Filtration & Separation 1996: Vol 33 Index

4 Pages·1996·2.6 MB·English

Filtration & Separation
1996 Index
1I9N9D6E X
brous filter behaviour under Cake filtration. The influence of tion p. 155
Vol33u Inmdex:e 19 96 solid particle load p. 501 dust and gas properties on Cleaning-in-place. Sintered
Air filtration. The influence of cake adhesion in fabric fil- metal filter elements for
January pp. 1—96 dust and gas properties on ters p. 339 use with dryers and mills
February pp. 97—176 cake adhesion in fabric fil- Capillary filtration. Influence of in the pharmaceutical in-
March pp. 177 —264 ters p. 339 flocculants on the perfor- dustry p. 881
April pp. 265 —356 Air pollution control. Costly mance of a ceramic capil- Cleaning of filters. Powder
May pp. 35—7 43 2 maintenance reduced in lary filter p. 75 handling and recovery in
welding fume removal Carbon filters. Effective re- the pharmaceutical industry
June pp. 433—520
p. 209 moval of VOC emissions at p. 787
July/August pp. 521 —676
Air pollution control. Effective food processing plant p. 129 Clean rooms. New HEPA/ULPA
September pp. 677— 764
removal of VOC emissions Cartridge filters. Comparative filters for clean-room tech-
October pp. 765—848
at food processing plant efficiencies of traditional nology p. 245
November/December p. 129 and innovative structure fi- Coal fines. Modelling the va-
pp. 849—952 Air pollution control. Modern bre cartridges p. 251 4 cuum filtration of fine coal
Centrifuges. Dirty distillate il:
flue gas cleaning system p. 825
for waste incineration The enemy within p. 389 Comparison. Comparative effi-
plants p. 383 Centrifuges. Discharge of so- ciencies of traditional and
Activated coke filters. Monitor- Air pollution control. Monitor- lids from decanting centri- innovative structure fibre
ing activated coke filters in ing activated coke filters in fuges p. 701 cartridges p. 251
the control of furnace emis- the control of furnace emis- Centrifuges. Efficient double- Contamination control. Filtra-
sions p. 205 sions p. 205 disc accelerator for contin- tion standards for hydraulic
Adhesives. Investigation of the Air pollution control. Some like uous-feed centrifuges fluid power p. 465
effect of a topically applied it hot and dirty: P84 p. 539 p. 819 Control systems. Monitoring
tackifier in reducing particle Air pollution control. The con- Centrifuges. Hydraulic and activated coke filters in the
bounce in a melt-blown air tinuing evolution and devel- computing power combine control of furnace emissions
filter p. 933 opment of the dry scrubbing for state-of-the-art sludge p. 205
Aerosols. Dilution system for process for the treatment of dewatering p. 25 Crossflow filtration. Membrane
aerosol measurements with incinerator flue gases p .375 Centrifuges. Improved design technologies in water treat-
optical single particle coun- Automation. Innovative filter of conical accelerators for ment and environmental
ters at very high concentra- press technology p. 19 decanter and pusher centri- protection p. 459
tions p. 393 Automotive filters. Automotive fuges p. 735 Crossflow filtration. Modelling
Air filters. Fingerprint testing of filtration moves into the 21st Ceramic filters. Influence of of a new crossflow moving-
contaminated ventilation Century p. 713 flocculants on the perfor- bed heat-exchanger/filter
extract filter systems at Si- Backwash filters. The KKF vis- mance of a ceramic capil- (MHEF) p. 69
zewell B p. 495 cose filtration system p. 541 lary filter p. 75 Decanters. Discharge of solids
Air filters. Investigation of the Bag filters. Lenzing Profilen Ceramic filters. Recovery of from decanting centrifuges
effect of a topically applied with extended production glaze in sanitaryware man- p. 701
tackifier in reducing particle capacity p. 540 ufacture p. 123 Decanters. Efficient double-
