Wayne Labs has more than 30 years of editorial experience in industrial automation. He served as senior technical editor for I&CS/Control Solutions magazine for 18 years where he covered software, control system hardware and sensors/transmitters. Labs ran his own consulting business and contributed feature articles to Electronic Design, Control, Control Design, Industrial Networking and Food Engineering magazines. Before joining Food Engineering, he served as a senior technical editor for Omega Engineering Inc. Labs also worked in wireless systems and served as a field engineer for GE’s Mobile Communications Division and as a systems engineer for Bucks County Emergency Services. In addition to writing technical feature articles, Wayne covers FE’s Engineering R&D section.
Extending the wear resistance of stainless steel (SS) components used in food manufacturing equipment operating on production lines lengthens replacement intervals and minimizes potential component failure, resulting in decreased downtime and improved cost savings—a long, sought-after goal of any maintenance department.
In the past, Food Engineering’s Sustainable Plant of the Year story has focused on a single plant at one geographic location that has made significant strides in sustainability.
If you’re in the seafood or juice industry, each of which fall under HACCP rules, FSMA’s HARPC (Hazard Analysis and Risk-based Preventive Controls) doesn’t apply to your business—and probably won’t in the future.
MIT-Lincoln Laboratory research into rapid screening for anthrax and other dangerous pathogens has found its way into the food industry to detect both airborne and surface pathogens.
One glance at this year’s Food Engineering State of Manufacturing survey indicates, that for the most part, food and beverage processors are facing a lot of issues—many the same as last year.
In the US, fluid milk sales are flat, but Greek yogurt and other specialty markets are hot, which means a processor’s survival will depend upon having the right automation tools.