Process technology application data sheet

1. Your contact data

Company

Department

Country

Form of address

First name

Surname

Street, no.

Town/city

Postal code

E-mail

Telephone

Cell phone

Website

Which industry/industries and application/s are you involved in?

2. Process technology task

Process

Other

How can we help you in optimizing your processes?

Substance data for solid 1

Product

Specific heat capacity (KJ/KgK)

Permissible temperature (°C)

Range of particle sizes

Substance data for liquids

Designation

Vaporization enthalpy (kJ/kg)

Input moisture (%)

Viscosity (mpas)

Specific heat capacity (KJ/KgK)

Permissible temperature (°C)

Bulk density (kg/m³)

Input temperature (°C)

End product

Final moisture (%)

Bulk density (kg/dm³)

Permissible product temperature (°C)

Drying behavior

Is there a a high viscous phase during the drying process?

In which moisture range? (wt.-%)

Separator

At which moisture level does the material become free-flowing? (wt.-%)

Are agglomerations expected to form?

Is a dryer already being used for this product?

Which type of dryer?

Explosion protection

Is there an explosive atmosphere?

Internal explosion zones

External explosion zones

Temperature classes

Operating data

Mode of operation

Input product per batch (kg)

Time per batch (h:mm)

Throughput rate (kg/h)

Input product per batch (kg)

Time per batch (h:mm)

Throughput rate (kg/h)

Separator

Heating temperature (°C)

Cooling temperature (°C)

Which energies are available to the customer?

Machine Material

Other

Separator

Other material requirements

Aim of the project

Mixing

Granulation

Coating

Humidifying

Neutralization

Other

Substance data for solid 1

Product

Fraction (wt. – %)

Bulk density (kg/l)

max. particle size (mm)

Moisture (%)

Properties of the solid

compact

sticky

clumpy

crumbly

powdry

Free-flowing

abrasive

corrosive

Substance data for liquids

Product

Fraction (wt. – %)

Density (kg/l)

Viscosity (mpas)

End product

Final moisture (%)

Bulk density (kg/dm³)

Mixing behavior

Are agglomerations expected to form?

Are vapors expected to form?

Is a reaction expected to occur?

Is a mixer already being used for this product?

Which type of mixer?

Explosion protection

Is there an explosive atmosphere?

Internal explosion zones

External explosion zones

Temperature classes

Operating data

Mode of operation

Batch volume (kg)

Time per batch (h:mm)

Throughput rate (kg/h)

Batch volume (kg)

Time per batch (h:mm)

Throughput rate (kg/h)

Separator

Machine Material

Other

Other material requirements

Substance data for solid 1

Product

Specific heat capacity (KJ/KgK)

Permissible temperature (°C)

Range of particle sizes

Substance data for liquids

Designation

Vaporization enthalpy (kJ/kg)

Input moisture (%)

Viscosity (mpas)

Specific heat capacity (KJ/KgK)

Permissible temperature (°C)

Bulk density (kg/dm³)

Input temperature (°C)

End product

Final moisture (%)

Bulk density (kg/dm³)

Permissible product temperature (°C)

Drying behavior (if necessary)

Is there a a high viscous phase during the drying process?

In which moisture range? (wt.-%)

Separator

At which moisture level does the material become free-flowing? (wt.-%)

Are agglomerations expected to form?

Is a dryer already being used for this product?

Which type of dryer?

Explosion protection

Is there an explosive atmosphere?

Internal explosion zones

External explosion zones

Temperature classes

Operating data

Design pressure

Material Maschine

Other

Surface specification

Aim of project

Production of

Other

Separator

Mode of operation

Daily operating time of filter

Slurry throughput (m³/h)

Solids throughput (kg/h)

max. batch duration (h)

Batch size (m³/h)

Solids loading / batch (kg)

Installation of the machine in an ATEX-rated area?

Slurry

Designation

Density of the slurry (g/l)

Solid content (g/l)

Average particle size (µm)

Temperature (°C)

Viscosity (m²/s)

pH-value

Particle texture

crystalline

amorphous

fibrous

colloidal

Composition

Solid(s)

Liquid(s)

Cake washing

Aim of cake washing

Wash media

Number of washing steps

Temperature of wash media

Counter current washing

Number of counter current washings

Separator

max. total amount (m³/h)

max. total amount (l/kg Feststoff)

Filter cake & filtrates

Desired residual moisture

Desired washing result

Is it allowed to measure the residual moisture with an infrared dryer

at what temperature (°C)

Seperator

Alternative method for moisture determination

What happens to the filter cake?

max. solid content (g/l)

Main filtrate

Wash filtrate

What happens to the main filtrate?

What happens to the wash filtrate?

Recommended materials

Metals

Plastics

Elastomeres

Filter media

Slurry sample

In order to perform filtration tests we ask for a slurry sample. For this we need approx. 5 to 10 liters of the slurry. Please bear in mind that our offer will be based on this sample. This means that the slurry needs to be representative for your application. In case that the material cannot be shipped or might change due to transport, storage or aging, we will be happy to perform the testing at your site.

IMPORTANT NOTE: Please check the date for the lab tests with us before shipping the slurry sample and provide a corresponding safety data sheet.

Project information

Starting point (existing system, new system, etc.)

Investment goals (reduce costs, replacement investment, fulfil environmental protection measures, etc.)

Total project volume

Process technology project volume

Project stage

Implementation period

Specific requests

Data protection

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Application Data Sheet