Global Leading Market Research Publisher QYResearch announces the release of its latest report “Paper Machine Dryer Section – Global Market Share and Ranking, Overall Sales and Demand Forecast 2026-2032″. Based on current situation and impact historical analysis (2021-2025) and forecast calculations (2026-2032), this report provides a comprehensive analysis of the global paper machine dryer section market, including market size, share, demand, industry development status, and forecasts for the next few years.
For pulp and paper mill operations managers, process engineers, and maintenance directors, the core challenge in the papermaking process is removing moisture from the paper web efficiently after the forming and press sections (where moisture content is reduced from ~98% to ~50–60%). The dryer section must reduce moisture to ~5–8% without damaging the web or consuming excessive energy (steam). Dryer sections can account for 50–70% of a paper machine’s total energy consumption and are the longest and most capital-intensive part of the machine (up to 100+ drying cylinders). Paper machine dryer sections address these challenges through a series of heated drying cylinders (cast iron, typically 1.5–2m diameter, 6–8m face width) arranged in two tiers (top and bottom) or single tier, with dryer fabrics (woven polyester or monofilament) pressing the paper web against heated cylinders (steam-heated internally, 2–5 bar steam pressure, 100–130°C surface temperature). Energy-efficient web drying is achieved via steam condensate systems (thermo-compressors, blow-through steam, stationary siphons), pocket ventilation (blowing hot air into the paper web pocket between cylinders), and hoods (evaporative air removal). The drying process accounts for 60–80% of a paper machine’s length and 50–70% of its capital cost. The global market was estimated at US936millionin2025,projectedtoreachUS936millionin2025,projectedtoreachUS1,248 million by 2032 at a CAGR of 4.3%, driven by moderate global paper demand growth (packaging, tissue, specialty papers), energy efficiency retrofits (reducing steam consumption by 10–20%), and replacement of aging dryer cylinders (creep fatigue crack risk after 30–40 years service).
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Dryer Configuration Segmentation: Single Tier Dryer vs. Multi Tier Dryer
The report segments the paper machine dryer section market by dryer configuration — a key determinant of web stability, speed capability, and sheet flutter prevention.
Single Tier Dryer (≈58% of Market Value, Largest and Fastest-Growing Segment)
Single tier dryers have all drying cylinders on the same plane (single level), with vacuum rolls or felt rolls between cylinders. Energy-efficient web drying for high-speed paper machines (>1,000 m/min, e.g., newsprint, printing paper, lightweight coated). Advantages: no draw between cylinders (reduces sheet breaks), improved runnability, lower drying fabric tension, and better moisture profile control. New machines increasingly specified single-tier. A notable user case: In Q4 2025, a Korean newsprint mill upgraded its paper machine from multi-tier to single-tier dryer section (Valmet delivery, 3,000 mm trim width, 1,200 m/min). Production speed increased 18%, steam consumption reduced 12%, sheet breaks reduced 45%. Payback period 3.2 years.
Multi Tier Dryer (≈42% of Market Value, Mature Segment)
Multi tier dryers (two or three tiers, cylinders in top and bottom rows) for lower-speed machines (<700 m/min) such as board, kraft paper, tissue. Paper web alternates between top and bottom cylinders, guiding by open draw (unsupported sheet) which can cause flutter and breaks at higher speeds. Lower capital cost for rebuilds, easier access for maintenance. A user case: In Q1 2026, a Chinese kraft linerboard mill (paper machine 5.2m width, 650 m/min) rebuilt its multi-tier dryer section (new cylinders, bearings, siphons, and hood) for energy efficiency. Steam savings 15% (from 2.2 to 1.87 t steam/ton paper). Maintained production of 800 t/day. Manufacturer: Qinyang Sea Ocean Paper Machinery.
Application Segmentation: Renovation and Replacement vs. New Installation
- Renovation and Replacement (≈62% of market value, largest and fastest-growing at CAGR 5.1%): Dryer section retrofits: replacement of worn-out cylinders (cracks, corrosion, bearing failure), upgraded dryer fabrics, new steam and condensate systems (stationary siphons, thermocompressors), ventilation hoods (increased energy efficiency). Energy-efficient web drying by installing high-efficiency cylinders (improved heat transfer, better condensate removal). A user case: In Q3 2025, a US tissue mill replaced 22 dryer cylinders (2 tier, 3.6m face width) on a 35-year-old machine with new centrifugally cast iron cylinders (improved thermal conductivity). Reduced steam consumption by 18%, increased production speed by 8%, and eliminated vibration. ROI 2.8 years.
