T.O.M. Microfilm Reel 168

(Original Designation LF-100)

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 II, items 1-21 and Section V items 2-10, identified by HTML links below). The remainder of the reel is not related to the Fischer-Tropsch process, and therefore complete processing cannot be justified at this time.

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Hochdruckversuche Laboratories, Files Or Dr. Peters,

Papers On TTH (Low Temperature Hydrogenation)

Physical Properties Of Pure Hydrocarbons, Papers On Motor Fuels,

Papers On Gases Formed During Coal Hydrogenation Processes,

Papers On Catalytic Theories And Gas Phase Catalysts.

Source of Documents: Griesheim Central I.G. Library

Folder Nos. S-33/I-C-1

S-33/I-B-3

S-33/I-B-2

S-33/I-B-8

S-33/I-B-7

Filmed by: JIOA

Date: January , 1946

I. Hochdruckversuche Laboratories. Papers on TTH (low-temperature hydrogenation): Files of Dr. Peters. Folder No: S33/I-C-1.

1. Working of brown coal tar and fractions there from in DHD-plants. Frames 1-2

2. Working up of navy furl oil. Frames 3-4

3. Gas phase and working of heavy oil over solid-bed catalyst. Frames 5-10

4. Stability of catalysts in the TTH process. Frames 11-12

5. TTH heavy oil from Puertollano shale oil. Frames 13-15

6. Lubricant from vacuum fractions from brown coal extract. Frames 16-18

7. Autoclave experiments aiming at the removal of arsenic compounds from Brux tar products. Frames 19-22

8. Experiments on arsenic in Brux tar. Frames 23

9. Working up of brown coal tar from Central Germany at 600 atm. Frames 24-25

10. Note on the working up of tars from Central Germany and Brux over solid-bed catalyst 8376. Frames 26-28

11. Working of Bohlen tar P 1238 at 250 atm. over catalyst 8376. Frames 29-30

12. Separation of benzene insoluble solids during the pressure heating of Brux tars. Frame 31

13. Splitting of Kulkwitz tar P 1380 at 250 atm. over catalyst 8376. Frames 32-36

14. Working of Lurgi low temperature carbonization tar from Puertollano shale oil by the TTH process. Frames 37-49

15. Experiments aiming at the splitting hydrogenation of Brux tar at 250 atm. over solid-bed catalyst 8376. Frames 50-58

16. Comparative TTH-experiments. Frames 59-62

17. Working of Bruz tar. Frames 63-68

18. Working of pressure distillate from Deuben tar over catalyst 6719 by the TTH process. Frames 69-75

19. Report on the working of Nattavaara peat tar. Frames 76-85

20. Working of Bohlen tar plus a-middle oil for automobile and aviation gasoline. Frames 86-99

21. Experimental report on the working of Nattavaara peat tar. Frames 100-115

22. Dehydrogenating refining of Bohlen middle oil with catalyst 7360 at 50 atm. Frames 116-125

23. Working of Scotch shale oil (P 475) in the Sumpf phase over solid-bed catalyst with subsequent high pressure splitting. Frames 126-129

24. Working of Romanian Pacura by splitting over catalyst 8376 at 250 and 600 atm. Frames 130-135

25. Working of crude oil pressure distillate over solid-bed catalyst (7878) and 6434 for motor fuel of O.N. 87. Frames 136-148

26. Working of crude petroleum oils, petroleum heavy oil and petroleum pressure distillation over solid-bed catalyst. Frames 149-162

27. Hydrogenation experiments with Pechelbronn oil. Frames 163-166

28. Low temperature hydrogenation of petroleum oils. Frames 167-169

29. Working of Rhenania-Ossag petroleum vacuum distillate for aviation and automobile gasoline. Frames 170-179

30. Working of Sumpf phase middle oil from the cracking residue of Laguinillas crude oil (P1307) for automobile and aviation gasoline over 6719/6434. Frames 180-187

31. Working of Wietzer petroleum over 5058/6434 or 7019/6434, resp. Frames 188-196

II. Hochdruckversuche Laboratories. Physical properties of pure hydrocarbons. Files of Dr. Peters. Folder No: S33/I0B-3.

1. Knocking behavior and pour point of individual hydrocarbons in the Diesel motor fuels. German translation of 1941 Russian article. Frames 197-207. 12 pages.

2. Extract from: Octane number relations of aliphatic, alicyclic, mono-nuclear aromatic hydrocarbons, alcohols, ethers and ketones. February 24, 1943. Frames 208-227. 21 pages.

3. Physical data of some hydrocarbons. July 1, 1940. Frame 228. 3 pages.

4. The most important data and method of preparation of some isoparaffins, with particular regard to their use as motor fuels. By Henkels. March 16, 1944. Frames 229-237. 12 pages.

5. Vapor pressures of some hydrocarbons as a function of temperature. Frames 238-244. 17 pages.

6. Overloading capacity of various aromatics. By Dehn. June 10, 1941. Frame 245. 2 pages.

7. The dependence of the mixed octane number from the starting gasoline. By Schneider. February 1, 1941. Frames 246-249. 5 pages.

