Detecting foreign objects and other contaminants in dairy products is perhaps the most crucial part of the production process. Without the ability to effectively scan for adulterants, processors can compromise food safety and risk costly recalls, product waste and damage to their reputations.
Producing over 150 SKUs, Darigold’s ultrapasteurized milk plant in Portland, Ore., has to stay flexible and organized to manage its complicated production schedules.
Some residents of Oregon's largest city have sought to "Keep Portland Weird," a motto based on safeguarding the city's reputation for farmers markets, artisanal craftworks and an eccentric literary/arts scene. But before it became the de facto capital for millennial hipsters, Portland had a long history of industrial production.
A cooperative, by definition, works together for a common goal. But for Seattle-based Darigold, the marketing and processing subsidiary of the Northwest Dairy Association (NDA), this idea of prioritizing the greater good extends beyond its business category. The cooperative’s plans for long-term growth include supporting the dairy industry as a whole.
The demand for shelf-stable and extended-shelf-life (ESL) products continues to grow. According to Transparency Market Research, the worldwide aseptic packaging market is expected to have a compound annual growth rate of 10.2% during the period of 2017-2024.
The free guide was authored by a team of dairy industry and sanitary design experts.
December 10, 2019
The Innovation Center for U.S. Dairy, Rosemont, Ill., said it released expanded guidance recommendations for dairy processors on how to control pathogens.
Blown gaskets. Misaligned plates. Burn-on. Heat exchangers, which transfer heat between liquids, are crucial to the processing operations of dairy plants, but can also cause a world of headaches if not maintained correctly.