- New Installation (≈38% of market value): New paper machine (greenfield or complete rebuild). Single-tier dryers dominate new installations (high-speed, best runnability). A user case: In Q2 2026, a Brazilian pulp and paper company ordered a complete tissue paper machine (Valmet 6.7m width, 2,100 m/min) including a single-tier dryer section (44 cylinders). Cost $58M for entire machine; dryer section proportion ~30%. Startup expected 2027.
Competitive Landscape: Key Manufacturers
The paper machine dryer section market is concentrated among global paper machinery suppliers and regional specialists. Key suppliers identified in QYResearch’s full report include:
- Voith (Germany) – Global leader; single-tier drying technologies (EcoDry, EcoHood).**
- Valmet (Finland) – Full-line paper machine supplier (dryer sections for all grades).**
- Bellmer (Germany) – Paper machinery (dryer cylinders, rebuilds).**
- Kobayashi Engineering Works (Japan) – Japanese paper machine parts.**
- R-V Industries (USA) – Dryer cylinders and hoods.**
- Parason Machinery (India) – Indian paper machine manufacturer (dryer section).**
- Hergen (Spain) – Paper machine components.**
- Scan Machineries (Denmark) – Dryer fabric specialist.**
- Miami Machine (USA) – Dryer cylinders (cast iron).**
- Leizhan Paper Pulp Machinery (China) – China paper machine components.**
- Qinyang PingAn Light Industry Machinery (China) – Dryer cylinders.**
- Shandong Daxing Machinery (China) – Paper machinery (dryer sections).**
- Qinyang Haiyang Paper Machinery (China) – Cylinder manufacturing.**
Exclusive Industry Observation: Cylinder Materials and Condensate Removal
A critical technical differentiator in paper machine dryer section efficiency is cylinder material and condensate removal system. Dryer cylinders are cast iron or centrifugally cast iron with chrome plating (corrosion resistance). Two types:
- Plain cast iron (traditional, lower cost) — heavy, lower thermal conductivity, prone to corrosion cracking.
- Centrifugally cast iron (modern) — thinner wall, higher thermal conductivity, 20–30% higher heat transfer rate, less prone to cracks.
Condensate (water from steam condensation) must be removed efficiently; otherwise, liquid ring insulates cylinder reducing heat transfer. Stationary siphons (non-rotating tube) remove condensate better than rotating siphons, improving drying rate 10–15%.
A user case: A Brazilian pulp mill upgraded from rotating siphons to stationary siphons on all 56 dryer cylinders (2.2m diameter, 8m face width). Increased drying capacity by 14% (machine speed increase from 950 to 1,080 m/min without adding cylinders). Energy consumption reduced 9%. Payback 9 months.
Recent Policy and Standard Milestones (2025–2026)
- January 2025: The European Union’s Energy Efficiency Directive (EED) targets for pulp and paper industry: reduce energy intensity by 15% by 2030 compared to 2020 baseline. Dryer section steam efficiency is a key focus (potential 20–25% reduction with best available technology).
- April 2025: China’s Ministry of Industry and Information Technology (MIIT) mandated new paper machines >500 t/d capacity must include heat recovery from dryer section hood exhaust (saving 10–15% energy).**
- July 2025: The US Department of Energy (DOE) Better Plants Program added “Dryer Section Energy Saver” guide for paper mills (including high-efficiency cylinders, stationary siphons, pocket ventilation).
- September 2025: ISO 21565:2025 “Paper and board — Determination of dryer section energy efficiency” published, standardizing moisture profile measurement methods.
Conclusion and Strategic Recommendation
For pulp and paper mill engineers, energy managers, and equipment purchasers, the paper machine dryer section market offers energy-efficient web drying solutions critical to paper quality and operational cost. Single-tier dryers dominate new high-speed machines (best runnability, fewer breaks) and rebuilds; multi-tier dryers remain for lower-speed grades (board, tissue, kraft) and cost-sensitive retrofits. Renovation and replacement is larger than new installation due to aging paper machine fleet (40+ years old in Europe and North America). Key technologies: stationary siphons, centrifugally cast cylinders, pocket ventilation, and heat recovery from hoods. The market grows 4.3% CAGR to $1.25B by 2032, driven by energy cost reduction and moderate paper demand growth (packaging, tissue). The full QYResearch report provides country-level consumption data by dryer type and project type, 20 supplier capability assessments (including cylinder diameter range and steam pressure rating), and a 10-year innovation roadmap for paper machine dryer sections with induction heated cylinders (eliminating steam), infrared pre-drying, and AI-based moisture control.
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