Overview
A major food manufacturing facility in New York recently undertook an extensive re-design to enhance performance and integrate new oven lines into their space. To ensure the project’s success, their engineering partner enlisted Melink Corporation to perform a thorough survey of the current equipment conditions and performance balance. This survey would provide a crucial baseline for the upcoming re-design efforts.
Results
Melink Corporation was tasked with conducting a comprehensive TAB survey at an operational food manufacturing facility. The survey involved precise readings, equipment assessments, and recommendations, all while adhering to a strict no-adjustment policy. To prevent contamination and ensure production remained uninterrupted, Melink’s technicians followed stringent food safety protocols. They evaluated over 100 exhaust fans and other equipment, providing a detailed overview of current performance levels.
Exhaust fan that was discovered broken and dry rotted with chunks missing.
The resulting report from Melink was crucial for guiding the facility’s re-design efforts, offering a solid baseline for the engineering partner’s work. This project was enabled by the strong trust and relationship built through previous collaborations, as an engineer familiar with Melink’s expertise reached out. This connection has led to further opportunities with other brands in the firm’s portfolio.
Conclusion
The successful completion of the survey at the food manufacturing facility demonstrates Melink Corporation’s expertise in managing complex, cleanliness-sensitive projects within the food industry. By delivering a detailed baseline report, Melink was instrumental in guiding the re-design process, ensuring the new facility layout would meet performance standards. This case study exemplifies Melink’s dedication to quality, precision, and upholding rigorous safety standards across all their projects.
Download the full case study or contact us today to learn more about how Melink’s Service offerings can benefit your building’s HVAC performance.
