Green chillers with low environmental impact

The new ECO series: sustainable performance

Discover our new line of chillers with eco-friendly refrigerants, designed to reduce environmental impact and optimize energy consumption.

ECO Chiller Series | Industrial Frigo

For Industrial Frigo, sustainability is not a recent choice, but a commitment that has always guided the way we design and manufacture. Attention to waste management, packaging optimization and the improvement of production process efficiency are concrete actions that guide our daily activities.

In our facility, energy generated by photovoltaic systems helps power production, reducing environmental impact and strengthening our commitment to a more responsible industrial model. Every action, even the smallest one, is aimed at improving efficiency and minimizing waste throughout the entire supply chain.

This journey is also reflected in the development of our technological solutions. We are proud to present the new ECO chiller series, designed to combine high performance with reduced environmental impact.

ECO chillers are an ideal solution both for new installations and for upgrading existing systems, offering a practical, responsible and future-oriented approach for ice rink refrigeration.

Our solutions

GK1A ECO-3
GK1A-ECO-3 series

GK1A ECO-3 - Air-cooled water chillers

Water chiller systems from the GK1A series are air-cooled monobloc units utilizing R513A refrigerant.

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GH1A ECO-4
GH1A ECO-4 series

GH1A ECO-4 - Air-cooled water chillers

GH1A series water chiller systems: air-cooled chillers with low environmental impact R1234ze refrigerant.

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GN1A ECO-5
GN1A ECO-5 series

GN1A ECO-5 - Air-cooled water chillers

Water chiller systems from the GN1A series are air-cooled monobloc units utilizing R454C refrigerant.

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GM1A ECO-6
GM1A ECO-6 series

GM1A ECO-6 - Air-cooled water chillers

Air-cooled monobloc chiller utilizing pure R32 gas (GWP 675). Eco-friendly efficiency without PFAS, not suitable for retrofit.

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GP1A ECO-X
GP1A ECO-X series

GP1A ECO-X - Air-cooled water chillers

Water chiller systems from the GP1A series are air-cooled monobloc units utilizing R290 propane gas.

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The ECO-GAS we use

High-efficiency refrigerant gases and chillers designed to reduce environmental impact and support the transition toward more sustainable industrial refrigeration.

GAS R513A


ECO-3
Class: A1 Non-flammable
GWP 674

GAS R1234ze


ECO-4
Class: A2L Flammable
GWP 1

GAS R515B


ECO-5
Class: A1 Non-flammable
GWP 293

GAS R32


ECO-6
Class: A2L Flammable
GWP 675

GAS R290


ECO-X
Class: A3 Flammable
GWP 1

Refrigerant gases being phased out in the industrial sector

Regulatory developments concerning refrigerants require the industry to adopt technological solutions focused on energy efficiency, operational continuity and GWP reduction.

CFCs & HCFCs

Chlorofluorocarbons & Hydrochlorofluorocarbons

Industrial use
Historically used in refrigeration and process cooling.

Critical issues
Damage to the ozone layer and high GWP.

Regulatory evolution
Eliminated or in an advanced phase-out stage according to international regulations.

F-GAS

Fluorinated gases

Industrial use
Widely used in industrial refrigeration systems and process chillers.

Critical issues
High contribution to global warming.

Regulatory evolution
Progressive quota reductions and application limitations.

PFAS

Per- and polyfluoroalkyl substances (PFAS)

Industrial use
Present in some new generations of synthetic refrigerants.

Critical issues
Environmental persistence and increasing European regulatory attention.

Regulatory evolution
Transition toward alternative and PFAS-free refrigerants.

Certified sustainability in every product

Our solutions comply with the strictest standards in terms of energy efficiency and environmental safety, supported by international certifications and EcoVadis recognition for social responsibility.

Discover our environmental certifications

Energy efficiency Eco-sustainable refrigeration High performance Advanced thermal control

Energy efficiency Eco-sustainable refrigeration High performance Advanced thermal control