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Latest questions

What information do you have about toasting soybeans and suitable equipment? The aim is to lower the levels of urease and TIA in the soybean to make the product better adapted to poultry and pigs.
I am currently in the process of designing a dust collector. One of the first steps involves specifying the correct minimum conveying/pickup velocity at the inlet of the hood. It is to be used in the baking industry and can see anything from different flours, sugar, salt, seeds, whole buns, etc. After a couple hours of research I’ve realized it...
A pneumatic conveying system can’t function without the combination of chutes and hoppers – they are integral and critical components that are inseparable because they act as a giant funnel that helps to get your material into your system.
Saltation velocity is the speed below which particles being conveyed through a pneumatic conveying system lose suspension and begin to deposit at the bottom of horizontal pipelines.
When working with materials that can hold water, it is always important to know how much water is contained inside it. Depending on the size of the particles, storage method, temperature, and many other factors, some materials can hold more water than others.

Our experts

Carrie Hartford is the Technical Sales Manager and Senior Project Engineer in Jenike & Johanson’s office in California. For 15 years, she has been solving challenging bulk material flow related problems around the world. Typical projects include the analysis and design of bins, hoppers, feeders, and transfer chutes. From 2012 – 2014, she opened and established an engineering office and laboratory facilities in Perth, Western Australia. Internationally she publishes and presents technical papers, participates in conferences, and presents numerous short courses in the field of bulk solids flow. Carrie has a Mechanical Engineering degree from the University of California, Santa Barbara and an MBA from Azusa Pacific University in California. She is a licensed Professional Mechanical Engineer in the State of California.
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Todd Messmer is the Product Manager for the Schenck Process Weighing and Feeding Product Line in North America. He has 21 years of Applications Engineering experience customizing and designing Screw Feeders, Weighbelts, Vibratory Feeders, Flow Meters, and Bulk Bag Unloaders into customers’ processes. Todd has worked with a diverse range of companies in the Food, Plastics, Chemicals and Pharmaceutical industries and has written several articles for key industry publications. He holds degrees in both Electronics and Marketing and currently manages a team of Applications Engineers for Schenck Process. Expert in Screw Feeders, Weighbelts, Vibratory Feeders, Flow Meters, and Bulk Bag Unloaders.
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Design Engineer, Project Manager, Territory and Sales Manager with 40+ years of experience in capture at source designs, sales and installation projects for high and low vacuum and dust collection and filtration systems and explosion and fire mitigation in dust collection systems.
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George Bougioukas, Plant Manager of Acmon systems has over a 20 years of experience in plant process design for both mechanical and automation engineering in a wide range of industrial sectors. He has gained a unique knowhow of cross-cutting technologies and applications bringing the organization to reach a new industrial value chain era. George’s expertise includes applications ranging from reception and storage of raw materials, pneumatic and mechanical conveying, sieving, weighing and dosing, mixing, up to bagging and final product dispatch. Behind George there is a dedicated team of engineers who like him are constantly striving to improve design and performance of all plants Acmon systems has been delivering all around the globe for the last 30years on a turnkey basis.
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