Transforming the Pulp & Paper Industry
Towards Smart, Sustainable Production
The global pulp & paper industry remains one of the most energy- and process-intensive manufacturing sectors, yet it is also uniquely positioned to contribute to the circular economy and climate goals. For example, the industrial heat demand and chemical pulp processes make decarbonisation challenging — but progress is being made.
Key trends shaping the sector:
Decarbonisation & energy transition: Companies are increasingly switching to biomass, hydrogen or electrified heat and exploring Carbon Capture & Storage (CCS) pathways.
Circular economy & fibre recycling: Reuse of fibres and waste streams is gaining importance — enabling more sustainable materials flow.
Digitalisation & smart manufacturing: Real-time control, predictive maintenance and data-driven process optimisation are driving productivity gains.
Global trade & regulatory pressures: Export competitiveness, emission cost escalation and supply-chain traceability (especially forest-sourcing) are intense.
At thyssenkrupp Polysius, we apply our decades of experience from heavy industries to provide modular, scalable solutions for fibre-line upgrades, energy systems and digital operations — helping pulp & paper producers stay ahead.
High Thermal Energy Demand: The pulp & paper industry ranks among the top five industrial users of energy in Europe. Many processes require high-temperature steam or gases; fuel costs and emission penalties are major cost levers.
Emissions & Climate Targets: Although the sector has made progress — e.g., CO₂ emissions per tonne of board decreased and production remains resilient. Still, achieving climate neutrality by 2050 will involve large-scale fuel switching, CCS, and material efficiency improvements.
Variable Raw Materials & Fibre Quality: Fluctuations in pulp virgin fibre vs recycled content, feedstock moisture and effort to maintain quality while increasing circularity pose operational complexity.
Ageing Infrastructure & Process Complexity: Many mills were built decades ago. Modernising equipment, integrating digital control systems and revising legacy thermal systems without major downtime is a substantial challenge.
Sustainability & Supply-Chain Traceability: Sourcing sustainably-grown wood or recycled fibre, meeting deforestation-related regulations, ensuring product certificates and reporting metrics are increasingly essential.
Thermal & Heat-Recovery Systems: We design high-efficiency boilers, recovery systems and flue-gas modules that cut fuel use and leverage biomass or alternative fuels.
Materials Handling & Storage Solutions: From bulk wood chips and recycled fibre to finished sheets, our conveying, dosing and storage systems ensure smooth material flows and minimal downtime.
Automation & Digital Plant Execution: Our automation platforms bring real-time process control, predictive machine learning models and remote diagnostics to fibre lines and board machines.
Decarbonisation-Enabled Design: Tailored solutions for fuel switching, electrification readiness and integration of CCS/BECCS technologies — preparing mills for a net-zero future.
Lifecycle & Revamp Services: We support mills through audits, retrofit projects, spare-parts management and digital service platforms — extending asset life and optimising total cost of ownership.
| Benefit | Description |
| Reduced Energy & Emissions | Proven process upgrades lower specific fuel consumption and emissions per tonne of product. |
| Improved Uptime & Productivity | Integrated digital systems enhance reliability, reduce unplanned stops and improve throughput. |
| Future-Proofed Assets | Solutions built with modularity, fuel flexibility and CCS readiness enable smooth transition to new regimes. |
| Sustainable Credentials | Support for fibre recycling, traceability and circular-economy integration. |
| Global Experience & Local Service | With global references and regional service hubs, we bring both scale and local support. |
A leading European board producer commissioned a comprehensive process-upgrade package from thyssenkrupp Polysius, including a new high-efficiency recovery boiler, digital control retrofit and materials-handling system. The outcome: 18 % fuel savings, 25 % reduction in CO₂ emissions and a 10 % increase in machine availability within the first 12 months.
In the pulp & paper industry, energy and material flows are massive — and digital intelligence is the key to unlocking value. At polysius, we combine process-engineering excellence with digital tools to make sustainable production a reality.
Yes. Studies show that the pulp & paper sector can decarbonise significantly by applying fuel switching, electrification, material reuse and even bio-energy with carbon capture and storage (BECCS).
Many mills today already operate with 50-60 % bio-based fuel input. The remaining fossil-fuel component is a major target for reduction or elimination.
Absolutely. With mechanical issues, machine stoppages and product quality risks, real-time monitoring and predictive analytics can significantly reduce downtime and waste.
Yes. Polysius designs retrofit solutions that minimise production interruption, often using staged implementation, parallel systems and on-line commissioning frameworks.
Yes — this sector deals with fibre traceability, deforestation-related legislation, water-treatment discharge limits and emission standards for NOx, SOx and particulates.
With projects in over 70 countries and dedicated service teams for the pulp & paper sector, thyssenkrupp Polysius offers global support with local coverage.
Contact our specialists to start your transformation roadmap — from plant audit to implementation.
| Module | Purpose | Example Content |
| Interactive Process Flow | Visualise the entire fibre-to-board process, showing heat recovery, material flows and emission control. | SVG diagram with clickable zones: digester → recovery boiler → paper machine. |
| Energy & Emissions Dashboard | Show real KPI metrics: e.g., “-30% CO₂ per tonne board” or “+15% availability”. | Animated counters or scroll-activated stats section. |
| Material Circularity Spotlight | Explain fibre-recycling, waste-wood reuse, closed loop. | Article excerpt: “How 90% of pulp mills in Scandinavia already use >50% bio-fuel”. |
| Digital Twin / Predictive Maintenance Demo | Illustrate how data analytics prevent paper-machine breaks. | Video/animation showing “paper-break detection improved by 30%”. (See research on rare-event ML in pulp paper production) |
| Sustainability Storyboard | Use storytelling to show a mill’s journey from fossil to fossil-free. | Before/after case with images & metrics. |
| Supply-Chain Traceability Section | Address wood sourcing, deforestation, certifications. | Link to whitepaper on deforestation laws (see news on EU deforestation rules) |
| Glossary & Terminology Box | Provide definitions for key technical terms. | Terms like: recovery boiler, black liquor, BECCS. |
| Checklist Download for Plant Managers | Lead magnet: “10 Questions to ask before your next retrofit”. | PDF download with form capture. |
| Video Interview with Process Manager | Build human connection and authority. | “How we increased board-machine uptime by 12%” – mill production manager interview. |
| Regional Case Map | Show global references in fibre/board sector. | Interactive map with project-pins (Latin America, Asia, Europe). |
Towards Smart, Sustainable Production