AMMONIA MACHINERY
ROOMS

From design, through assembly, to device servicing

FRIZO ammonia machinery rooms: mobile cooling power tailored to the industry of tomorrow

FRIZO redefines the flexibility and speed of investment implementation in industrial refrigeration. Our ammonia containerized refrigeration units are ready-to-use, fully integrated refrigeration units that combine high energy efficiency with mobility and rapid implementation. Offering a power range from 121 kW to 1000 kW, they are an ideal solution for both new installations and the modernization of existing systems. This technology is designed to meet the realities of modern industry: dynamic needs, space constraints, and time pressures.

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Ammonia container engine rooms with a cooling capacity ranging from 121kW to 1000kW

Ammonia container engine rooms are technologically advanced refrigeration systems designed to produce cold for a wide range of industrial facilities. Container engine rooms are used wherever rapid investment is required, including preparing, replacing, or modernizing a cooling source. They enable full power to be achieved immediately after installation, by connecting them to the facility’s existing refrigeration system as a supplement to cooling capacity, or, most often, by installing a standalone refrigeration system based on the container itself. They do not require foundations permanently attached to the ground, reducing installation and commissioning time to a minimum.

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Benefits

  • Quick and non-invasive installation
  • Full mobility and operational flexibility
  • High energy efficiency thanks to ammonia
  • Extensive customization options
  • Minimizing risk and production downtime
frizo ammonia machinery room brochure

Energy efficiency and innovation


Modern refrigeration system design is no longer limited to meeting the investor’s requirements regarding temperature conditions or freezing speed, but rather involves a much more complex process of analyzing and selecting optimal solutions from among many available options. Optimization can encompass many factors – as always: investment cost, safety, but now, and in a critical sense, the costs of electricity consumption, water consumption, and wastewater production.