T.O.M. Microfilm Reel 253
(Original Designation BM-39)
Table of Contents
Note from the editors - only selected documents from this microfilm reel have been completely processed and presented below in cleaned and grouped format (Section XVIII items 19 and 20, and Section 22 Item 1 only, identified by HTML link below). The remainder of the reel is not related to the Fischer-Tropsch process, and therefore complete processing cannot be justified at this time.
We are, however, making the entire reel contents available in raw image format, although in a small number of relatively large files (rather than a very large number of small individual images). Anyone interested in pursuing the non-FT related material on this reel may find the document in these larger raw files.
Images 0001-0164 File size ca. 48 Mb
Images 0214-0400 File size ca. 54 Mb
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Images 0801-1000 File size ca. 65 Mb
Images 1001-1041 File size ca. 11 Mb
Index to microfilm of Dr. Pier’s files.
XVIII. Lubrication and lubricants.
Item no.
1. Data for Rumanian lube oil and paraffin production. Frames 1-27
2. Today’s conception of propane process. Frames 28-33
3. “Paraflow”. Frames 34-43
4. Literature survey of ethylene lube oils. Frames 44-47
5. Addition of sulfur to ester lube oils. Frame 48
6. Report on research on propylene lube oils. Frames 49-50
7. Patent situation on propane operations outside of Germany. Frames 51-78
8. Use of additives in auto lube oils. Frames 79-89
9. Calculation basis for hydrogenation aviation motor oil from propane operations. Frames 90-92
10. Making propylene lubricants. Frames 93-96
11. Production of aviation motor oil from Nienhagen oil of Nerag. Frames 97-109
12. Drying oils by high frequency electric current. Frames 110-111
13. Concerning aviation motor oil. Frames 112-113
14. Hydrogenation of petroleum paraffin for lube oil synthesis. Frames 114-134
15. Test of lube oil. Frames 135-136
16. Synthetic steam cylinder oil. Frames 137-139
17. High pressure research on synthetic lubes. Frames 140-145
18. On processing propylene to lube oil. Frames 146-149
21. Propylene lube oil. Frames 198-201
22. Steam cylinder oil by hydrogenation. Frames 202-204
23. Analysis of what constitutes lubricating ability of an oil. Frames 205-213
24. Talk on synthetic steam cylinder roll. Frames 214-215
XIX. Mechanical data.
11. Sizing letdown vessels and bursting-disk-lines. Frames 216-220
XX. Patents.
1. Process for the concentration of oxidizing ores and polar “non-ores” through flotation. Frames 221-224
2. Process for separating hydrocarbon oils into their constituent parts. Frames 229-231
XXI. Physical data and phenomena, etc.
1. Adsorption on solid substances. Frames 232-38
2. Use of electron diffraction in the investigation of gas adsorption. Frames 239-240
3. On the problem of ball lightning. Frames 241-246
4. Calculating the Joule Thompson effect for hydrogen. Frames 247-257
5. Abrasion and lubrication. Frames 258-260
6. On the Nernst heat theorem. Frame 261
7. On the structure of fluids. Frames 262-263
8. Light absorption and constitution of some polycyclic hydrocarbons. Frames 264-270
9. Roentgen investigation of Mo-Al2O3 and active Al2O3 catalysts. Frames 271-273
10. Research on new explosives. Frames 274-275
11. Stability of fluorides in presence of H2S and H2O in view of their catalytic action. Frames 276-278
12. Theory on the formation of higher hydrocarbons from methane in presence of sulfur or sulfur compounds. Frames 279-284
13. The problem of back-firing in large arc rectifiers, and the collateral problems of anode material, dirtying electrodes, and deposition in the after glow process. Frames 285-291