bounce in a melt-blown air Bag filters. Modern flue gas Ceramic media. Experimental disc accelerator for contin-
filter p. 933 cleaning system for waste investigations with ceramic uous-feed centrifuges
Air filters. New developments incineration plants p. 383 high-temperature filter p. 819
in air filter test methods and Bag filters. The influence of media p. 29 Decanters. Hydraulic and com-
classification p. 155 dust and gas properties on Characterisation. Comparative puting power combine for
Air filters. Observations of the cake adhesion in fabric fil- efficiencies of traditional state-of-the-art sludge de-
microscopic structure of fi- ters p. 339 and innovative structure fi- watering p. 25
brous filters p. 741 Belt media. Fine particle se- bre cartridges p. 251 Decanters. Improved design of
Air filtration. Evaluating novel paration: Development and Characterisation. Fingerprint conical accelerators for de-
filter media for dust control performance of vacuum belt testing of contaminated ven- canter and pusher centri-
systems p. 283 filter media p. 875 tilation extract filter systems fuges p. 735
Air filtration. Experimental in- Beverages processing. Elimi- at Sizewell B p. 495 Deep bed filters. How to design
vestigations with ceramic nating process problems in Characterisation. Origins and your deep bed polymer filter
high-temperature filter foodstuff manufacture selection of filter element p. 161
media p. 29 p. 127 configurations currently Depth filtration. Observations of
Air filtration. Hepworth’s custo- Brewing. Quality and cost con- used in dust emission limit- the microscopic structure of
mised approach brings suc- trol in breweries using ing systems p. 795 fibrous filters p. 741
cess to Technostat p. 197 membranes p. 791 Characterisation. Recent ad- Desalination. Micro-scale de-
Air filtration. Modelling of anew Cake filtration. Imaging of filter vances in the understanding salination in Saudi Arabia
crossflow moving-bed heat- cakes through electrical im- of fibrous filter behaviour p. 801
exchanger/filter (MHEF) pedance tomography p. 491 under solid particle load Design. Efficient double-disc
p. 69 Cake filtration. Modelling the p. 501 accelerator for continuous-
Air filtration. New HEPA/ULPA vacuum filtration of fine coal Characterisation. The influence feed centrifuges p. 819
filters for clean-room tech- p. 825 of dust and gas properties Design. How to design your
nology p. 245 Cake filtration. Raw gas con- on cake adhesion in fabric deep bed polymer filter
Air filtration. Raw gas condi- ditioning and other addi- filters p. 339 p. 161
tioning and other additional tional techniques for Clarification. Tubular filter with Design. Improved design of
techniques for improving improving surface filter per- membrane technology for conical accelerators for de-
surface filter performance formance p. 409 filter/thickener p. 119 canter and pusher centri-
p. 409 Cake filtration. Simulation of Classification of filters. New fuges p. 735
Air filtration. Recent advances the build-up of a filter cake developments in air filter Dewatering. Dewatering in
in the understanding of fi- p. 417 test methods and classifica- wastewater treatment
eJP8F&S1eia0a e 9 l ng9pt/7ear Far teaibto in on
p. 719 Effluent treatment. Recovery of paration: Development and Hot gas filtration. Some like it
Dewatering. Discharge of so- dilute paper coating colour performance of vacuum belt hot and dirty: P84 p. 539
lids from decanting centri- effluents by ultrafiltration filter media p. 875 Hot gas filtration. The continu-
fuges p. 701 p. 453 Flocculants. Influence of floccu- ing evolution and develop-
Dewatering. Efficient double- Effluent treatment. Recovery of lants on the performance of ment of the dry scrubbing
disc accelerator for contin- glaze in sanitaryware man- a ceramic capillary filter process for the treatment of
