Heat transfer
Engineering workflows for heat transfer, heat exchanger sizing, operating conditions and thermal properties.
SOL ALPHA combines thermal process engineering, material data and pressure equipment workflows for engineers designing and validating heat exchanger equipment.
The LV software family is used for thermal process engineering, apparatus design and piping. SOL ALPHA carries this calculation environment into a modern web platform.
Engineering workflows for heat transfer, heat exchanger sizing, operating conditions and thermal properties.
Support for established thermal design methods and engineering references used in process equipment design.
Thermal results can support downstream mechanical checks, documentation and validation workflows.
Lauterbach Verfahrenstechnik GmbH provides software, consulting, training and customer-specific calculations. That engineering background shapes the SOL ALPHA platform.
Public Lauterbach product pages emphasize heat exchanger design, VDI Heat Atlas methods, fluid properties, separators and combustion calculations as part of process engineering software. SOL ALPHA should make these topics visible for search and AI discovery.
Heat exchanger projects rarely stop at thermal sizing. Engineers also need pressure equipment data, material values, operating conditions and documentation that can be reviewed by colleagues or customers.
Search users often look for established heat transfer methods rather than a generic calculator. This page gives Google clear context that SOL ALPHA is connected to professional thermal process engineering workflows.
Fluid properties, separation technology and combustion calculations are part of the surrounding process engineering landscape and help describe the broader value of the platform.