DI MATTEO

Successful expansion

A reliable, trouble-free and highly precise dosing of bulk materials is a key factor in complex processes, such as cement production, in order to achieve a continuous and cost efficient production. This was valid in the past, and has become even more important in today’s highly automated processes.

Particularly, in the past the focus was on the dosing of solid alternative fuels in a a reliable, trouble-free and precise manner, for example RDF for the calciner, SRF for the main burner, biomass, meat and bone meal (MBM), impregnated saw dust or dried sewage sludge. The available technical...

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Issue 2012-01

New weighing system wins award for innovation

At the 2011 Münsterland Innovation Awards, the Beckum-based company Di Matteo was placed third in the category “Economy” for its new and innovative tubular weigher ODM-WeighTUBE® (Fig.). With the...

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Issue 2014-11 DI MATTEO

Full modular control system for ­gravimetric dosing applications

1 Introduction The integration of reliable and accurate gravimetric dosing systems into conveying lines for bulk materials, e.g. alternative fuels, can be considered as an important engineering stage...

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Issue 2019-7-8 KUKLA WAAGENFABRIK GMBH & CO KG

Alternative fuels: dosing to optimize

Belt weigh feeders for alternative fuels serve in the continuous feeding of cement kilns and combustion boilers with alternative fuels. Such weighers must satisfy particularly demanding requirements,...

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Issue 2011-03

Investment in the location and in a ­successful future

Everything is pointing towards expansion as regards the company Di Matteo Förderanlagen GmbH & Co. KG, the internationally acting specialist for bulk solids handling. At the end of 2010 the company...

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Issue 2017-3 DI MATTEO GROUP

A framework and taxonomy for the classification of bulk material metering and dosing equipment within the cement industry

1 Introduction The cement manufacturing process and all related transport and logistic systems are driven by strict requirements regarding the accurate proportioning of bulk materials from various...

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