uous-feed centrifuges ufacture p. 123 p. 75 incinerator flue gases X9A6Q6G1N I
p. 819 Effluent treatment. Tubular fil- Flocculation. Electrofloccula- p. 375
Dewatering. Electrokinetically ter with membrane technol- tion: Removal of oil, heavy HVAC filters. Fingerprint test-
enhanced vacuum dewater- ogy for filter/thickener metals and organic com- ing of contaminated ventila-
ing of mineral slurries p. 119 pounds from oil-in-water tion extract filter systems at
p. 929 Electrets. Hepworth’s custo- emulsions p. 295 Sizewell B p. 495
Dewatering. Hydraulic and mised approach brings suc- Flue gas cleaning. Modern flue HVAC filtration. Investigation of
computing power combine cess to Technostat p. 197 gas cleaning system for the effect of a topically
for state-of-the-art sludge Electrical impedance tomogra- waste incineration plants applied tackifier in reducing
dewatering p. 25 phy. Imaging of filter cakes p. 383 particle bounce in a melt-
Dewatering. Improved design through electrical impe- Flue gas cleaning. The continu- blown air filter p. 933
of conical accelerators for dance tomography p. 491 ing evolution and develop- Hydraulics. Filtration standards
decanter and pusher centri- Electroflocculation. Electrofloc- ment of the dry scrubbing for hydraulic fluid power
fuges p. 735 culation: Removal of oil, process for the treatment of p. 465
Dewatering. Influence of floccu- heavy metals and organic incinerator flue gases Hydrocarbons. Removal by fil-
lants on the performance of compounds from oil-in- p. 375 tration of dissolved and dis-
a ceramic capillary filter water emulsions p. 295 Fluid power. Filtration stan- persed hydrocarbons from
p. 75 Electrolytic processes. Electro- dards for hydraulic fluid produced water p. 39
Dewatering. Innovative filter flocculation: Removal of oil, power p. 465 Hydrocyclones. Hydrocyclone
press technology p. 19 heavy metals and organic Food processing. Effective re- for oil-from-water separa-
Dewatering. Modelling the va- compounds from oil-in- moval of VOC emissions at tion p. 291
cuum filtration of fine coal water emulsions p. 295 food processing plant p. 129 Hydrocyclones. Comments on
p. 825 Electrostatically charged med- Food processing. Eliminating ‘Hydrocyclone with high
Dewatering. Pressure filters ia. Hepworth’s customised process problems in food- sharpness of separation’
help to revolutionise nickel approach brings success to stuff manufacture p. 127 (November 1994) p. 81
processing p. 893 Technostat p. 197 Fuel cleaning. Dirty distillate Imaging. |maging of filter cakes
Dewatering. Recovery of glaze Enhancement. Electrokineti- oil: The enemy within p. 389 through electrical impe-
in sanitaryware manufac- cally enhanced vacuum de- Fuel filters. Automotive filtra- dance tomography p. 491
ture p. 123 watering of mineral slurries tion moves into the 21st Incineration. Modern flue gas
Discharge of solids. Discharge p. 929 Century p. 713 cleaning system for waste
of solids from decanting Fabric filters. The influence of Fume removal. Costly mainte- incineration piants p. 383
centrifuges p. 701 dust and gas properties on nance reduced in welding Incineration. Some like it hot
Distillation. Micro-scale desali- cake adhesion in fabric fil- fume removal p. 209 and dirty: P84 p. 539
nation in Saudi Arabia ters p. 339 Furnace emissions. Monitoring Incineration. The continuing
p. 801 Fabrics. Fine particle separa- activated coke filters in the evolution and development
Dry scrubbers. The continuing tion: Development and per- control of furnace emissions of the dry scrubbing process
evolution and development formance of vacuum belt p. 205 for the treatment of incin-
of the dry scrubbing process filter media p. 875 Heat-exchangers. Modelling of erator flue gases p. 375
for the treatment of incin- Fibrous filters. Observations of a new crossflow moving- Industrial water. Comparison
