- Complete pulp mills
- Chemical pulping
- Wood handling
- Cooking and fiber line
- Pulp drying and baling
- Chemical recovery
- Air emission control
- New value-adding processes
- Dissolving pulping
- Mechanical pulping
- Recycled fiber
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Automation for pulp
- Distributed control systems
- Industrial applications
-
APC Advanced Process Controls
- Valmet WinGEMS
- Valmet Debarking Optimizer
- Valmet Batch Cooking Optimizer
- Valmet Continuous Cooking Optimizer
- Valmet Washing Line Optimizer
- Valmet Oxygen Stage Optimizer
- Valmet Bleaching Optimizer
- Valmet Evaporation Optimizer
- Valmet Recovery Boiler Optimizer
- Valmet Recovery Boiler Leak Detector
- Valmet Recovery Boiler Sootblowing Optimizer
- Valmet Causticizing Optimizer
- Valmet Lime Kiln Optimizer
- Valmet Recovery Line Management
- Mill information management
- Quality control systems
- Analyzers and measurements
- Boiler Diagnostics Systems
- Automation services
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Services for pulp
- Spare and process parts
- Field services
- Workshop and roll services
- Fabrics
- Maintenance development and outsourcing services
- Process upgrades
- Process and production optimization
- Industrial Internet solutions
- Automation services
- Service agreements
- Valmet's way to serve
- Service centers
- Sustainability for pulp
- Fiber Technology Center
- Pulp references
- Pulp news and stories
- Pulp
- Cooking and fiber line
- Cooking
- Continuous cooking
Continuous cooking – homogenous pulp with minimized production cost
Valmet Continuous Cooking is Valmet’s system for more cost-effective pulp production. It is the first-hand choice for kraft mills pulping hardwoods (eucalyptus, acacia, birch etc.), softwoods (pine, spruce etc.) or bamboo.
It is a flexible system and the pulp can be customized to fit every end-user demand. Operational costs are reduced due to improved pulp yield and minimum requirements for bleaching chemicals. It allows easy operation and high availability resulting in high return on investment.
Advantages of Valmet Continuous Cooking
- Minimized production cost
- High pulp yield
- Low steam consumption
- Low power consumption
- Low environmental impact
- Low maintenance cost
- Homogenous pulp