T.O.M. Microfilm Reel 205
(Original designation LF – 135)
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 (Group V, part I in its entirety and part II, items 2 and 3 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 0001-0200 File size ca. 72 Mb
Images 0201-0400 File size ca. 71 Mb
Images 0401-0600 File size ca. 62 Mb
Images 0601-0800 File size ca. 57 Mb
Images 0801-1000 File size ca. 62 Mb
Images 1001-1189 File size ca. 61 Mb
Group I - Documents of I.G. Farbenindustrie A. G. dealing with briquetting, low temperature carbonization, production of solid coke and fuel oil and a combined hydrogenation-low-temperature-carbonization process.
Group II- Reports of the meetings of research workers of the I. G. Farbenindustrie A. G. On oil. “Oelbesprechungen” – 1936 – 1943.
Group III- Hochdruckversuche Laboratories. Miscellaneous reports on carbonization and hydrogenation. Bahr reports.
Group IV- Hochdruckversuche Laboratories. Miscellaneous reports on gas phase catalysts.
Group V- Hochdruckversuche Laboratories. Miscellaneous papers on lubricants.
Group VI- Viscous-phase process for ash removal from coal.
Group VII- Report on the state of research on removing ash from coal by the Hoechst kneading process.
Source of Documents: Griesheim Central I. G. Library
Folder Nos: s 29/VI-C-7 s 27/IX-C-7 s 3/III-E-6
s 29/VI-A-3 s 31/IX-A-11
s 29/VI-C-8 s 3/III-E-8
Filmed by: Industry Branch, FIAT.
Date: 5 March 1946.
Group I - Briquetting, low temperature carbonization, production of solid coke and fuel oil, and combined hydrogenation-low temperature-carbonization process.
Item
1. Production of phenols from oils. Frames 1-19
2. Production of briquetting agents from slightly hydrogenated coal or by working up of hydrogenation residues with particular regard to the combination of hydrogenation and low temperature carbonization. Frames 20-74
3. “Hykoks” process. Technical briquetting and low temperature carbonization experiments with Upper Silesian coal, hydrogenation residues and dehydrated coal. Frames 75-97
4. “Hykoks” process. Technical experiments aiming at the production of low temperature carbonization tar and low temperature carbonization coke (“Hykokes”) from coals with an insufficient baking capacity in combination with hydrogenation products (hydrogenation residues and slightly hydrogenated coal) by means of briquetting and low temperature carbonization of the briquettes. Gasification of low temperature carbonization coke. Frames 98-132
5. Production of solid coke by means of low temperature carbonization of briquettes from badly baking coals with addition of hydrogenation pitch or hydrogenation residues. Frames 133-163
6. Production of solid coke and fuel oil by means of low temperature carbonization of briquettes from badly coking coals with addition of slightly hydrogenated coal or hydrogenation residues. Frames 164-194
7. Production of solid coke by means of low temperature carbonization of briquettes from badly baking coals with addition of hydrogenation pitch or hydrogenation residues. Frames 195-225
8. Production of solid coke and fuel oil by means of low temperature carbonization of briquettes from badly baking coals with addition of slightly hydrogenated coal or hydrogenation residues. Frames 226-255
9. Low temperature carbonization of briquettes from mixtures of hydrogenation products (or bitumen) and bituminous coals, producing solid coke. Frames 256-325
10. Combined short hydrogenation-low-temperature-carbonization process. Large-scale experiment aiming at the briquetting of lignite-hydrogenation-residue mixtures, subsequent low temperature carbonization of these briquettes and gasification of the low temperature carbonization coke formed. Frames 326-351
11. Possibilities for the accelerated execution of the Oil Plan by means of the combined short hydrogenation-low-temperature-carbonization and gasification process. Frames 352-365
12. Combined hydrogenation-low-temperature-carbonization process. Short hydrogenation experiments in stall 3 at Leuna. Frames 366-394
13. Low temperature carbonization experiments with Hy-sludge mixed with coal. Frames 395-428
14. Investigations aiming at increasing the tar yields by means of a combined hydrogenation-low-temperature-carbonization process. Frames 429-472
Group II – Reports on Oil Conferences.
1. Report on the first internal discussion of Section I in Berlin, 20 January 1943. Frames 473-489
2. Report on the Petroleum conference in Leuna, 22 Dec. 1937. Frames 490-538
3. Report on the 2. Petroleum conference in Berlin, 17 Dec. 1936. Frames 539-589
4. Report on the first Petroleum conference in Ludwigshafen on the 20 Feb. 1936. Frames 590-611
Group III - Bahr Reports. Miscellaneous reports on carbonization and hydrogenation.
1. Calculations of the various carbonization experiments. Frames 612-633
2. Combined short-hydrogenation carbonization process. Frames 634-659
3. Production of shale briquettes from mixtures of coal with the addition of hydrogenation residues and sulfite liquor. Frames 660-678
4. The use of pour-point depressants in fuel oils. Frames 679-683
5. Experiences at Leuna with sludge filtration. Frames 684-688
6. Production of lubricants from hydrogenation products by cracking at elevated temperatures and pressures and polymerization of cracking products. Frames 688-718
7. Preparation of propylene and butylene from propane and butane resp. by the chlordehydrogenation process (Chlordehyd). Frames 719-725
Group IV – Miscellaneous Reports on Gas Phase Catalysts.