erator flue gases p. 375 the microscopic structure of bed heat-exchanger/filter between ion exchange and
Dust cleaning. Raw gas condi- fibrous filters p. 741 (MHEF) p. 69 nanofiltration for softening
tioning and other additional Fibrous filters. Recent ad- Heavy metals. Electrofloccula- of industrial water p. 131
techniques for improving vances in the understanding tion: Removal of oil, heavy Industrial water. Membrane
surface filter performance of fibrous filter behaviour metals and organic com- technologies in water treat-
p. 409 under solid particle load pounds from oil-in-water ment and environmental
Dust collectors. Costly mainte- p. 501 emulsions p. 295 protection p. 459
nance reduced in welding Filter cartridges. Comparative Heavy metals. Removal by fil- Industrial water. Micro-scale
fume removal p. 209 efficiencies of traditional tration of dissolved and dis- desalination in Saudi Arabia
Dust collectors. Sintered metal and innovative structure fi- persed hydrocarbons from p. 801
filter elements for use with bre cartridges p. 251 produced water p. 39 lon exchange. Comparison be-
dryers and mills in the Filter elements. Origins and HEPA filters. New HEPA/ULPA tween ion exchange and
pharmaceutical industry selection of filter element filters for clean-room tech- nanofiltration for softening
p. 881 configurations currently nology p. 245 of industrial water p. 131
Dust control. Evaluating novel used in dust emission limit- High-temperature filtration. Ex- Magnetic separators. Eliminat-
filter media for dust control ing systems p. 795 perimental investigations ing process problems in
systems p. 283 Filter elements. Sintered metal with ceramic high-tempera- foodstuff manufacture
Dust control. Origins and selec- filter elements for use with ture filter media p. 29 p. 127
tion of filter element config- dryers and mills in the Hot gas filtration. Experimental Measurement. Dilution system
urations currently used in pharmaceutical industry investigations with ceramic for aerosol measurements
dust emission limiting sys- p. 881 high-temperature filter with optical single particle
tems p. 795 Filter manufacture. New HEPA/ media p. 29 counters at very high con-
Dust control. The influence of ULPA filters for clean-room Hot gas filtration. Lenzing Pro- centrations p. 393
dust and gas properties on technology p. 245 filen with extended produc- Media. Automotive filtration
cake adhesion in fabric fil- Filter manufacture. The evolu- tion capacity p. 540 moves into the 21st Century
ters p. 339 tion of extruded thermoplas- Hot gas filtration. Modelling of a p. 713
Effluent treatment. Electrofloc- tic netting at Nalle Plastics new crossflow moving-bed Media. Evaluating novel filter
culation: Removal of oil, Inc p. 869 heat-exchanger/filter media for dust control sys-
heavy metals and organic Filter presses. Innovative filter (MHEF) p. 69 tems p. 283
compounds from oil-in- press technology p. 19 Hot gas filtration. Modern flue Media. Experimental investiga-
water emulsions p. 295 Filter structure. Observations of gas cleaning system for tions with ceramic high-
Effluent treatment. Hydrocy- the microscopic structure of waste incineration plants temperature filter media
clone for oil-from-water se- fibrous filters p. 741 p. 383 p. 29
paration p. 291 Filter testing. New develop- Hot gas filtration. Monitoring Media. Fine particle separa-
Effluent treatment. Quality and ments in air filter test meth- activated coke filters in the tion: Development and per-
cost control in breweries ods and classification p. 155 control of furnace emissions formance of vacuum belt
e:aU1/G©eyUB g 6 ogeaO e6H4N|d/e,e uIAeY erId 4a g
using membranes p. 791 Fine filtration. Fine particle se- p. 205 filter media p. 875
Media. Hepworth’s customised oil-from-water separation the pharmaceutical industry Sintered metal filters. Sintered
