british intelligence objectives subcommittee reports on german chemical industry 1945

BIOS No Title pp Date

148

4

Sept. 1945

~80 Oct. 1945

Emulsifying Agents56

Sept. 1945

Tylose HBR, Cellapret, and Relatin 37 Sept. 1945

Textile Finishing Treatments 110

~450

Oct. 1945

Manufacture of Stearyl Amine 12 Sept. 1945

~120

Oct. 1945

23 Feb. 1947

19

Dec. 1946

~140

12

Misc. report no. 2

An Investigation Of the German Leather Industry.

Misc. report no. 4

Testing of dyestuffs, Textile Finishes and Other Chemicals for Toxicological Effects by I. G. Farbenindustrie AG.

Misc. report no. 11

Synthetic Detergents and Washing Agents

Misc. report no. 12

Misc. report no. 13

Misc. report no. 18

Misc. report no. 20

the Development of New Dyes and Colour Application Processes in Germany and Italy During World War II.

Misc. report no. 22

Misc. report no. 55

Infra- red Reflectance of Coloured Textiles and other materials (Part 1) - and - Dyes, Intermediates and Pharmaceutical Processes (Part II)

Misc. report no. 85

Dutch Report on German Plastics Industry

Misc. report no. 91

Dutch report on Albert Werke, Wiesbaden- Biebrich and Alexander Wacker, Burghausen. The manufacture of some synthetic Resins.

Misc. report no. 104

Dutch Report on visit to I. G. Farben, Ludwigshaven and Oppau and Raschig Werke Mundesheim. Miscellaneous Organic Chemicals and Instrumentation.

Misc. report no. 109

Dutch Report on Chemsche Werke Albert, Biebrich near Wiesbaden. Manufacture of synthetic resins.

3?

2?

9 ?

10 ?

Feldmuhle Papierfabrik Hillegossen 2 ?

4 ?

Papier Fabrik-Kabel Hagen 2 ?

14 June 1945

Paper Binder Twine. 7 ?

Oils and Fats Industry

51

Aug. 1945

281 Aug. 1945

German Oil Seal Manufacturers 13 Sept. 1945

10

2 Oct. 1945

32June 4th 1946

17 ?

Final Report no.45

J. M. Voith, Maschinen Fabriken (Pulp and Paper Machinery Dept.) Heidenheim

Final Report no.50

Weissenstein Papierfabrik A.G.Pforzheim-Dillweissenstein,Wurtemberg

Final Report no.51

Zellstofffabrik Waldhof, Kelheim Mill, Kelheim, Bavaria

Final Report no.52

Zellstofffabrik Waldhof, Mannheim Mill, Mannheim, Waldhof

Final Report no.53

Final Report no.54

Institute Fur Cellulose Chemie Darmstadt

Final Report no.55

Final Report no.58

Pulping of Beechwood with Nitric Acid at Wolfen near Leipzig

Final Report no.59

Final Report No.86

Final Report No. 116

Pharmaceuticals: Research and manufacture at I.G.Farbenindustrie.



Continental Gummiwerke - `Excelsior` Factory, Limmer, Hanover


Intreview with Prof. Dr. Rudolph Hase, Bismark Strasse, Gehden

Final Report No.240

Synthetic Taning Agents and Leather Auxiliary Products of the I.G. Farbenindustrie


German Chemical Plant With Particular Reference to Centrifuges.

17 Oct. 1945

34

?

32 Jan. 1946

German Papermaking Industry 75? Nov.-Dec. 1945

212Jun - Aug. 45

10 May 21st 1946

16Feb. 1946

6Mar. 1946

8 Nov. 1945

Manufacture of Hydrazine Hydrate.6

Nov. 1945

5Oct. 1945

18Oct. 1945

German Organic Chemical Industry 5 Apr. 1946

10Oct. 1945

German Medical Targets

323

Oct. 1945


Textile Auxiliary Products Of I.G. Farbenindustrie, Leverkusen

Final Report No.260

I.G. Farbenindustrie - Ludwigshafen, Manufacture of Sulphuric Acid, Sulphite Products, Liquid Sulphur Dioxide and Cyanides

Final Report No.266

New Technical Applications of Acetylene

Final Report No.312


Metallgesellschaft A.G. and the Lurgi Group of Chemical Engineering Companies


Werner & Pfleiderer - German Chemical Plant Manufacture

Final Report No.355

Recent Advances in the Chemistry of Carbon Monoxide


Characterisation of Butadiene Catalysts by X-ray and Chemical Analysis.


