How to be a true food pro

Atlas Copco has highlighted the critical role of integrated utility systems, such as oil-free compressed air and efficient cooling, in optimizing food and beverage manufacturing operations. By addressing inefficiencies in these often-overlooked systems, producers can significantly reduce contamination risks, energy consumption, and unexpected downtime. This strategic focus on utility performance is essential for the sector to maintain rigorous food safety standards and ensure consistent product quality across all stages of production.

Atlas Copco emphasizes that food and beverage manufacturers must prioritize oil-free air to eliminate the risks associated with oil-lubricated compressors, which can fail and jeopardize products during packaging, bottling, and mixing. The company’s Class 0 and Triple Class 0 certified solutions provide 100 percent oil-free, particle-free, and dry air, ensuring compliance with strict food safety standards like HACCP and ISO 8573-1. Pierre Matschke, Atlas Copco’s business line manager for oil-free air, states that these systems are vital for protecting brand reputation and avoiding costly recalls by ensuring every product meets high quality expectations.

To address rising energy costs, Atlas Copco utilizes Variable Speed Drive (VSD) technology in its compressors, which adjusts to real-time air demand to prevent the waste associated with traditional systems running at full capacity. This efficiency is complemented by a full-system approach involving dryers, filters, and air treatment solutions that eliminate moisture and pressure fluctuations. Such consistency is crucial in food production, where even minor variations can lead to equipment wear or product contamination, making integrated solutions a necessity for maintaining stable operations.

Beyond compressed air, the company provides advanced chillers and coolers designed for precise temperature control of ingredients and finished products, which helps reduce waste and maintain production consistency. These utility systems are further enhanced by smart monitoring and control technologies that offer real-time insights into performance. This shift from reactive to proactive maintenance allows manufacturers to identify issues before they cause breakdowns, turning utility management into a competitive advantage by ensuring a reliable and sustainable production environment.