approach brings success to p. 291 p. 787 metal filter elements for use
Technostat p. 197 Mobile units. Innovative filter Pharmaceuticals. Sintered me- with dryers and mills in the
Media. Investigation of the ef- press technology p. 19 tal filter elements for use pharmaceutical industry
fect of a topically applied Mobile units. Powder handling with dryers and mills in the p. 881
tackifier in reducing particle and recovery in the phar- pharmaceutical industry Sludge dewatering. Dewatering
1I9N9D6E X bounce in a melt-blown air maceutical industry p. 787 p. 881 in wastewater treatment
filter p. 933 Modelling. How to design your Pneumatics. Filtration stan- p. 719
Media. Lenzing Profilen with deep bed polymer filter dards for hydraulic fluid Sludge dewatering. Hydraulic
extended production capa- p. 161 power p. 465 and computing power com-
city p. 540 Modelling. Modelling of a new Polyimide fibres. Some like it bine for state-of-the-art
Media. Origins and selection crossflow moving-bed heat- hot and dirty: P84 p. 539 sludge dewatering p. 25
of filter element configura- exchanger/filter (MHEF) Polymer filtration. How to de- Slurry filtration. Evaluation of
tions currently used in dust p. 69 sign your deep bed polymer filtration tests with gradual
emission limiting systems Modelling. Modelling the va- filter p. 161 pressure increase and se-
p. 795 cuum filtration of fine coal Polymer filtration. The KKF dimentation p. 335
Media. Powder handling and p. 825 viscose filtration system Solid/liquid separation. Dis-
recovery in the pharmaceu- Modelling. Recent advances in p. 541 charge of solids from de-
tical industry p. 787 the understanding of fibrous Polymeric media. Evaluating canting centrifuges p. 701
Media. Removal by filtration of filter behaviour under solid novel filter media for dust Solid/liquid separation. Elec-
dissolved and dispersed hy- particle load p. 501 control systems p. 283 trokinetically enhanced va-
drocarbons from produced Modelling. Simulation of the Prefiltration. Quality and cost cuum dewatering of mineral
water p. 39 build-up of a filter cake control in breweries using slurries p. 929
Media. Sintered metal filter p. 417 membranes p. 791 Solid/liquid separation. Hy-
elements for use with Monitoring. Monitoring acti- Pressure filters. Pressure fil- draulic and computing
dryers and mills in the vated coke filters in the ters help to revolutionise power combine for state-of-
pharmaceutical industry control of furnace emissions nickel processing p. 893 the-art sludge dewatering
p. 881 p. 205 Pressure filtration. Evaluation p. 25
Media. The evolution of ex- Nanofiltration. Comparison be- of filtration tests with gra- Solid/liquid separation. Innova-
truded thermoplastic netting tween ion exchange and dual pressure increase and tive filter press technology
at Nalle Plastics Inc p. 869 nanofiltration for softening sedimentation p. 335 p. 19
Melt-blown media. Investiga- of industrial water p. 131 Pressure filtration. Imaging of Standards. Filtration standards
tion of the effect of a topi- Netting. The evolution of ex- filter cakes through electri- for hydraulic fluid power
cally applied tackifier in truded thermoplastic netting cal impedance tomography p. 465
reducing particle bounce in at Nalle Plastics Inc p. 869 p. 491 Standards. New developments
a melt-blown air filter p. 933 Nickel processing. Pressure fil- Produced water. Removal by in air filter test methods and
Membrane systems. Compari- ters help to revolutionise filtration of dissolved and classification p. 155
son between ion exchange nickel processing p. 893 dispersed hydrocarbons Surface filtration. Raw gas con-
and nanofiltration for soft- Nonwovens. Investigation of from produced water p. 39 ditipning and other addi-
