One of the lesser-known benefits of working with an experienced Off-Site Construction (OSC) manufacturer is the incredible efficiencies in system layout and design. By their very nature, modular systems utilize a more efficient design approach.
Not to be confused with “compressing” or “compacting,” OSC designers optimize for the most efficient utilization of available space. This engineering work is done with multiple considerations in mind – not simply fitting equipment into an available space. These include:
Maintenance and repair – Efficient use of space includes the ability to access critical components for routine maintenance or repairs. Superior design accounts for this need, allowing maintenance to be performed with minimal downtime or disruption.
Smaller footprint – We are constantly amazed at what the experienced Epsilon design team can accomplish. As the example graphic shows, our experts are able to re-work conventional “stick-built” design schematics into space-saving units that can be shipped on semi-trailers and assembled on-site. The smaller footprint means less square footage is dedicated to mechanical systems, which often frees up space for other, mission-critical and/or revenue-generating needs.
Designed for travel – OSC units are designed to withstand the rigors of shipping, which means they are generally far more robust than the equivalent field-built system. This leads to increased longevity and an overall higher ROI for mechanical systems. Robust pipe hangers, supported pipe runs and protected electrical conduit are just a few examples of modular design techniques that improve value.
Safety – Finally, Epsilon modular systems are always designed with safety in mind – safety during installation and commissioning, and safety for future MRO needs. Safer system environments reduce the chance of injuries and downtime and provide a better working environment for all involved.
These are just a few of the benefits inherent to OSC manufactured mechanical systems. For more information about any, or all, of these elements, contact the Epsilon team.
