paraffin wax deposition and fouling

• saLLy measures were tacen. oa:D;y s,evsoes were srS;a._c ac;:’:rLlm’
are given in Aurendin 5.
mercury in water. The calibration constants oi the orifice meters
the rressure drop across thorn measured in vertical manometers with
and cooling water wore measured with —10 to 100 x o.°c and —C) to
The Inlet and outlet tomeratures of the uxnerimerial ;oThtion
. .5_si- ;wuma tation
__) —
Cooling water flowrates were measured by orifice meters with
a ca:e;y system usa; smut sown em;sre arcamatus.
pressure drop alonf ‘the test secticas.
metrIc reccrcer surios cy ..;ner ;n.
I :c ; ;a,_z’ St.L515 su an onon ;cDmca...I_:.. :3tDO_
bcauso the e erimenia scli;ion was fiam:c:oe, se’i:ma
4.3.5 Safety srsbe
recorded on an Xactaline Series 7056 b D—I50C 5 :soin’t rotem;io
were monItored by :hern:coupes. Their outputs were measured c.ns
transaucer system ans tre oritace meters are gsven sn pren&ix ,.
stabilizes, power suarly were suoohied by Thar,schzcers (0.-.)
transducer and a tye XF—I00f. conditioning module with a
53 x 0.1°C mercury in glass thermometers, respectively.
‘±me outrut Iron-. trie transaucer strain gauge orisge networc was :nd
on to a 27030 series 3ryans chart recorder. The calsoraucn of the
a senarate VäVC SO wms_e one pressure was being measured, a:: the
measures sy a ty-ne RV—24 0—200 rs.ig. pressure transcucer. The
ny_on tusng to a mansfo_s connected to a transaucer. Thc:.. _:ne mad
others were closed. The rressure drou across these floumetors was
taraings of al the IC orsfice meters were connected with transaronu
ten test sections., were measured with orifice meters. The pressure
‘LIe transaucor system was not semsttve enougn to measre -:me
Temperatures a; various rarts of ‘the experimental apraratus
The floates of the exrerimental solution through each of the