Industrial CO2 Based Ultra Low Temp Chillers

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35 Lac - 1.5 Crore / Piece( + 18% GST applicable)
Business Type Manufacturer, Exporter
Brand Name FITZER
Color Light Grey With Blue Accents OR Green
Power 30 KW
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Product Details

Voltage
400–415V, 3 Phase, 50 Hz
Weight
Approx. 2000–2500 Kg (Model Dependent)
Temperature Range
+10 Deg. C To -50 Deg. C
Warranty
1 Year
Country of Origin
India
Refrigerant
CO₂ (R-744) / Optional R-1270 (Propylene)
Operating Temperature Range
–60°C to +15°C
Process Fluid
Syltherm XLT or equivalent synthetic fluid
Cooling Media for Condenser
30% Propylene Glycol + Water
Evaporator Type
Shell & Tube / Brazed Plate (SS Construction, PED Certified)
Condenser Type
Shell & Tube, SS Construction, PED Certified
Motor
ABB ATEX Certified, 30 kW, 415V, 3Ph, 50Hz
Pump Type
KSB / Flowserve, Back-Pull Out Type, SS Impeller, Non-Sparking Coupling
Pump Configuration
2 Nos. (1 Running + 1 Standby)
Panel Type
Purged Type with Vortex Cooling (ATEX/IECEX Certified)
PLC / HMI
Siemens PLC with 7” Color Touchscreen
Electrical Items
Schneider make, rated for +55°C operation
Insulation
Nitrile Rubber with Armaflex Protective Layer
Installation
Indoor, Skid Mounted, Factory-Assembled
Operating Voltage
400–415V ±10%, 3 Phase, 50 Hz ±5%
Noise Level
≤ 95 dBA @ 1 meter
Material of Construction
All Wetted Parts in Stainless Steel (SS 304 / SS 316)
Product Type
Water-Cooled CO₂ Based Process Chiller,Water-Cooled, CO₂ Based Ultra Low Temp Chiller
Material
Stainless Steel (SS 304 / SS 316)
Certification
CE Certified / PED Certified / ATEX Zone-2, IIA, T3 / ISO 9001:2015
Finishing
Polished, Powder Coated
Width
Custom-Built as per Capacity (Approx. 1200–1500 mm)
Driven Type
Electric
Tank Capacity
Integrated Circulation System (10.65 m³/hr Flow)
Phase
Three Phase
Mounting Type
Skid Mounted (Indoor Installation)
Noise
≤ 95 dBA @ 1m
Overall Length
Approx. 2500–3000 mm (Model Dependent)
Tonnage
Equivalent to ~6.2 TR Cooling Capacity
Corrosion Resistance
Yes
Compressor Type
Open Type Screw Compressor (GEA Grasso, Germany),Open Type Screw Compressor (GEA – Germany) or Equivalent.
Machine Structure
Horizontal Skid Frame with Vertical Components
Mobility
Fixed (Stationary Industrial Installation)
Operating Type
Automatic (PLC Controlled)
Application
Air Cooling, Process Cooling / CO₂ Liquefaction / Industrial Cooling
Features
Rust Proof, Long Life, High Performance, Easy To Operate, Rust Proof, Long Life, High Performance, Easy to Operate, Energy Efficient
Energy Consumption
Optimized High Efficiency System (Low kW/TR)
Dimension (LxWxH)
Approx. 2800 × 1400 × 1700 mm (Typical for 22 kW Model)
Inverter Technology
Yes – VFD Controlled Secondary Pump
Cooling Capacity
18 TO 410 kW (with Safety Margin),18 to 410 kW
Star Rating
5 Star Equivalent (Industrial Grade Efficiency)
Chiller Shape
Rectangular Skid-Mounted Package
Cooling Air Flow
Not Applicable (Water-Cooled System)
Evaporator
Shell & Tube Type / BPHE – Full SS Construction
No. Of Compressor
1 No. (Open Type Screw)
Frequency Hz
50 Hz
Water Flowing Rate
13.65 m³/hr (Cooling Water) or As per requirement.
Product Code
FI-ULTC-900
Port
Mumbai & Gujarat
Payment Terms
T/T, Other
Delivery Time
6-8 Weeks
Packaging Details
Wooden Pallet & Box

CO₂ Based Chillers are advanced, eco-friendly cooling systems designed to deliver high performance, energy efficiency, and sustainability. Each unit is custom-engineered for specific process cooling applications and is continuously tested for a wide range of industrial and commercial uses.

 

These chillers operate efficiently across medium, low, and ultra-low temperature ranges, making them ideal for demanding environments that require precise temperature control and long-term reliability.

 

Applications:

 

  • Supermarket & Retail Refrigeration

  • Industrial Gas Cooling

  • Cold Storages & Freezing Plants

  • Process Cooling in Food, Pharma & Chemical Industries

  • General Industrial Cooling Requirements

 

Key Features:

 

Eco-Friendly Refrigerant: Utilizes natural CO₂ (R-744) — non-toxic, non-flammable, and ozone-safe
Energy Efficient Design: Optimized components ensure high COP and reduced power consumption
Hazardous Area Certified: ATEX, Zone-2, IIA, T3 approved for safety-critical environments
High-Grade Materials: All wetted parts in stainless steel, PED certified for durability
Global Quality Components: GEA screw compressor, ABB ATEX motor, Siemens PLC
Plug-and-Play Unit: Factory-assembled, skid-mounted, and tested
Remote Control: PLC + HMI touchscreen interface for seamless operation
Low Maintenance: Simple design, corrosion-resistant construction, and long service life
Make in India: Designed and manufactured in India with world-class standards

Technical Highlights:

 

  • Refrigerant: CO₂ (R-744)

  • Cooling Capacity: Custom-built as per client requirement

  • Temperature Range: Medium to ultra-low (as per application)

  • Applications: Industrial & Commercial Cooling

 

Standard Accessories:

 

  • PED Certified Suction Accumulator & Liquid Receiver

  • SS Oil Separator with Demister

  • Danfoss Electronic Expansion Valve

  • Honeywell Pressure/Temperature Transmitters

  • SS Instrument Tubing & Swagelok Fittings

  • Siemens PLC & 7” HMI for Control & Monitoring

 

🌍 Future Sustainability & Carbon Emission Impact

FITZER's CO₂ Based Chiller Technology represents a major step forward in sustainable industrial refrigeration. By using carbon dioxide (R-744) — a natural refrigerant with zero ozone depletion potential (ODP) and an ultra-low global warming potential (GWP ≈ 1) — these chillers directly contribute to reducing carbon emissions and meeting future global climate goals.

As the world moves away from synthetic refrigerants like R-22, R-134a, and R-404A, which have high GWP values, CO₂-based systems offer a clean, future-ready alternative that aligns with upcoming F-Gas and HFC phase-out regulations.

In addition, CO₂ chillers operate with higher energy efficiency in low-temperature applications, leading to lower electricity usage and reduced indirect emissions. Over a system’s life cycle, this translates into:

  • Up to 40% lower total greenhouse gas impact

  • Reduced operational carbon footprint

  • Compliance with ESG, LEED, and green certification standards

 

By adopting this technology today, industries future-proof their operations against environmental regulations while enhancing brand image as a sustainable manufacturer.

 

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