Protein processing depends on precision. From harvest through packaging, pork, chicken and turkey operations must maintain strict temperature control to protect food safety, product quality and regulatory compliance. Every room, airflow path and cooling step plays a role. When any part of the cold chain falls out of balance, production risk increases.

Successful protein operations treat refrigeration and cooling as coordinated components of a single, engineered environment. Haskell’s integrated design-build approach to protein processing facilities is grounded in this reality.

Why Integrated Engineering Matters

Traditional project delivery often separates facility design, utilities, refrigeration and process engineering into disconnected scopes. That fragmentation can create coordination gaps and operational inefficiencies that are difficult to correct once construction begins and can require costly rework.

Haskell’s integrated delivery model brings automation and controls, facility design, utilities, process engineering, packaging systems and refrigeration together from the outset. Engineers collaborate as one team, aligning cooling strategies with real production demands rather than theoretical assumptions. This level of coordination allows teams to:

• Match chilling loads to actual line speeds and throughput
• Design airflow that supports yield, pathogen control and employee comfort
• Size utility systems for efficiency, redundancy and long-term reliability
• Maintain protective cold envelopes through packaging and storage
• Make construction decisions that support long-term operational performance

Because refrigeration systems touch every corner of a protein facility, Haskell’s teams collaborate early to design the plant as one coordinated organism. That approach reduces risk and improves performance. This level of integration cannot be achieved when the scope of work is separated, and engineering teams are scattered across different firms or assembled late in the project lifecycle.

Species-Specific Cooling Strategies

Protein cooling requirements vary significantly by species, product mix and processing method. Haskell’s refrigeration team designs chilling strategies tailored to those variables, integrating systems such as:

• Immersion chilling
• Air chilling
• Spray chilling
• Cryogenic chilling

These systems are supported by carefully engineered airflow and humidity control to limit moisture loss and protect catch weight, along with ramp-down strategies that prevent overly aggressive chilling. Cold storage and freezing systems are also designed to align seamlessly with production flow and downstream packaging operations.

By engineering refrigeration in parallel with process and packaging design, facilities are better positioned to meet food safety requirements while protecting yield and throughput.

Design-Build Certainty for Complex Protein Projects

Engineering integration is reinforced by Haskell’s fully integrated design-build delivery model. The same team responsible for modeling cooling loads also evaluates constructability, phasing, cost alignment and startup planning.

This continuity from early design through construction and startup reduces uncertainty and supports predictable outcomes for complex protein projects.

Where Technical Depth Meets Speed to Market

Protein processors face increasing production demands, tighter regulatory scrutiny and growing pressure to improve energy efficiency and sustainability. The cold chain sits at the center of it all.

When refrigeration, facility design, utilities, process engineering, packaging systems and construction are engineered as one coordinated system, processors gain:

• Safer, more reliable operations
• Improved yield and product quality
• Reduced energy and refrigerant costs
• Greater cost and schedule certainty

This integrated approach reflects Haskell’s commitment to disciplined design-build delivery and deep technical expertise in protein processing from harvest through packaging.

Contact Haskell’s protein processing and refrigeration teams to discuss integrated cold chain strategies that support food safety, operational efficiency and long-term performance.

About the authors:

As Refrigeration Design Director, Doug Stricker leads Haskell’s process cooling and refrigeration engineering group, providing technical leadership and oversight for protein processing projects across pork, chicken and turkey operations. With industry experience since 1991 and deep expertise in rapid chilling, pathogen-control strategies, blast freezing, cold storage and refrigerant/energy-efficiency tradeoffs, Doug designs cooling systems that protect food safety, product quality and regulatory compliance from slaughter through packaging.

Bharath Singh is a Project Executive supporting Haskell’s Protein team, with more than 25 years of senior-level experience in the planning, design and delivery of meat, poultry and seafood processing facilities. Singh brings deep operational insight to large-scale capital projects, working closely with OEM partners to integrate process and packaging equipment into hygienically designed, high-performance facilities. In his role at Haskell, he provides strategic oversight across protein and ready-to-eat projects, helping clients deliver efficient, safe and adaptable facilities.