Table of Contents

AIR SEPARATION

 

 

 

 

 

TOM
Reel

Bag

Item

Frame

ACCEPTANCE and efficiency tests of oxygen apparatus

117

 

 

 50 ‘55-50 ‘65

     “         test

117

 

 

40 ‘95-40 ‘97

     “         test of Linde-Frankl unit III in Leuna

117

 

 

10 ‘21-10 ‘26

ACETYLENE adsorbers in air separation unit, testing of

 229

 

 

10 ‘62-10 ‘69

     “         content in Linde oxygen at Scholven

7

2746

7

10 ‘64-10 ‘66

     “         content of Linde installation in Huls works

7

2746

5

0 ‘34

     “         cut off oxygen plant, scale drawing

181

 

 

6900

     “         detection and prevention of acetylene explosions, five reports from Linde Ice Machine Company

 229

 

 

 0 ‘77-0 ‘111

 

 

 

 

10 ‘1-10 ‘78

     “         enrichment in main condenser

229

 

 

10 ‘59-10 ‘61

ACIERIES d’Angleur Athus, Tillier near Liθge, reported by H. J. Phelps

 198

 

 

60 ‘65-60 ‘66

ADSORBERS, silica gel, use of, or protection of air separating units

229

 

 

10 ‘70-10 ‘78

AIR liquefaction and oxygen production, hand written notes on

 

192

 

 

 

22184-22189

     “         separation, five reports from Linde Ice Machine Company on detection of acetylene and prevention of acetylene explosions

 229

 

 

 0 ‘77-0 ‘111

 

 

 

 

10 ‘1-10 ‘78

     “         , separation of, into liquids

16

 

 

3041-3049

     “         separation plant, assembly drawings for

235

 

 

539-580

     “         separation plant, causes of explosions in, and protective measures against them, by E. Karwat

229

 

 

0 ‘89-0 ‘100

     “         separation unit, Linde, with acetylene settling

235

 

 

277-296

     “         supply for testing for acetylene and hydrocarbons

117

 

 

50 ‘42-50 ‘44

     “         supply, low pressure, for oxygen plant

117

 

 

0 ‘5-0 ‘9

AMMONIA cooler in Linde Frankl, arrangement of

117

 

 

10 ‘64-10 ‘70

     “         lines for three stage low temperature refrigeration, 32/2488a

195

 

 

30925

ARGON, influence of, on rectification of liquid air

118

 

 

30 ‘37-30 ‘93

 

 

 

 

40 ‘1-40 ‘76

AUXILIARY Linde-Frankl equipment in Heydebreck, discussion of

117

 

 

 0 ‘58-0 ‘64

BASE plan, Linde oxygen plant, engineering drawing

235

 

 

196-197

CARBON dioxide by low temperature cooling, elimination of

44

 

 

1143-1146

                                Translation T-412

274

 

 

1141-1143

     “         dioxide by refrigeration, removal of

44

 

 

1140-1142

                                Translation T-411

274

 

 

1139-1140

CAUSTIC tower, Linde, engineering drawing

235

 

 

341-342

     “         towers, two, engineering drawings, Linde

235

 

 

374-375

COLD absorbing unit in Linde oxygen plant

117

 

 

40 ‘89-40 ‘93

COLUMN, details of

117

 

 

50 ‘33

COMPRESSOR, assembly of 450 mm, at oxygen plant at Boehlen, A 7358

195

 

 

31247

CONSTRUCTION details, correspondence on Linde-Frδnkl

117

 

 

0 ‘37-0 ‘41

CONTROL mechanism, engineering drawing, Linde

235

 

 

459

COUNTERCURRENT branch, engineering drawing, Linde

235

 

 

378-379

CROSS countercurrent, cold branch, engineering drawing, Linde

235

 

 

380-382

     “         countercurrent, engineering drawing, Linde

235

 

 

343-344

CYCLE reversals, schematic drawing of

117

 

 

50 ‘49