Notes on manufacture of Ethylene Oxide. By I.G. Farben.



Textile Auxiliary Products of Chemesche Fabrik Pfersee G.m.b.H., Augsberg


I.G. Ludwigshafen. Sodium Hydrosulphate and related compounds.



Ozalid Light-Sensitive Materials , Kalle & Co., Wiesbaden- Biebrich (I.G. Farbenindustrie A.G.)


67

?

141

Mar. 1946

141Mar. 1946

21 ?

1?

10?

7Sept. 1945

I.G.Farbenindustrie, Mainkur 5 Sept. 1945

55

1945

7

1945/46

6

July 5th 1946


Photosurfaces - A report on German developments of photocells, electron multipliers, television pick-up tubes.


Investigation of synthetic resins used in the German surface coating industry


(Cont.)

Investigation of synthetic resins used in the German surface coating industry


manufacture of Vulcanisation Accelorators and Antioxidents.

Final Report No.662

Manufacture of Phenylbetanaphthylamine at I.G.Farbenindustrie, Ludwigshafen.


I.G. Farbenindustrie, Leverkusen. Salicylic Acid, Sodium Salicylate, Synthetic Phenol.


I.G.Farbenindustrie, Uerdingen. Manufacture of Phthalic Anhydride Benzoic Acid, etc.



Prevention of atmospheric pollution by noxious gases, fumes or dusts.


The Microanalytical Methods Employed in the Analytical Laboratories of I.G.Farben, Elberfeld-Wuppertal, Germany


Interview with Professor Otto Bayer, - formerly member of the Directorate and head of the Scientific Laboratories of the I.G.Farbenindustir, Leverkusen.

28

1945/46

61945/46

151945/46

7Sept. 1945

15

1945?

13 1946

111

Jan.-Feb. 1946

Identification of Dyestuffs in I.G. 15 1945/46

18 Nov. 1945

181945/46

3?

I.G. Leverkusen. Azobenzene. 5 ?

15?

14Mar/Apr.1946


Chemical Laboratory Instrumentation in Germany.


C.F. Boehringer und Soehne Mannheim-Waldhof Commercial Organic Solvent Production


Manufacture of Vinyl Acetate Polymers and Derivatives at I.G. Hoechst.


Manufacture of Monomeric Vinyl Acetate at I.G.Hoechst


Manufacture of Fatty Acids by Oxidation of Paraffins, Hydrogenation of the Fatty Acids at I.G.Ludwigshafen - Oppau


Manufacture of Phthalic Anhydride and Phthalates at I.G.Ludwigshafen


The Manufacture and Practical Application of German Synthetic Tanning Materials and Related Substances.



Manufacture of Diazo Chemicals, Kalle & Co., Wiesbaden/Biebrich


Interrogation of Dr. Gross, Prof. Flury and Dr. Wirth on Industrial Hygiene and Toxicology


Manufacture of Hydrazine Hydrate, I.G. Farben A. G., Leverkusen, Germany.



Manufacture of Salt Cake, Sodium Sulphide and Sulphigran by I.G. at Leverkusen.


Production of Liquid Sulphur Dioxide at I.G.Farben Fabrik, Wolfen.

24

Jan. 1946

165

Feb. 1946

German roads and soil stabilisation. 70 Aug. 1945

16

Jan. 1946

102

Oct.-Dec. 45

90

Oct.-Nov. 45

177Oct.-Dec.1945

149

Oct. Dec.1945

292

?


Spray Drying, Fatty Acid Distillation, Sodium Perborate at Henkel & Cie., Dusseldorf, Germany.


Impregnants used in German Paper Capacitors.



I.G. Farbenindustrie, Leverkusen. Manufacture of Synthetic Phenol, Resorcinol, Pure Anthracene and Pure Carbazole.


I.G. Farbenindustrie. Manufacture of Triphenylmethane Dyestuffs and Intermediates at Ludwigshafen & Hoechst.


German Dyestuffs and Dyestuffs Intermediates. Anthrasols, Heliogens, Sirius Light blue Dyestuffs.