8. The dependence of naphthenes on temperatures. January 6, 1941. Frame 250. 2 pages.

9. Knocking properties of mixtures. By Henkels. December 7, 1941. Frame 251. 2 pages.

10. Octane numbers of aromatics. December 5, 1940. Frames 252-261. 11 pages.

11. Octane numbers of naphthenes. By Henkels. December 5, 1940. Frames 262-274. 14 pages.

12. Octane numbers of paraffins. December 3, 1940. Frames 275-285. 12 pages.

13. Compounds contained in the light fractions of bituminous coal tar. By Henkels. June 28, 1940. Frames 286-304. 20 pages.

14. Compounds contained in the gasoline fractions of petroleum. By Henkels. June 28, 1940. Frames 305-313. 10 pages.

15. Engine behavior of aromatics. By Dehn. June 17, 1940. Frames 314-321. 9 pages.

16. Influence of the low-boiling fractions (below 100°C) on the knocking value of the residual gasolines. By Hirschberger. March 30, 1940. Frames 322-323. 3 pages.

17. 2,2,3-trimethylbutane and differently branched hydrocarbons by hydrogenation of trialkyl-acetic acids. By Bueren. February 15, 1944/5 (?). Frames 324-326. 4 pages.

18. Preparation of isoparaffins, particularly iso-octanes. By Peters. October 22, 1942. Frames 327-329. 4 pages.

19. Experiments aiming at the preparation of triptane and some other isoparaffins. By Bueren. October 30, 1940. Frames 330-338. 10 pages.

20. Compounds rarely occurring in bituminous coal tar. March 13, 1940. Frames 339-350. 13 pages.

21. Some condensation reactions taking place in the hydrogenation processes both under pressure and at atmospheric pressure. By Boente. July 7, 1943. Frames 351-352. 3 pages.

III. Hochdruckversuche Laboratories. Papers on Motor Fuels. Files of Dr. Peters. Folder No. S33/I-B-2.

1. Some suggestions for aviation engines design by the fuel manufacture. Frames 353-365

2. Suggestions for the composition of synthetic motor fuel mixtures as standard fuel for engine over-loading tests. Frames 366-373

3. Investigations into the composition of gasolines. Frames 374-390

4. Knock limit curves in alcohol gasoline mixtures. Frames 391-395

5. Evaluation of the CVL method for testing overloads by means of variable and constant ignition. Frames 396-400

6. Concerning the question of utilization of overload curves: The margin of error in the determination of overloading curves. Frames 401-405

7. Calculation of the compression and combustion temperatures of benzene-and isooctane air mixtures, as dependent on the excess air. Frames 406-416

8. Theoretical evaluation of overload curves. Frames 417-428

IV. Hochdruckversuche Laboratories. Papers on gases formed during coal hydrogenation processes. Files of Dr. Peters. Folder No: S33/I-B-8.

1. Gasification during coal hydrogenation. Frames 429-432

2. Hydrogenation flue gases. Frames 433-435

3. Gas hydrates. Frames 436-446

4. Composition of gases in benzination and aromatization. Frames 447-459

5. Total butane and isobutane content of the gaseous products as dependent on the different conditions under which catalytic pressure hydrogenation is carried out. Frames 460-467

6. Distribution of hydrocarbon gasification in the Sumpf and gas phase. Frames 468-470

7. Conference of the Hydrocarbons Commission at Ludwigshafen 16.-18.3.1942. Frames 471-475

8. Tungsten sulfide as isomerization catalyst for butane. Frame 476

9. Accumulation of hy-gas in the hydrogenation of Ruhr coal to gasoline or fuel oil plus gasoline. Frames 477-480

10. Isomerization of n-butane and n-pentane. Frames 481-489

11. Dehydrogenation of n-butane at atmospheric pressure with gas circulation. Frames 490-495

12. Atmospheric n-butane hydrogenation with Oppau catalyst. Frames 496-500

13. Absorption and Desorption. Frames 501-522

V. Hochdruckversuche Laboratories. Papers on catalytic theories and gas phase catalysts. Files of Dr. Peters. Folder No: S-33/I-B-7.

1. Molybdenum as accelerator. Frames 523-524

2. Hydrogenation, dehydrogenation, splitting over Ni, Pt, Pd, Fe, Co, Cu. No date or author given. Frames 525-530. 7 pages.

3. Tungsten oxides. By Wittman. June 26, 1943. Frames 531-536. 7 pages.

4. Mechanism of the activation of catalytic surfaces. By Henkels. May 24, 1943. Frames 537-538. 3 pages.

5. Theory of the catalytic surface. German translation of English paper by Taylor. By Henkels. May 25, 1943. Original paper on heterogeneous catalysis by Muffling. May 21, 1943. Frames 539-547. 10 pages total.

6. Catalytic substances, which – apart from the catalyst proper – also contain either activators of stabilizers or both. By Henkels and Rank. May 19, 1940. Frames 548-550. 4 pages.

7. Drying of CV2b with silica gel. By von Fruner. January 21, 1941. Frames 551-552. 3 pages.

8. Survey of the literature on the oxidation of hydrocarbons in the presence of catalysts. By Henkels. November 27, 1940. Frames 553-561. 10 pages.

9. Study of suitable catalysts for use in the conversion of hydrocarbons. By Free. November 22, 1940. Frames 562-564. 4 pages.

10. Catalysts, particularly cracking catalysts. By Schneider. November 22, 1940. Frames 565-566. 3 pages.

11. Atomic structure of tungsten and molybdenum sulfide. Frames 567-571

12. Electron interferometric investigation on alumina-catalysts. Frames 572-574

13. New results concerning the lattice disturbances of active tungsten sulfide. Frames 575-579

End of reel 168.