Reliable Data for Continuous Plant Optimisation
Pulp and paper mills are large, complex and continuously developing industrial environments. Paper machines, pulp lines, recovery boilers, tanks, pipe bridges, cable routes, conveyors, access platforms, ventilation, safety systems and utility networks all need to work together reliably, often in facilities that have been modified for decades.
SolidComp Reality Twin and our industrial 3D scanning services help pulp and paper companies work from a shared, reality-based view of the mill. The result is better planning, fewer verification visits, clearer communication and stronger support for shutdowns, maintenance, safety and future investments.
Why Pulp and Paper Mills Need Verified 3D Data
In pulp and paper production, decisions are often made in brownfield environments where drawings may be incomplete, outdated or difficult to interpret. Even small inaccuracies in pipe routes, equipment locations, access platforms or structural details can affect design, installation, safety and maintenance.
Reliable as-built information helps project teams confirm the real conditions before decisions are made. It also supports cooperation between mill owners, engineering offices, maintenance teams, equipment suppliers and contractors when several disciplines need to work in the same areas during short shutdown windows.
- Reduce uncertainty before brownfield modifications, retrofits and investment projects.
- Support layout planning, pipe routing, equipment placement and access route checks with measured point clouds and 3D models.
- Compare design intent with actual site conditions before installation.
- Improve shutdown planning with a shared visual understanding of the work area.
- Create reliable long-term data for maintenance, safety, training and future projects.
Laser Scanning and 3D Documentation for Pulp and Paper Mill Projects
SolidComp can document pulp and paper mill environments using the scanning method that best fits the project phase, accuracy requirement and intended use of the data. In many mill environments, the most effective result comes from combining several reality capture methods into one coordinated dataset.
Traditional tripod laser scanning provides accurate data for paper machines, process areas, pipework, equipment foundations, tanks, platforms and other areas where geometric reliability is important. Mobile laser scanning can document larger production areas, corridors, routes and site-wide environments efficiently. Drone imaging and photogrammetry can support external areas, roofs, storage yards, pipe bridges and surrounding infrastructure.
Coordinate and control point measurement helps ensure that datasets can be aligned and updated later.
This makes laser scanning useful before design work, during investment projects, before shutdowns, after installations and before future expansion or retrofit work. When the data is planned with long-term use in mind, it becomes more than a project file. It becomes a reusable digital asset for the whole mill.
Reality Twin for Shutdown Planning and Brownfield Projects
Reality Twin gives pulp and paper teams a visual environment where measured site data, 3D models, 360-degree images, documentation and asset information can be viewed together. This helps teams understand the mill without relying only on drawings, separate files or repeated site visits.
For pulp and paper projects, Reality Twin can support:
- Shutdown planning and turnaround preparation.
- Brownfield project planning and constructability reviews.
- Remote site reviews for distributed engineering teams and suppliers.
- Comparison of planned and existing conditions.
- Equipment replacement, relocation and installation planning.
- Access route, lifting route and maintenance space checks.
- Safety planning, isolation planning and contractor orientation.
- Future upgrades, capacity changes and phased modernisation.
From Project Data to Continuous Mill Operations
A pulp and paper digital twin should not be useful only during one project. When the model is planned for long-term use, it can support maintenance, production development, safety, training and future investment planning.
Reality Twin helps mill teams keep spatial information, site documentation and asset context in one accessible view. This can support faster information retrieval, better daily decision-making and clearer communication between engineering, maintenance, production, HSE, management and external partners.
Supporting Energy Efficiency, Safety and Sustainable Modernisation
The pulp and paper industry is under pressure to improve energy efficiency, reduce environmental impact and modernise production while keeping mills operational. The sector is energy-intensive, and improving energy use is an important part of competitiveness and decarbonisation.
Reality-based 3D data supports these goals by making changes easier to plan, communicate and execute. When teams understand the real mill environment before work begins, they can reduce unnecessary site visits, avoid rework, plan safer work areas and prepare modifications with fewer surprises.
For sustainability and operational efficiency, Reality Twin can support:
- energy efficiency projects and process modifications
- electrification and heat recovery related changes
- improved maintenance planning
- safer shutdown execution
- reduced travel for site verification
- better reuse of existing 3D and as-built data
Secure Implementation for Demanding Industrial Environments
Pulp and paper mills can include sensitive information about production layouts, equipment, access routes, safety systems, maintenance targets and critical infrastructure. For this reason, information security and access management must be considered from the beginning.
Reality Twin can be implemented according to customer requirements, including environments where public cloud alone is not an acceptable option. For high-security environments, Reality Twin can be operated within the customer’s own IT infrastructure as an on-premises solution. This gives the customer stronger control over data storage, access rights, network architecture and the technical boundaries of the operating environment.
SolidComp can discuss implementation and security requirements directly with the customer’s technology, IT or security teams to help ensure that the solution fits the project from the beginning.
Who We Support in Pulp and Paper Projects
Typical Use Cases
- Laser scanning before paper machine modifications, line upgrades or process changes.
- As-built documentation for paper machines, pulp lines, recovery areas, tanks, pipe bridges, utility systems and external areas.
- 3D models and point clouds for brownfield design, layout planning and pipe routing.
- Shutdown planning and contractor coordination with a shared visual site reference.
- Equipment replacement and installation planning.
- Remote project reviews for engineering teams, suppliers and mill stakeholders.
- Maintenance access checks and future service planning.
- Safety planning, training and work area communication.
- Long-term visual data environment for mill development and future investments.
Questions and Answers
Who provides laser scanning for pulp and paper mill projects?
SolidComp provides laser scanning, mobile laser scanning, coordinate measurement, drone imaging, 3D modelling and Reality Twin implementation for industrial environments, including pulp and paper mills, board mills and related process industry sites.
How does a digital twin support pulp and paper mill projects?
A digital twin supports pulp and paper mill projects by bringing measured site data, 3D models, 360-degree images, documentation and asset information into one visual environment. This helps teams review conditions, coordinate contractors, reduce verification visits and prepare better project and shutdown plans.
Why is laser scanning useful before a mill shutdown?
Laser scanning captures accurate as-built data before work begins. This helps teams check access routes, equipment locations, pipework, structures and installation areas before the shutdown window starts. Better preparation can reduce uncertainty during time-critical shutdown work.
Can Reality Twin support existing mills and brownfield projects?
Yes. Reality Twin is especially useful in existing, continuously developing mill environments. New scans, models, documents and asset information can be added over time when the facility changes.
What data can be connected to a pulp and paper digital twin?
A pulp and paper digital twin can include point clouds, 3D models, 360-degree images, documents, asset information, maintenance data, safety information and operational data sources, depending on the customer’s requirements and integration scope.
When should a pulp and paper mill be laser scanned?
Laser scanning is useful before design work, before shutdowns, during investment projects, after installations and before future expansion or retrofit work. The right timing depends on the decisions the data needs to support.
Can a digital twin reduce site visits in pulp and paper projects?
A digital twin can reduce the need for repeated verification visits by giving stakeholders remote access to accurate visual and spatial site information. Site visits may still be needed for practical work, safety checks and final verification.
Prepare Your Mill for Future Changes with SolidComp
Pulp and paper mills need accurate information, safe project execution and reliable cooperation between many specialist teams. SolidComp helps you build the right data foundation from laser scanning to a practical Reality Twin environment.
If you are planning a paper machine modification, mill expansion, shutdown, retrofit, maintenance project or long-term digitalisation initiative, contact us to discuss how SolidComp can support your project.
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