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Critical Systems

Critical Systems Engineering

crit·i·cal
adj.

  1. Characterized by careful, exact evaluation and judgment.
    Indispensable; essential:

Taylor RyMar Corporation specializes in Critical Systems engineering solutions. These designs include central plants, standby and emergency power systems, and special environments.

Central Plants

From district cooling systems to single chiller installations, a central cooling / heating plant is the heart of large facilities and campuses. Taylor RyMar provides complete central plant design, including chilled water systems, cooling tower & process water systems, power distribution, hot water and steam systems, refrigerant monitoring, chemical treatment, alarm systems, and controls. We strive to provide designs that are functional, flexible, and appropriate for the client's needs.

Standby Power Plants

Emergency Power, Uninterruptible Power, or Standby Power - we can design a system to fit any need. We understand that a critical power system is not just mechanical or electrical, but a coordinated combination of cooling, power distribution, fuel systems, and monitoring as well as structural support, vibration isolation, and an architectural envelope that considers the needs of the system components.

Special Environments

Our expertise in comprehensive systems design for special environments includes electronics manufacturing areas, telecommunications facilities, critical device assembly areas, medical testing laboratories, and bioscience research and manufacturing facilities. Designs include mechanical cooling and pressure control, air filtartion, humidity control, power distribution, grounding, alarm systems, process piping, and waste treatment and recovery.

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