German Dyestuffs and Dyestuffs Intermediates Azo and Lake Dyestuffs.


I.G.Farbenindustrie A.G.Manufacture of Thioindigoid and Sulphur Dyestuffs at Hoechst and Mainkur.


I.G.Farbenindustrie A.G.Manufacture of Intermediates for Dyestuffs at Griesheim, Hoechst, Ludwigshafen, Mainkur and Offenbach. PART 1.

482

?

193?

45

?

188

April-June `46

37May-June `46

4?

68?

228

Aug. 1946

As Above

27

Sept. 1946


I.G.Farbenindustrie A.G.Manufacture of Intermediates for Dyestuffs at Griesheim, Hoechst, Ludwigshafen, Mainkur and Offenbach. PART 2.


German Dyestuffs and Intermediates Industry, Vat Dyestuffs and Intermediates.


German Dyestuffs and Dyestuffs Intermediates Azoic Products, including Napthols, Fast Salts, Nitrosamines, and Rapid Fast Salts Rapidogens.


Instrumentation and Control in the German Chemical Industry


Silicon Tetrachloride and related products, Silicones, Silicic Acid Esters, Finely Divided Silica. (K3).


Final Report on the investigation of the use of Industrial Glassware for Chemical Plants in Germany.

Final Report

No. 1122

Avoidance of Toxic Hazards in some German Chemical Factories.

Final Report No.1141

German ChemicalIndustry with Special Reference to the Design of Plant for Dyestuffs and Intermediates.



The Manufacture of a-Nitronaphthalene, a-Naphthylamine and a-Naphthol at I.G.Farben Industrie, Leverkusen.

33

Sept. 1946

45

Sept. 1946

64

Oct.1946

24

Sept. 1946

19Sept. 1946

153

Sept. 1946

28

Oct. 1946

23 Sept. 1946

134Sept. 1946


I.G.Farbenindustrie. 1.The manufacture of nitration products of Bezene, Toluene and Chlorobezene at Griesheim and Leverkusen. 2.The Manufacture of Aniline and Iron Oxide Pigments at Uerdingen.


I.G.Farbenindustrie. The Manufacture of the Chlorotoluenes and of the Derived Chloronitrotoluenes, Chlorobenzaldehydes, Chlorobenzoic Acids, Etc.


I.G.Farbenindustrie. The separation of Ortho-, Meta-, and Para-xylenes and the manufacture of the derived Nitroxylenes and Xylidines.


p-Nitroaniline and Related Compounds Development of Continuous Amination Processes at I.G.Farbenindustrie Hochst.


Anthraquinone. Manufacture by Air Oxidation of Anthracine at I.G.Farbenindustrie, Ludwigshafen.


I.B.Farbenindustrie. The manufacture of certain fast bases and their intermediates and of intermediates for Napthol - as products, etc.


Vulcanisation Accelerators and Miscellaneous Polymer Auxiliary Products: Manufacture by I.G.Farbenindustrie


Miscellaneous Surface-Active Agents and related Intermediates.


I.G.Farbenindustrie. The manufacture of Miscellaneous Naphthalene Intermediates.

376

Sept. 1946

47

Sept. 1946

58Sept. 1946

28

Sept. 1946

72

?

64?

12 ?

7?

11 May 1946

13 ?

7 ?

82

June 47

Final Report No.1153

I.G.Farbenindustrie. The Manufacture of Miscellaneous Dyestuff Intermediates (excluding Naphthalene Derivatives).


Some Miscellaneous Organic Intermediates and Products: Manufacture (mainly) by I.G.Farbenindustrie.


I.G.Farbenindustrie A.G. The Manufacture of Sulphur Dyestuffs and their Intermediates at Mainkur.


I.G.Farbenindustrie A.G. The Manufacture of Thioindigoid Dyestuffs and their Intermediates at Hoechst and Mainkur.


German Dyestuffs and Intermediates Industry. Dyestuffs and Intermediates at Leverkusen and Uerdingen Factories.


Invstigation of German Water Treatment Industry Equipment and Methods of Treatment.


Investigation of Pentaerythritol Manufacture in Germany.


The Manufacture of p:p` Diaminodicyclohexyl Methane (Dicykan).


Synthetic Phenol, Salicylic Acid and Developmentsin Intermediates.


