We tailor sustainable and compliant refrigeration systems.
Refrigeration engineering is a specialized field within mechanical engineering that focuses on the design, development and optimization of systems and technologies used to control temperature and preserve products. Haskell’s Utilities & Refrigeration team has a critical role in developing sustainable and compliant refrigeration systems using natural refrigerants, such as ammonia, CO2 and propane, as well as synthetic refrigerants to support Food, Beverage, Pharmaceutical and Industrial Process facilities.
Collaboration is the key to exemplary performance throughout your facility.
Haskell’s refrigeration engineers are involved in all phases of the project life cycle. From project initiation, design, construction, commissioning and handover, our refrigeration engineers collaborate with architects, engineers, field superintendents and customers to deliver complex projects successfully.
Talk to a Subject Matter Expert
Recognized By
Featured Projects
Batavia, New York
Muller-Quaker Dairy Yogurt Processing Facility
Newark, New Jersey
United Airlines Commercial Catering Kitchen
Midlothian, Texas
QuikTrip Bakery & Distribution Operations
Related News & Insights
An Adventure in Nantucket, Restoring Distillery Automation
Learn how Haskell Subject Matter Expert Alan Green brought custom solutions to Triple Eight Distillery to upgrade an overmodified system.
How AI and Digital Twins Are Shaping Industrial Analytics
Discover how stronger data foundations and planning tools are improving operations. Explore insights on capacity planning, supply chains and modeling.
Data-Based Analysis Drives Optimal Manufacturing Facility Design
Learn how Haskell’s System Analytics team replaces assumptions with facts for smarter capital investment, better performance and reduced risk.
The Immediate Need for CO₂ Refrigeration in Food Processing
Learn how regulatory pressure and performance demands are accelerating the transition to CO₂ refrigeration across food processing facilities.