1. WS2 in atmospheric-pressure cracking. Frames 726-727
2. WS2 in atmospheric-pressure cracking (summary). Frames 728-729
3. Further development of pure WS2 to Ni activated and diluted catalysts. Frames 730-732
4. The influence of temperature on the results of pre-hydrogenation with concentrated and diluted catalysts. Frames 733-734
5. Production of 6434. Frames 735-736
6. Absorption of hydrogen on tungsten sulfide. Frame 737
7. Hydrogenation – splitting of paraffins over tungsten sulfide: experiments in autoclaves. Frames 738-754
8. Splitting activity of various catalysts. Frame 755
9. Development of catalysts. Frames 756-758
10. Frankfurt lecture: WS2 in atmospheric-pressure cracking. Frames 759-767
11. Splitting and isomerization of iso-octane and normal octane over cat. 5058. Frame 768
12. Reactions without change of the C-skeleton. Frame 769
13. Hydrogenation, dehydrogenation and splitting of coronea over WS2 (B. bomb experiment). Frames 770-774
14. Re problem: highly condensed aromatics, asphalts and catalysts (appendix: N2 containing compounds and catalysts). Frames 775-777
15. WS2 as a catalyst for the prehydrogenation of poly-nuclear aromatics. Frame 778
16. Comparing oxides and sulfides (experiments 1935). Frame 779
17. Note on splitting normal-heptane and iso-octane over 5058 at 250 atm. Frame 780
18. Experiments on regulating the aromatics naphthene equilibrium over tungsten sulfide catalyst 5058. Frames 781-786
19. Splitting of gas oil P 1203 over various catalysts. Frame 787
20. Benzination over 5058 at various temperatures. Frames 788-791
21. 100 atm. experiment with catalyst 5058, on gasoil up to 23 MV. Frames 792-799
22. Comparing the performances of 5058 at various stages of density of the catalyst. Frames 800-801
23. The influence of “grain” – or “Pill” size on the splitting activity of 5058. Frames 802-804
24. The influence of the grain size of WS2 catalysts in benzination. Frames 805-807
25. The effect of the grain size of a catalyst on the benzination. Frames 808-810
26. Tungsten sulfide as isomerization catalyst for butane. Frame 811
27. Catalytic isomerization of aliphatic hydrocarbons. Frame 812
28. Methylcyclopentane from benzene or cyclohexane, resp. Frames 813-816
29. Experiments on hydrogenation of crude naphthalene with 5050. Frame 817
30. Hydrogenation of benzene over 5058. Frame 818
31. Reduction of m-cresol over WS2. Frame 819
32. Re lecture Frankfurt on WS2 catalyst. Frames 820-821
33. Instruction for the reduction of catalysts in small scale apparatus. Frame 822
34. On adsorption of methylene blue on various catalysts or catalyst carriers. Frame 823
35. Some experiments on adsorption and catalysts with K5058. Frames 824-848
36. On adsorption of gases on catalyst carrier materials and on a hydrogenation catalyst. Frame 849
37. Examination of FeS-WS2 catalysts by electron refraction. Frame 860
38. Examination of WS2 catalysts by electron refraction. Frames 861-862
39. Use of molybdenum- and tungsten sulfide catalysts for pressure hydrogenation. Frames 863-871
40. Sulfide gas phase-catalysts, particularly tungsten sulfide, in technical coal-hydrogenation. Frames 872-880
41. Note on the displacement of the hydrogenation-equilibrium of coronene or pyrene by varying hydrogen pressure. Frames 881-894
Group V – Miscellaneous Papers on Lubricants.
Part I. Lubricating Oil.
2. Lubricating oils. By Donath and Schiffmann. October 16, 1942. Frames 908-911. 4 pages.
4. Oxidation. By Peters, et al. December 10, 1942. Frames 922-927. 6 pages.
6. Physical theories on the lubrication process. 1943. Frame 930. 1 page.
7. Polymerization of chemically pure unsaturated hydrocarbons to products possessing characteristics of lubricating oils. By Bueren. June 12, 1943. Article from Brennstoff-Chemie, 23, 1942, p. 235. Frames 931-932. 2 pages.
8. Synthetic lubricating oils from pure hydrocarbons. 1943. Frames 933-934. 2 pages.
9. Relations between structure of pure hydrocarbons and their lubricating qualities. By Keller. June 1943. Frames 935-938. 4 pages.
11. Lubricating oils prepared by molecular linkage of paraffin. By Bueren. June 1943. Frames 943-944. 2 pages.
12. Concepts and definition in the theory of lubrication. By Holscher. June 16, 1943. Frames 945-947. 3 pages.
14. High pressure lubricants. By Henkels. 1943. Frames 956-957. 2 pages.
Part II (Group V)
1. Production of ethylene from Saar gas ethane by thermal cracking and separation of ethylene by copper lye (Haeuber’s method). Frames 958-970
Part III (Group V)
1. Introduction of sulfur into ester lubricating oils. Frame 981
Group VI - Viscous-phase Process for Ash Removal from Coal. Frames 982-1000
Group VII - Report on the State of Research on Removing Ash from Coal by the Hoechst Kneading Process. Frames 1001-1020