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Intelligent design sets new standards in refrigeration technology

Companies in the refrigeration industry benefit from intelligent design methods for the implementation of refrigeration systems and thus increase their design quality.

Innovations in refrigeration technology

Cambridge, UK and Pittsford, NY – 14 August 2024: The food and beverage industry is increasingly focussing on innovative solutions to increase the efficiency of its refrigeration systems. The focus here is particularly on optimising design processes and thus reducing project costs.

The importance of refrigeration technology in the food industry cannot be overestimated. Precision in designing refrigeration systems and selecting the right design software and methods is paramount for companies within this sector. By doing so, they can swiftly identify and eliminate potential errors as early as the design phase. This approach leads to considerable optimisation of the design process and, thus, cost reductions throughout the entire project.

More design security through automation

Thanks to comprehensive automation functions, cooling systems can be designed quickly and error-free. Existing catalogues of standard parts enable fast and error-free design. The end-to-end integration of P&ID and 3D design processes enables information to be reused, further increasing efficiency. Integrated 3D design across all trades facilitates teamwork and ensures smooth coordination between the various trades. This enables holistic plant design, including pipework construction, steel structures, air conditioning technology and much more.

Quality control minimises the design risk

Automatic consistency and collision checks identify spatial conflicts in the design at an early stage. This prevents costly errors and delays during the construction phase. By checking the design for potential collisions, the design quality is increased, and the risk of failures and interruptions to operations is minimised. Therefore, the automatic consistency and collision check contribute to an increase in efficiency and a smoother design implementation.

Identify and utilise innovative design methods

Overall, optimised design with appropriate design software enables faster, more cost-effective, and more efficient design and installation of refrigeration systems in the food industry. Companies that rely on innovative solutions such as M4 PLANT can thus directly implement innovative design methods, quickly optimise the efficiency of their refrigeration systems, and significantly increase their competitiveness.

Summary: Innovative design software and methods optimise refrigeration systems in the food industry, reduce costs and promote competitiveness.