Boiler & ETP
Core business areas
Chinese Engineering Expertise Empowers Global Paper Industry – Integrated Boiler & Wastewater Solutions for Pulp & Paper Plant EPC Projects
PM Company unites a veteran engineering team with 20+ years of experience in pulp and paper plant construction. Our experts have led 30+ large-scale paper mill EPC projects, delivering end-to-end solutions that seamlessly integrate boiler systems, wastewater treatment, and paper production processes. As a specialized technical service provider, we focus on precision equipment selection and process-driven design to ensure optimal alignment with your plant’s operational needs.
Boiler Systems: Energy Solutions Engineered for Paper Production
EPC-Level Integration for Steam Cost Optimization
Multi-Fuel Adaptive Technology
Biomass Boilers
- ≥88% thermal efficiency (supports wood pulp, recycled fiber, and hybrid production lines)
- Ash recycling modules (reduce solid waste costs by 15-25%)
Coal-Fired Boilers
- Steam pressure precision control (tailored for drying sections and chemical preparation)
- Flue gas heat recovery (preheats white water, cutting energy use by 12-15%)
Gas/Oil Boilers
- <20-minute load response (synchronizes with paper machine start-stop cycles)
EPC Advantage
- Steam-Process Energy Modeling (integrates pulping, forming, coating, and drying energy demands)
- Full-system design from fuel storage to emission control (eliminates equipment silos)
Wastewater Treatment Systems: Closed-Loop Water Management
Process-Synchronized Design for Sustainable Operations
Anaerobic Treatment UnitBiomass Boilers
- COD removal rate ≥85% (optimized for high-strength pulping wastewater)
- Biogas yield: 0.35m³/kg COD (directly feeds boiler systems or onsite power generation)
Aerobic Treatment Unit
- Aeration energy consumption <0.8 kWh/ton (AI-driven load adjustment aligned with production schedules)
- White water reuse rate ≥90% (achieves zero freshwater intake in forming sections)
EPC Engineering Value
- Digital water balance twin system (real-time monitoring of pulping, forming, and cooling water flows)
- Fiber recovery integration (reduce fiber loss by >15%)
Core Differentiators
EPC-Level Integration
Process-Driven Design
Lifecycle Optimization
Beyond Equipment Supply
- Boiler selection based on paper machine drying curves and steam demand profiles
- Wastewater capacity pre-designed for pulp type flexibility (e.g., virgin vs. recycled fiber)
Risk Mitigation
- Redundant critical equipment design (ensures 24/7 production continuity)
- BIM-powered clash detection (prevent 95% of construction conflicts)
Global Project Highlights
Technical Service Portfolio
Seamless Support from Blueprint to Operation
Energy & Water Audit
- Steam network thermal loss 3D scanning
- Water value-stream analysis (identify 20%+ cost-saving potential)
EPC Engineering Delivery
- Process-embedded boiler and wastewater system design
- ISO-compliant interface management for cross-system integration
Smart Operation Support
- Boiler combustion auto-optimization controls
- Wastewater AI Early Warning platform (predicts parameter deviations 4+ hours in advance)
OUR PRODUCTS
Provide high-quality products
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High-Speed Rewinder Selection Guide
with energy consumption simulation
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PDF Title01
with energy consumption simulation
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PDF Title02
with energy consumption simulation