A Photoelectric Colorimeter (Photoelectric Absorptiometer).


Production of Mersol Products at I.G Farbenfabrik, Wolfen


Control Instruments in the Germn Chemical Industry

50

?

26?

230

?

145

Sept & Oct 46

The Layout of Chemical Factories 169 ?

32

?

37Sept & Oct 46

74

Sept - Nov, 46


A Survey of the German Woollen and Worsted Dyeing and Finishing Trades


Henkel, Dusseldorf Sodium Perborate and Sodium Percarbonate


The German Manufacture of Certain Inorganic Pigments


I.G. Farbenindustrie A.G. The Manufacture of Tripehnylmethane Dyestuffs at Hoechst, Lugwigshafen and Leverkusen



Engineers' Sensitised Material and Alied Products


The Manufacture of Miscellaneous Dyestufs (Indigod, Dioxazine, Auramine, Etc)


I.G. Farbenindustrie A.G Anthraquione Dyestuffs and Intermediates, including Acid Wool Dyestffs, Celliton Dyestuff and Helio Fast Pigments

124

?

77

Sept - Nov, 46

81?

74?

223Sept & Oct 46

35

May - June, 47

13April - May, 47

?

?

23

May - June, 47

65 ?

187 July - Aug, 46


Chemical Laboratory Instrumentation in Germany


I.G Farbenindustrie A.G Manufacture of Vat Dyestuffs at Hoechst, Mainkur, Leverkusen and Ludwigshafen


Aspects of Industrial Medicine and Hygiene in German Chemical Factories


Some Aspects of Safety Organisation in the German Chemical Insutry


The Manufacture of Azo and Lake Dyestuffs at Hoechst, Ludwigshafen and Leverkusen


The Production of Syntehetic Fatty Acids and their Conversion into Soaps and the Properties of the Products


Manufacture of Saccharin and its Intermediates at I.G. Farben Factories


Drying and Filtration in the German Chemical Industry


Progress in Microchemistry in Germany


Solvents and Plasticizers in Germany Solvents Section


German Organic Pigments and Lake Dyestuffs

Some Notes on I.G Detergents 12 ?

21 ?

Synthetic Insecticides 42 Nov - Dec, 47

File No. XI - 12 Production and Use of Aerosols 7 Dec 1944

File No. XIX - 3 Chemical Plants Ludswigshaven 7 March, 1945File No. XIX-5 I.G. Farbenindustrie in Dormagen 13 April, 1945File No. XX-11 9 April , 1945

11 May, 1945

8April 1945

8 May, 1945

14 May, 1945

5 ?

Dynamit A.G Plant at Schulebusch 6 ?

1 May, 1945

8June, 1945

9 May, 1945

8 May 1945

File No. XXVI-2

36

May, 1945

Rohm and Hass, Darmstadt 18 June, 1945

50 July 1945

66May, 1945

10 July, 1945



Investigation Concerning Rubber and Plasfic Lining

Final Report 1808

I.G Farbenindustrie A.G Plant Hochst/Main

File No. XXII - 16

I.G Farbenindustrie A.G Elberfeld & Leverkusen

File No. XXII - 18

Production of Hydrazine Hydrate I.G Farben A.G, Leverkusen, Germany

File No. XXII- 19

I.G Farbeninustrie A.G Leuna Germany

File No. XXII - 20

I.G Farbenindustrie A.G Bunawerk Schkopau, Germany

File No XXIII - 19

Gustave Siegal A.G Feurbach Near Stuttgart

File No. XXIV - 4

File No. XXIV - 16

Pharmaceutical Targets in Southern Germany

File No XXIV - 18

I.G Farbenindustrie A.G - Griesheim Elektron Frankfurt Am Main Germany

File No. XXIV - 21

I.G Farbenindustrie A.G Mainkur Works Fechenhelm, Germany

Files No. XXV - 19

I,G Farbeninustrie Wolfen Farbenfabrick, Wolfen near Halle

Synthetic Emulsifying Agents, Wetting Agents, Detergents and Soap Substitutes I.G Farbenindustrie A.G. Hochst/Main, Germany

File No. XXVI-63

File No. XXVII - 14

Report on I.G. Farbenindustrie at Hoechst A/M

File No. XXVII - 11

Miscellaneous Chemicals I.G Farbenindustrie A.G Hochst am Main, Germany

File No. XXVII-68

Fischer Tropsch Unit Leipzig Gas Works

File No. X-28 German Rescue Breathing Apparatus 4 Nov, 1944

30 ?

