Questionnaire for Evaporator - Buss SMS Verfahrenstechnik GmbH
Questionnaire for Evaporator - Buss SMS Verfahrenstechnik GmbH
Questionnaire for Evaporator - Buss SMS Verfahrenstechnik GmbH
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<strong>Questionnaire</strong> <strong>for</strong> <strong>Evaporator</strong><br />
O:\IN\PROJEKTE\INTERNET\SITES\KONTAKTE\QUESTEVAP.DOC - 04.02.2005<br />
<strong>Buss</strong>-<strong>SMS</strong>-Canzler <strong>GmbH</strong> <strong>Buss</strong>-<strong>SMS</strong>-Canzler <strong>GmbH</strong><br />
Postfach 120 Zweigniederlassung<br />
D-35501 Butzbach CH-4133 Pratteln<br />
phone +49/6033/85-0 phone +41/61-825 68 69<br />
fax +49/6033/85-359 fax +41/61-825 67 66<br />
Filling in the questionnaire as fully as possible will help us to evaluate your application and the<br />
execution of pilot trials with product in our test center.<br />
All in<strong>for</strong>mation submitted will be treated confidentially.<br />
Product / Project : ...................................................................................................................<br />
(Key words) ...................................................................................................................<br />
Must your product or application be treated in strict confidence: yes no<br />
Company name: ...................................................................................................................<br />
Person in charge: ...................................................................................................................<br />
Department: ...................................................................................................................<br />
Address: ...................................................................................................................<br />
Phone direct: ...................................................................................................................<br />
Fax direct: ...................................................................................................................<br />
email direct: ...................................................................................................................<br />
Date: ...................................................................................................................<br />
Signature: ...................................................................................................................
<strong>Buss</strong>-<strong>SMS</strong>-Canzler <strong>GmbH</strong><br />
<strong>Questionnaire</strong> page 2/5<br />
Operating Conditions:<br />
What is your task? ..........................................................................................................................<br />
..........................................................................................................................<br />
What is the valuable product? the distillate the concentrate<br />
What type of equipment is used in the existing process? ...................................................................<br />
Under which conditions? .....................................................................................................................<br />
What is the desired improvement?......................................................................................................<br />
Feed stock:<br />
Is it a solution / emulsion / suspension?<br />
Does the product foam during evaporation? .......................................................................................<br />
Does the material <strong>for</strong>m deposits on the heating surface? ...................................................................<br />
Does any fouling occur on the heating surface? .................................................................................<br />
Safety Data Sheet no.:<br />
Stability:<br />
Toxicology:<br />
physical properties:<br />
reactive<br />
toxic<br />
flammable<br />
decomposing<br />
caustic<br />
explosive<br />
Flash point: .................. °C Lower explosion limit: ......... Vol.-%<br />
Ignition temperature: .................. °C<br />
non-hazardous<br />
non-hazardous<br />
non-hazardous<br />
Distillate / Vapour:.............................................................................................................................<br />
Required quality (colour, odour, : ........................................................................................................<br />
Softening point etc.) ...........................................................................................................................<br />
Concentrate / Bottom: ......................................................................................................................<br />
Required quality (colour, odour, .........................................................................................................<br />
Softening point etc.): ..........................................................................................................................<br />
Utilities:<br />