ening of industrial water the effect of a topically Product recovery. Tubular filter tional techniques for
p. 131 applied tackifier in reducing with membrane technology improving surface filter per-
Membrane systems. Mem- particle bounce in a melt- for filter/thickener p. 119 formance p. 409
brane technologies in water blown air filter p. 933 PTFE media. Lenzing Profilen Testing. Comparative efficien-
treatment and environmen- Odour filters. Effective removal with extended production cies of traditional and inno-
tal protection p. 459 of VOC emissions at food capacity p. 540 vative structure fibre
Membrane systems. Quality processing plant p. 129 Pulp and paper. Recovery of cartridges p. 251
and cost control in brew- Oil cleaning. Dirty distillate oil: dilute paper coating colour Testing. Evaluation of filtration
eries using membranes The enemy within p. 389 effluents by ultrafiltration tests with gradual pressure
p. 791 Oil/water separation. Electro- p. 453 increase and sedimentation
Membrane systems. Recovery flocculation: Removal of oil, Pulsed jet cleaning. Powder p. 335
of dilute paper coating col- heavy metals and organic handling and recovery in Testing. Fingerprint testing of
our effluents by ultrafiltra- compounds from oil-in- the pharmaceutical industry contaminated ventilation
tion p. 453 water emulsions p. 295 p. 787 extract filter systems at Si-
Membrane systems. Recovery Oil/water separation. Hydrocy- Pusher centrifuges. Improved zewell B p. 495
of glaze in sanitaryware clone for oil-from-water se- design of conical accelera- Testing. Investigation of the
manufacture p. 123 paration p. 291 tors for decanter and pusher effect of a topically applied
Membrane systems. Tubular Oil/water separation. Removal centrifuges p. 735 tackifier in reducing particle
filter with membrane tech- by filtration of dissolved and Screens. Dewatering in waste- bounce in a melt-blown air
nology for filter/thickener dispersed hydrocarbons water treatment p. 719 filter p. 933
p. 119 from produced water p. 39 Scrubbers. Modern flue gas Testing. Recent advances in the
Metals separation. Eliminating Optical measurement. Dilution cleaning system for waste understanding of fibrous fil-
process problems in food- system for aerosol mea- incineration plants p. 383 ter behaviour under solid
stuff manufacture p. 127 surements with optical sin- Scrubbers. The continuing evo- particle load p. 501
Microfiltration. Tubular filter gle particle counters at very lution and development of Test methods. New develop-
with membrane technology high concentrations p. 393 the dry scrubbing process ments in air filter test meth-
for filter/thickener p. 119 Particle counters. Dilution sys- for the treatment of incin- ods and classification p. 155
Mineral processing. Electroki- tem for aerosol measure- erator flue gases p. 375 Thermoplastics. The evolution
netically enhanced vacuum ments with optical single Sedimentation. Evaluation of of extruded thermoplastic
dewatering of mineral slur- particle counters at very filtration tests with gradual netting at Nalle Plastics Inc
ries p. 929 high concentrations p. 393 pressure increase and se- p. 869
Mineral processing. Comments Particle size analysis. Dilution dimentation p. 335 Tomography. Imaging of filter
on ‘Hydrocyclone with high system for aerosol mea- Simulation. Comparison be- cakes through electrical im-
sharpness of separation’ surements with optical sin- tween ion exchange and pedance tomography p. 491
(November 1994) p. 81 gle particle counters at nanofiltration for softening ULPA filters. New HEPA/ULPA
Mineral processing. Influence very high concentrations of industrial water p. 131 filters for clean-room tech-
of flocculants on the perfor- p. 393 Simulation. Simulation of the nology p. 245
mance of a ceramic capil- Petrochemicals. Comments on build-up of a filter cake Ultrafiltration. Membrane tech-
