F3 Pulp & Paper is built to work with
off-the-shelf industry-standard technology
off-the-shelf industry-standard technology
F3 Pulp & Paper is built around off-the-shelf software and operates on a free-standing PC
• Standard desktop databases (Microsoft Access,
SQL Server Express, or IBM DB2 Express-C)
- Highly structured data entry
- Streamlined scenario development
- Integrated output management and report generation
- Accessible to productivity software for reporting
• Industry-standard optimization engine
- Robust solver for enterprise-scale problems
- Fast solves - many scenarios per day
• Custom user interface
- Convenient interface for scenario management
- Manipulate and compare runs
Product design minimizes data requirements
• Limited primary data required for implementation
- Engineering specifications of mill machinery (speed, trim, MW,
kpph, temperature, pressure, etc.)
- Product specifications (sheet length, sheet width, basis weight,
ply, etc.)
- Ranges of permissible input mix for products (fibers, fuels)
• No real-time data input from mills or online systems
• Infrequent alterations to primary data
• Minimal changes required to specify new scenarios
• Standard desktop databases (Microsoft Access,
SQL Server Express, or IBM DB2 Express-C)
- Highly structured data entry
- Streamlined scenario development
- Integrated output management and report generation
- Accessible to productivity software for reporting
• Industry-standard optimization engine
- Robust solver for enterprise-scale problems
- Fast solves - many scenarios per day
• Custom user interface
- Convenient interface for scenario management
- Manipulate and compare runs
Product design minimizes data requirements
• Limited primary data required for implementation
- Engineering specifications of mill machinery (speed, trim, MW,
kpph, temperature, pressure, etc.)
- Product specifications (sheet length, sheet width, basis weight,
ply, etc.)
- Ranges of permissible input mix for products (fibers, fuels)
• No real-time data input from mills or online systems
• Infrequent alterations to primary data
• Minimal changes required to specify new scenarios