14. Literature survey on arsenic and its compounds. Frames 292-296
15. New knowledge in the field of the aluminum chloride synthesis. Frames 297-300
16. Exhaust temperature and combustion temperature with gasoline of more and less aromatic content. Frame 301
17. Twenty-five years of Nernst thermodynamics. Frames 302-304
18. Molecule models. Frames 305-308
19. Physico-chemical discussions at Gattingen. Frames 309-310
20. Catalyst research through electron diffraction. Frames 311
21. Thermodynamics of pyridine synthesis according to the Nernst approach formula. Frames 312-316
22. Today’s knowledge of super-conductivity at low temperatures. Frames 317-319
23. Crystal chemistry of silicates. Frames 320-329
24. Atomic structure of WS2 and MoS2 lattices. Frames 330-334
25. Chronology of thermodynamics. Frames 335-338
26. A short basis for the electrochemical work of Nernst. Frames 339-343
27. Use of supersonic phenomena in measuring technique in physical chemistry. Frames 344-348
28. Fluorescent colors of several substances in paraffin oil with normal and ultra-violet light. Frame 349
29. Constitution of the hydrogenation products by light absorption (detection of coronene, pyrene). Frames 350-352
30. Fluorescence and phosphorescence. Frame 353
31. Recovery of pyridene. Frames 354-357
32. New researches into lignin chemistry. Frames 358-362
33. Synthesis of acetic acid. Thermodynamic calculations. Frames 363-365
34. Possibility of reducing ice-fog formation in engine exhaust. Frames 366-374
35. Free radicals. Frames 375-388
XXII. Properties of materials.
1. Isomeric paraffins. By Henkels. November 15, 1941. Frames 389-402. 14 pages.
2. Inspection of Politz fuel oil. Frames 403-408
3. Quality of petroleum products. Frame 409
4. Quality of comparison of cracked and hydrogenated gasoline from bituminous coal B middle oil. Frames 410-432
XXIV. Shale oil.
1. Low pressure treatment of concentrate from Estonia shale. Frames 433-443
2. TTH operation on Lurgi carbonization tar from shale. Frames 444-456
3. The Rostin Process. Frames 457-458
4. Autoclave work on Estonian shale. Frames 459-460
5. Research on concentrating Estonian shale. Frames 461-464
6. Data for shale oil hydrogenation. Frame 465
7. Test on Swedish shale oil. Frames 466-469
8. Concerning Estonian oil shale. Frames 470-472
9. Ashfree bitumen from Estonian shale flotation concentrate. Frames 473-474
10. Hydrogenation research on shales and shale concentrates. Frames 475-479
11. Concentrating the organic material in Estonian shale. Frames 480-481
12. Autoclave treatment of Messel mine shale. Frames 482-483
13. Disassembly of the Estonian shale oil industry. Frames 484-496
XXV. Tar hydrogenation, etc.
1. Research report on running coal tar from bituminous coal at high throughputs to make excess heavy oil at 600 atm. in 10 liter converter, 1940. Frames 497-520
2. First evaluation on hydrogenation of primary bitumen. Frames 521-523
3. Running of the vacuum distillate from the cold catch pot heavy oil at 600 atmospheres over fixed catalyst 8376 to produce Diesel oil with a low pour point. Frames 524-528
4. The Blumner pressure carbonization operation. Frames 529-531
5. Research with sulfur as liquid-phase catalyst in one liter converter. Frames 532-537
6. Research report on running Welheim pitch mixture at high rates to make excess heavy oil at 600 atmospheres in 10 liter converter. Frames 538-566
7. Research report on running Brux tar to gasoline and middle oil only at 600 and 250 atm. in 10 liter converters. Frames 567-623
8. Research report on running topped Ruhr coke oven tar to gasoline and middle oil at 600 atm. Frames 624-662
9. Research report on running a mixture of topped coke oven tar to an excess of heavy oil in 10 liter converter. Frames 663-696
10. Research report on running low temperature carbonization tar to heavy oil excess at 600 atm. in 10 liter converter. Frames 697-730
11. Research report on running bituminous coal tar mixture for Politz at 600 atm. to gasoline and middle oil. Frames 731-754
12. Research on some special bituminous materials (acid rosin bitumen and soft asphalt). Frames 755-759
13. Running Middle German brown coal tar at 600 atm. Frames 760-767
14. Talk on Brux tar conversion. Frames 768-769
15. Influence of available hydrogen and volatiles on the low temperature carbonization tar yield and dependence of the hydrogenability on low temperature tar yield, available hydrogen, and volatiles. Frames 770-772
16. Petroleum residue hydrogenation. Frames 773-776
17. Fuel oil from coke oven tar. Frames 777-779
18. Discussion on bituminous coal hydrogenation and low temperature carbonization tar hydrogenation. Frames 780-781
19. Working up petroleum pressure distillate over 7878 and 6434 to 87 grade fuel. Frames 782-794
20. Running Bohlen tar at 250 atm. in 10 liter converter. Frames 795-807
21. Discussion concerning tar stalls feeding Brux tar. Frames 808-812
XXVI. Vapor phase – hydrogenation.
1. Relation between acid and basic constituents of middle oil from bituminous coal hydrogenation in the saturation step over alumina catalyst. Frames 813-817
2. Methyl cyclopentane from benzol or cyclohexane. Frames 818-820
3. Aromatization of middle oil from bituminous coal hydrogenation at 600 atm. Frames 821-824
4. New research (Jan. 1941) on saturation of middle oil from bituminous and brown coals over Mo catalysts in 1 liter converter. Frames 825-847
5. New saturation catalyst tests (Jan. 1942). Frames 848-857
6. Hydrogenation of brown coal middle oil over Ruhrol catalyst. Frames 858-863
7. Hydrogenation of bituminous coal middle oil from Upper Silecian coal in 1 liter converter. One-step conversion at 600 atm. with and without DHD. Frames 864-890
8. Saturation and splitting of various raw materials available at Brux. Frames 891-903
9. Splitting of 8376-B middle oil from semi- technical plan in small scale plant. Frames 904-909
10. Hydrogenation of benzol to cyclohexane. Frames 910-911
11. Shutdown of vapor phase stall. Frames 912-913
12. Research on saturation of bituminous coal middle oil over 7846 W. 250 catalyst. Frames 914-927
13. Research to refine aviation gasoline and other products over Al2O3-W-Ni catalyst. Frames 928-936
14. Investigation run in small plant parallel to semi-technical work in stall 805. Long-time test of 600 atm. splitting of middle oil over fuller’s earth catalyst. Frames 937-950
15. 600 atm. aromatization of liquid phase oil from a Silesian coal compared with Scholven coal over catalyst 7978. Frames 951-957
16. Splitting of D.H.D. residues. Frames 958-984
17. Aromatization of brown coal hydrogenation ore at 540 atm. over fuller’s earth. Frames 985-992
18. Testing of new saturation catalysts. Frames 993-996
19. Effect of sulfurization during single stage 600 atm. splitting of bituminous coal middle oil over fuller’s earth. Frames 997-1001