Speaker
Description
The installation of the National Centre for Synchrotron Radiation SOLARIS (NCPS SOLARIS) in Kraków represents a full green-field implementation of a synchrotron radiation facility, including civil construction, installation of the accelerator complex, and commissioning of the storage ring. This contribution presents a technical retrospective of the installation phase from the perspective of installation engineering, infrastructure integration, and logistics of large-scale accelerator components.
The presentation focuses on the installation workflow of the accelerator systems, including transport and handling of heavy and high-precision components, installation sequencing, mechanical positioning, and alignment of accelerator elements under strict tolerance requirements. Particular attention is given to the interface between civil engineering works and accelerator installation, including floor stability, vibration constraints, integration of cable trays and utilities, and coordination of installation activities within limited spatial and logistical constraints.
The contribution also discusses the integration of technical infrastructure required for accelerator operation, including cooling water systems, electrical distribution, ventilation, vacuum infrastructure, and control system cabling. Emphasis is placed on practical challenges related to installation tolerances, installation planning, risk mitigation, and coordination between multiple contractors and engineering teams during the installation phase.
In addition, the presentation provides a retrospective analysis of the later expansion of the facility building, carried out to enable the construction of additional experimental beamlines. The experience gained during the initial installation phase is analyzed in the context of subsequent infrastructure modifications, highlighting lessons learned in installation planning, layout flexibility, and long-term infrastructure strategy.
Several years after the completion of the project, this contribution summarizes the installation process from an engineering perspective and presents practical lessons relevant to ongoing and future accelerator installation and upgrade projects, particularly in the context of installation logistics, alignment strategy, and multidisciplinary engineering coordination.