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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

Chris has been working at Spiroflow for over 10 years and is currently in the role of technical sales manager. He handles all the technical drawings and specifications during the sale and aides our drawing office while the equipment is designed, he also assists the manufacturing department with the build. His vast knowledge of powder handling and mechanical design is why he is involved in every aspect of designing our powder handling solutions.
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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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Dr.-Ing. Johannes Lottermann studied safety engineering before he worked for DMT GmbH & Co. KG, an independent engineering and consulting company. He managed the department of technical fire and explosion safety. In 2010 he started to work at REMBE GmbH Safety + Control and is in his role as Director Explosion Safety responsible for the (inter)national customer base with a focus on consulting and engineering. Johannes Lottermann is a member of numerous expert committees and international professional associations such as the VDI, VDSI and VGB.
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For over 60 years IEP Technologies have been providing market leading explosion protection solutions into industry. Matt Elliott has been part of that journey now for over three years and has had the privilege to draw on IEP’s wealth of expertise during that time. Matt is responsible for technical sales of active, and passive explosion protection systems in the southern half of the United Kingdom. His background as a fully qualified mechanical engineer, HNC education and subsequent ten years of experience in technical sales directly related to powder handling, which has provided a cornerstone of knowledge to address the challenges IEP Technologies face every day. If you were to ask Matt what his key attributes are he would say “to fully understand the application presented by the customer, but also competently design a viable solution to benefit the customer”. This statement is only made possible by listening carefully to a customer but also being proficient when it comes to designing explosion protection solutions in line with their stringent regulations and delivering solutions within IEP Technologies’ design guidance and current EN standards.
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