Avail. heating medium: ................................ Pressure: .........bar a Temperature: .......... °C<br />
Cooling water quality: ................................ Temperature: ........°C Quantity:.................m 3 /h<br />
Electricity: Frequency: ........... Hz Voltage:....................V Explos. prot.: ..................<br />
General In<strong>for</strong>mation:<br />
Preferred material of construction <strong>for</strong> product contact parts? (<strong>Buss</strong>-<strong>SMS</strong> standard evaporators<br />
are made of SS 1.4404/1.4571)<br />
............................................................................................................................................................<br />
Codes and Standards <strong>for</strong> design and fabrication? ..............................................................................<br />
What height is available <strong>for</strong> the erection of the installation? ...............................................................<br />
O:\IN\PROJEKTE\INTERNET\SITES\KONTAKTE\QUESTEVAP.DOC - 04.02.2005
<strong>Buss</strong>-<strong>SMS</strong>-Canzler <strong>GmbH</strong><br />
<strong>Questionnaire</strong> page 3/5<br />
Thin Film <strong>Evaporator</strong><br />
Feed Stock<br />
Name:<br />
Flow rate<br />
kg/h<br />
Temperature °C<br />
Boiling temperat.<br />
°C<br />
Melting point °C<br />
Components mass fraction<br />
%-w/w<br />
%-w/w<br />
%-w/w<br />
Heat capacity kJ/kgK<br />
Molecular weight kg/kmol<br />
Viscosity ( °C)<br />
Viscosity (25 °C)<br />
Utilities<br />
cP<br />
cP<br />
Heating medium:<br />
Temperature in °C<br />
Temperature out °C<br />
O:\IN\PROJEKTE\INTERNET\SITES\KONTAKTE\QUESTEVAP.DOC - 04.02.2005<br />
Name.<br />
Flow rate<br />
Condensation temp.<br />
Solidificat. temp. °C<br />
Components mass fraction<br />
%-w/w<br />
%-w/w<br />
%-w/w<br />
Molecular weight<br />
Evaporation heat<br />
Method of analysis:<br />
Concentrate / Bottom<br />
Name:<br />
Flow rate<br />
Temperature<br />
Vapour<br />
Solidificat. point °C<br />
Components mass fraction<br />
%-w/w<br />
%-w/w<br />
%-w/w<br />
Heat capacity kJ/kgK<br />
Molecular weight kg/kmol<br />
Viscosity ( °C)<br />
cP<br />
Viscosity (25 °C)<br />
cP<br />
Method of analysis:<br />
kg/h<br />
°C<br />
kg/kmol<br />
kJ/kg<br />
Heating medium<br />
Process pressure mbara<br />
Heating medium<br />
kg/h<br />
°C
<strong>Buss</strong>-<strong>SMS</strong>-Canzler <strong>GmbH</strong><br />
<strong>Questionnaire</strong> page 4/5<br />
Short Path <strong>Evaporator</strong><br />
Heating medium<br />
Utilities<br />
Heating medium:<br />
Temperature in<br />
°C<br />
Temperature out<br />
Coolant:<br />
°C<br />
Temperature in<br />
°C<br />
Temperature in °C<br />
Concentrate / Bottom<br />
Name:<br />
Flow rate<br />
kg/h<br />
Temperature<br />
°C<br />
Solidificat. point °C<br />
Components mass fraction<br />
%-w/w<br />
%-w/w<br />
%-w/w<br />
Heat capacity kJ/kgK<br />
Molecular weight kg/kmol<br />
Viscosity ( °C)<br />
cP<br />
Viscosity ( 25 °C)<br />
cP<br />
Method of analysis:<br />
Coolant out<br />
O:\IN\PROJEKTE\INTERNET\SITES\KONTAKTE\QUESTEVAP.DOC - 04.02.2005<br />
Coolant in<br />
Name:<br />
Flow rate<br />
kg/h<br />
Temperature °C<br />
Boiling temperat.<br />
°C<br />
Melting point<br />
Components mass fraction<br />
°C<br />
Heat capacity<br />
%-w/w<br />
%-w/w<br />
%-w/w<br />
kJ/kgK<br />
Molecular weight kg/kmol<br />
Viscosity ( °C)<br />
cP<br />
Viscosity (25 °C)<br />
cP<br />
Feed Stock<br />
Heating medium<br />
to Vacuum System<br />
Pressure mbara<br />
Distillate<br />
Name:<br />
Flow rate<br />
kg/h<br />
Condensation temp.<br />
°C<br />
Solidificat. point °C<br />
Components mass fraction<br />
%-w/w<br />
%-w/w<br />
%-w/w<br />
Heat capacity<br />
kJ/kgK<br />
Molecular weight kg/kmol<br />
Evaporation heat kJ/kg<br />
Viscosity ( °C) cP<br />
Method of analysis:
<strong>Buss</strong>-<strong>SMS</strong>-Canzler <strong>GmbH</strong><br />
<strong>Questionnaire</strong> page 5/5<br />
<strong>Evaporator</strong><br />
Feed Stock<br />
Name:<br />
Flow rate<br />
kg/h<br />
Temperature °C<br />
Boiling temperat.<br />
°C<br />
Melting point<br />
Components mass fraction<br />
°C<br />
Heat capacity<br />
%-w/w<br />
%-w/w<br />
%-w/w<br />
kJ/kgK<br />
Molecular weight kg/kmol<br />
Viscosity ( °C)<br />
cP<br />
Viscosity (25 °C)<br />
cP<br />
Heating medium<br />
Temperature in °C<br />
Temperature out °C<br />
O:\IN\PROJEKTE\INTERNET\SITES\KONTAKTE\QUESTEVAP.DOC - 04.02.2005<br />
Name.<br />
Flow rate<br />
Condensation temp.<br />
Solidificat. temp. °C<br />
Components mass fraction<br />
%-w/w<br />
%-w/w<br />
%-w/w<br />
Molecular weight<br />
Evaporation heat<br />
Method of analysis:<br />
Vapour<br />
kg/h<br />
°C<br />
kg/kmol<br />
kJ/kg<br />
Process pressure mbara<br />
Concentrate / Bottom<br />
Name:<br />
Flow rate<br />
Temperature<br />
Solidificat. point °C<br />
Components mass fraction<br />
%-w/w<br />
%-w/w<br />
%-w/w<br />
Heat capacity kJ/kgK<br />
Molecular weight kg/kmol<br />
Viscosity ( °C)<br />
cP<br />
Viscosity (25 °C)<br />
cP<br />
Method of analysis:<br />
kg/h<br />
°C
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