Gea Process Engineering A/s

Anders Sehested

Thomas Kniep Jørgensen

Esben Krauthammer

Gerhardt Jacobsen

Poul Erik Krogsgaard Jensen

The invention relates to a sampling apparatus for use in explosive environments comprising particles of a mean size of up to 500 &#x3bc;m, the sampling apparatus comprising a displaceable arm having a sample container, which displaceable arm has a first position where the sample container is inserted into a first zone for collecting a sample of particles into the sample container, and a second zone where the displaceable arm is outside the product stream, the second zone being contained in a housing with an opening for the displaceable arm. The sampling apparatus has an interface between the first and the second zone, which interface is selected from the list consisting of a closable member, a gate valve or an air knife. The invention also relates to a dryer comprising a drying chamber and a sampling apparatus of the invention. In a further aspect the invention relates to a method of estimating the flowability of a sample of organic particles.

Sampling apparatus for use in explosive environments, a dryer comprising such a sampling apparatus, and method of estimating the flowability of a sample

The invention concerns a powder drying system () comprising a carbon monoxide (CO) gas detection system adapted for detection of CO gas from smoldering powders in a powder drying system component, such as a spray dryer chamber (), a fluid bed () or a bag filter (), which CO gas detection system comprises at least one inlet CO gas detector () arranged on at least one gas inlet of a powder drying system component such as to provide at least one inlet CO gas content measurement, at least one outlet CO gas detector () arranged on at least one gas outlet of a powder drying system component such as to provide at least one outlet CO gas content measurement, and an analyzing unit () adapted for receiving the at least one inlet CO gas content measurement, receiving the at least one outlet CO gas content measurement and comparing the sum of the at least one inlet CO gas content measurement and the sum of the at least one outlet CO gas content measurement while compensating for dilution, mixing, and time delay of the outlet CO gas content measurement. At least the at least one outlet CO gas detector () comprises an IR laser transmitter and is adapted for detecting over a measurement volume () and is arranged on the at least one gas outlet in such a way that said measurement volume () extends directly inside a gas flow () in said at least one gas outlet.

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Roskilde, Denmark

Anders Sehested