With the goal of lowering CIP process costs, a dairy producer and processor collaborated with Pall to implement a microfiltration solution, ultimately reducing operating costs and environmental footprint.

Typically, pasteurization is performed with a benchtop pasteurization system in a stove-top immersion bath. Bottles are immersed in boiling water and held at temperature for a given amount of time. The problem is while the immersion process is inexpensive, it is neither accurate nor controlled, and the benchtop equipment can be expensive and complicated to install and operate. A solution is the laboratory glassware washer which simulates tunnel washer conditions— i.e. the bottles are sprayed with water at a certain temperature.

Explore the core principles of due diligence, legal requirements and standards for food safety, and ways to reduce the risk of product recalls.

This guide provides you with the tools to evaluate the washdown capabilities of a given piece of production equipment.

Compressed air quality is mission critical in manufacturing. When determining the right air treatment components for a compressed air system, there is a great deal to keep in mind. In this paper, we discuss compressed air quality and how it impacts operating costs and production. 

With over ten thousand air systems audits under our belt, we've seen it all and learned a few things. One of the most common problems we see is that most systems have far more capacity than needed. On average, users operate at 44% of peak capacity. It's so common, we'd say it is an epidemic, and even our own customers are not immune despite our efforts to inoculate with education. This article takes a look at some actual examples of over-sized systems and the costs that resulted. Learn how to properly plan for a compressed air system and what your options are with an existing system.

Learn how inspection equipment should be designed following international sanitary design standards to prevent the growth and spread of biological contamination in dairy plants.

The benefits of employing aqueous cleaning in pharmaceutical manufacturing are numerous. Virtually any pharmaceutical manufacturing equipment from tablet press to a stainless steel mixing tank can achieve their defined critically clean criteria using aqueous cleaning. Typically aqueous cleaners are formulated to ensure maximal cleaning performance by using key ingredients such as surface active agents (surfactants) that are excellent wetting agents that allow the cleaning solution to penetrate into crevices while getting under soils to allow for removal. Often very dilute solutions of aqueous cleaner effectively removes even worst case substances off a variety of hard surfaces including stainless steel, glass, plastic, or porcelain. By Malcolm McLaughlin