lary filter p. 75 ‘Hydrocyclone with high p. 417 nologies in water treatment
Mineral processing. Pressure sharpness of separation’ Sintered metal filters. Powder and environmental protec-
filters help to revolutionise (November 1994) p. 81 handling and recovery in tion p. 459
nickel processing p. 893 Pharmaceuticals. Powder the pharmaceutical industry Ultrafiltration. Recovery of di-
P8F&SJ1eei2 ae9 a l 9gpnt7aer/ ar Ftaeitboin Mo onb ile units. Hydrocyclone for handling and recovery in p. 787 lute paper coating colour
effluents by ultrafiltration technologies in water treat- desalination in Saudi Arabia using membranes p. 791
p. 453 ment and environmental p. 801 Yarns. Lenzing Profilen with
Vacuum filters. Fine particle protection p. 459 Water treatment. Quality and extended production capa-
separation: Development Water treatment. Micro-scale cost control in breweries city p. 540
and performance of vacuum
belt filter media p. 875
Vacuum filtration. Electrokineti- X96A6G4N I
cally enhanced vacuum de-
LIST OF 1996 AUTHORS:
watering of mineral slurries
p. 929
Vacuum filtration. Modelling
Allen, R.W.K.: p. 339 Henriquez, V.: p. 69 Patel, S.: p. 495
the vacuum filtration of fine
Blattner, J.: p. 393 Hinkel, M.: p. 825 Pearce, G.: p. 791
coap.l 82 5 Bott, R.: p. 701 Hookway, D.C.: p. 161 Peukert, W.: p. 29
Ventilation filters. Fingerprint Brennan, P.: p. 283 Huitorel, L.: p. 459 Phillips, B.A.: p. 933
testing of contaminated ven- Breton, J.: p. 869 Hunt, T.: p. 465 Pilz, T.: p. 409
tilation extract filter systems Brown, R.C.: p. 741 Jonsson, A.-S.: p. 453 Pink, J.: p. 719
at Sizewell B p. 495 Buttmann, P.: p. 383 Jonsson, C.: p. 453 Pirkonen, P.M.: p. 929
VOC emissions. Effective re- Canepa, P.: p. 131 Johansson, T.: p. 383 Plumb, K.C.: p. 881
Castelas, B.: p. 459 Johnson, H.: p. 787 Powell, S.: p. 197
moval of VOC emissions at
Combest, J.F.: p. 713 Jones, H.: p. 123 Qian Luo: p. 81
food processing plant p. 129
Condie, D.J.: p. 825 Kjaerheim, G.: p. 295 Ramponi, S.: p. 795
Vortex finders. Comments on
Cueille, G.: p. 459 Klein, W.: p. 541 Rovero, G.: p. 251
‘Hydrocyclone with high Curtis, D.: p. 291 Langeloh, T.: p. 701 Rubach, S.: p. 295
sharpness of separation’ Davis, W.T.: p. 933 Legorreta, C.: p. 801 Saur, |.F.: p. 295
(November 1994) p. 81 Dever, M.: p. 933 Leung, W.W.-F.: p. 735, 819 Schmidt, E.: p. 409
Wastewater treatment. Dewa- Ekberg, B.: p. 75 Liang-Yin Chu: p. 81 Schroth, T.: p. 245
tering in wastewater treat- Elia, A.M.: p. 251 Lozano, A.: p. 69 Shapiro, A.H.: p. 735, 819
Fathi-Najafi, M.: p. 417 Macias Machin, A.: p. 69 Smith, A.: p. 129
ment p. 719
Fears, P.: p. 127 Manttari, M.: p. 75 Svarovsky, L.: p. 81
Wastewater treatment. Electro-
Forde, J.S.: p. 295 Marchi, G.: p. 795 Syversen, U.: p. 295
flocculation: Removal of oil,
Garombo, C.: p. 131 Maurer, C.: p. 875 Szpyrkowicz, L.: p. 131
heavy metals and organic Godfrey, A.: p. 209 Mayer, L.: p. 19 Tarleton, E.S.: p. 491
compounds from oil-in- Gopalakrishnan, S.: p. 929 McConvey, M.: p. 389 Teppler, M.: p. 453
water emulsions p. 295 Gottschalk, J.: p. 383 Meddings, P.: p. 495 Theliander, H.: p. 417
Wastewater treatment. Hydro- Gullett, P.: p. 39 Minett, S.: p. 25 Tomani, P.: p. 453
cyclone for oil-from-water Gustavsson, J.: p. 155 Morris, K.: p. 339 Vaughan, N.P.: p. 741
Hakamies, M.: p. 893 Mujumdar, A.S.: p. 929 Veal, C.J.: p. 825
separation p. 291
Hajek, S.: p. 29 Nystrom, L.: p. 335 Wannstrom, S.: p. 453
Water softening. Comparison
Hancock, D.S.: p. 491 Nystrom, M.: p. 75 Walsh, D.C.: p. 501
between ion exchange and
Hayns, A.B.: p. 39 Oja, M.: p. 335 Weber, M.E.: p. 929
nanofiltration for softening
Heap, B.M.: p. 375 Orrell, P.: p. 205 Wimmer, A.: p. 540
of industrial water p. 131 Hemmelmayr, R.: p. 539 Parry, I.: p. 119 Zilio-Grandi, F.: p. 131
Water treatment. Membrane
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