Refrigeration
Ammonia IBT System
Refrigeration
Ammonia IBT System
The Ammonia IBT (Ice Bank Tank) System by Dairy Engineering Works is a highly efficient refrigeration solution designed for dairy and food processing industries. This system utilizes ammonia as a refrigerant to rapidly cool and store large volumes of chilled water, which can be used for instant cooling applications such as milk chilling and process cooling.
The IBT system ensures consistent temperature control, energy efficiency, and reliable operation even during peak load conditions. Built with robust materials and advanced safety features, the Ammonia IBT System is ideal for facilities requiring continuous and dependable cooling performance.
Core Processing Units
Ammonia Compressor, Condenser, Cooling Tower, Receiver, Expansion Valve, Accumulator, IBT Tank, Cooling Coil, Pump, Control Panel
Planning & Designing
1
Customised site & utility assessment with CAD design.
2
Capacity planning from 1,000 to 1,00,000+ LPD.
3
Eco-friendly system designed for energy efficiency and cost savings.
4
Durable materials built for hygiene & longevity.
5
FSSAI-compliant systems with expert guidance.
Erection, Commissioning & After-Sales Support
Expert equipment fabrication, erection, and alignment.
End-to-end piping, electrical setup, and system testing.
Live trial runs with performance assurance and handover.
24/7 tech support via remote or on-site service.
Quick access to OEM spares and maintenance kits.
Similar Projects
Ammonia Cold Storage
Dairy Engineering Works offers Ammonia Cold Storage solutions designed for the safe and efficient preservation of dairy and food products. Our cold storage systems utilize ammonia refrigeration technology to maintain precise temperature control, ensuring product freshness and extending shelf life. Each cold storage facility is engineered for energy efficiency, robust performance, and compliance with international food safety standards. Dairy Engineering Works customizes every installation to meet specific capacity and operational requirements, providing turnkey solutions that include design, installation, and ongoing support for optimal reliability and performance.
Ammonia Ice Plant
Dairy Engineering Works’s Ammonia Ice Plant is engineered for high-efficiency ice production, catering to the needs of dairy, food processing, and industrial applications. Utilizing ammonia as a refrigerant, this plant delivers rapid and consistent ice formation with optimal energy consumption. The robust design ensures reliable operation, low maintenance, and long service life. Our Ammonia Ice Plants are available in various capacities and can be customized to meet specific requirements. Key features include automated controls, advanced safety systems, and high-quality materials for hygienic and safe ice production.
Ammonia Instant Chilling Plant
Our Ammonia Instant Chilling Plant is engineered for rapid and efficient cooling of dairy and food products immediately after collection or processing. Utilizing ammonia as a refrigerant, this plant delivers instant temperature reduction to preserve product quality, inhibit bacterial growth, and extend shelf life. The system features advanced heat exchangers, automated controls, and robust safety mechanisms to ensure reliable and consistent operation. Designed for minimal energy consumption, the Ammonia Instant Chilling Plant is ideal for dairy farms, milk collection centers, and food processing facilities requiring immediate chilling solutions.
Freon IBT System
Dairy Engineering Works’s Freon IBT (Ice Bank Tank) System is a refrigeration solution designed for dairy and food processing industries. Utilizing Freon as a refrigerant, this system rapidly cools and stores large volumes of chilled water, which can be used for instant cooling applications such as milk chilling and process cooling. The Freon IBT System ensures consistent temperature control, energy efficiency, and reliable operation even during peak demand. Built with robust materials and advanced automation, it is ideal for facilities requiring continuous and dependable cooling performance.
