News & Case Studies

WATCH

(Copyright, MPE, 2015)

The company invested in a MPE IMD699, a three-stage grinder with water chilling technology so that the coffee isn’t reheated while grinding. “This grinder allows us to get just the right particle size to hit each pan in the rotap, so that we can ensure the perfect grind every time, which ultimately makes a great

CHICAGO, IL – The chemistry behind SAP and polymer production doesn’t stop with the chemist. The next step is particle size reduction, and that’s where MPE’s engineers take over in providing a superior method that brings together size distribution, product uniformity, fines reduction and process control – and it’s not just for SAP. The design

shrinking world: Faster transportation, instant Internet information and immediate communication all combine to make our enormous planet, for all practical purposes, a lot smaller and a lot more demanding than it used to be.

Market demand for precision particles is growing. As companies strive to improve product characteristics, achieve higher process efficiencies and use less energy, roller mill technologies become ever more important.

You may not be familiar with Modern Process Equipment of Chicago, Ill., but the odds are, if you’re a dealer in the water treatment industry, you reap the benefits of their ingenuity on a daily basis; and if you’re drinking purified water of any kind, you’ve likely tasted their work…or, not tasted is more apropos.

This article introduces roller mills and explains how they efficiently grind friable materials to a uniform final particle size while using relatively little energy and minimizing waste.

As market demand for precision particles grows, two particle reduction technologies are proving they can yield higher process efficiencies, use less energy, and improve product characteristics. This report examines their benefits.