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Laboratory Testing

Material Properties Analysis

Material properties of product samples are tested to determine particle size distribution, pile density, moisture content and angle of repose. This information helps determine the ideal feeder design parameters.

Mobility Testing

Flow tests to determine the optimum spacing among heat transfer plates to ensure that the material does not bridge or caking and to achieve a free and even flow of material.

Mass Flow Testing

Mass flow testing is used to determine the flow properties of the material in order to ensure close-phase conveying (uniform velocity), especially in mass flow feeder.

Thermal Performance Analysis

The thermal conductivity of sample materials will be tested in a controlled laboratory environment using proprietary methods. The specific heat values of many solid particles can be found in our extensive database.
Theoretical Modeling

Chemequip adopts proprietary thermal modeling software. It accurately predicts product temperature profiles of the bulk solid materials at each point through the heat exchanger, providing 100% accurate predictions of final product temperatures .


Pilot Test

This on-site testing is tailored to analyze and validate many of the following for your specific application:

* Equipment thermal performance
* Product flowability under true process conditions
* Heat exchanger performance over an extended time period
* Successful operation through typical plant cycles, including possible upsets
* Successful operation with a typical or specific product mix

We are on-hand to facilitate, implement and assess the outcomes of this pilot testing and determine the best course of action for full-scale implementation.

Engineering and Design Research


As experts in the field of Platecoil heat exchange technology, we provide a wide range of consulting, equipment supply, system design and engineering construction services. Our goal is to help you fully determine the requirements of the project to reduce risk and conduct project planning, resource allocation, and project scheduling work. We specialize in:

* Process design and modeling (like energy and mass balance)

* Material property testing and performance evaluation

* Equipment design and process sizing

* Process package flow system design

* Piping and instrumentation system design

* Mechanical design and structural evaluation

* Conception, feasibility and detailed engineering studies

* Techno-economic assessment

* Global standards-compliant documentation 



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