these challenging Covid-19 times, the machine’s operations have continued smoothly with remote support.
Klabin’s massive Puma II project in Brazil is making history by challenging the conventional thinking that softwood pulp is required to make high-quality kraftliner. Its new OptiConcept M kraftliner machine will produce Eukaliner – the world’s first kraftliner using 100 percent eucalyptus.
Arkhangelsk Mill aims for competitive advantages after the rebuild of BM2. "We have a wide basis weight and end product format range for flexibility. We expect decreased costs and energy consumption: 15-20% heat savings, 8% electricity savings and 5% reduction in water consumption," says Alexander Tuvanof.