File No. XXV-19 9 June, 1945

File No. XXV-54

141

?

8 July, 1945

I.G Farbenindustrie A.G Uerdigen 27 August, 1945

Fischer Tropsch and Allied Processes 24 July, 1945

69June, 1945

95June, 1945

Leuna Works Near Merserberg 11 June, 1945

Wolfen Works - I.G Farben 6 June, 1945

Chemicals Made At Schkopau Works 15 June, 1945

25 ?

23

?

File No. XXX-35 The Carl Bosch Laboratory of Berlin 73 July, 1945

21?

140 ?

File No. XXIII-15

I.G Farbenindustrie A.G Frankfurt/Main

I.G Farbenindustrie Wolfen Farbenfabrik Wolfen Near Halle

Pharmaceuticals at the I.G Farbenindustrie Plant Elberfeld, Germany

File No. XXVII-50

Manufacture of Hydroquinone I.G Farbenindustrie, Wolfen

File No. XXVII-80

File No. XXVII-82

File No. XXVII-84

I.G Farbenindustirie A.G Ludwigshafen and Oppau Wehrmacht Items

File No. XXVII-85

I.G Farbenindustrie A.G Ludwigshafen and Oppau am Rhein Miscellaneous Chemicals

File No. XXVIII-27

File No. XXVIII-28

File No. XXVIII-29

File No. XXVIII-62

Glossary of German Names for Chemical Products

File No. XXIX-35

Tropical Medicines and Other Medical Subjects in Germany

File No. XXXI-44

Heat-Resisting and Corrosion-Resisting Alloy Steels F. Krupp A.G Essen

File No. XXXII-107

I.G Farbenindustrie A.G Works, Leuna

File No. 64

6

Feb, 1946

8Sept, 1945

8?

29

Nov, 1945

19Jan, 1946

8Dec, 1945

13May, 1947

2 Feb, 1946

Salicylic Acid 7 Feb, 1946

94 April, 1947

195April, 1947

273April, 1947

375April, 1947

55

April, 1947

Intstructions of the Preparation of the Dyestuffs Filterblaugruin Spritloslich and Filterblaugrun Wasserloslich

Final Report No. 41

The Character of Some Finishing and After Treatment Agents at I.G. Farbenindustrie Hochst


Acetic Acid Recovery Aceto-Butyric Acid Recovery Propionic Acid Recovery at I.G Farben Dormagen


Interrogation of Dr. Pier and Staff I.G Garbenindustrie, A.G Ludwigshafen/Oppau


Cellulose Ethers, Esters and Mixed Esters Biebrich (Wiesbaden), Elberfield & Dormagen


The Dyeing of Spun Rayon and Rayon Filament Yarn in Mechanical Apparatus in Germany


Catalysts for the Manufacture of Phthalic Anhydride and Aniline I.G Farbenindustrie A.G Ludwigshafen


Magnesium Determinations in Aluminum



Dyestuffs Manufacturing Processes of I.G Farbenindustrie A.G Volume I


Dyestuffs Manufacturing Processes of I.G Farbenindustrie A.G Volume II


Dyestuffs Manufacturing Processes of I.G Farbenindustrie A.G. Volume III


Dyestuffs Manufacturing Processes of I.G Farbenindustrie A.G. Volume IV


Phenol Manufacture in Germany By the Chlorination, Sulfonation and Raschig Proccesses

72

July, 1946

Bichromates Manufacture 55 May, 1946

13 ?

4

July, 1946

4July, 1946

The Production of Mono-Vinylacetate 33 July, 1946

Manufacture of Malmine 10 Sept, 1946

170

May, 1947

11

August, 1946

35

Sept, 1946

35

Sept, 1946

42Oct, 1946

9 Oct, 1946

27

April, 1947

The Dyeing of Glass Fiber Textiles 4 Nov, 1946


The Poreclain Enamel and Ceramic Colour Industry in Germany



Chlorine Dioxide and Sodium Chlorite at I.G Farben, Griesheim


Research Report on Benzyl Chloride Xylylenechloride Triethanolamine, Triethanolamine Fatty Acids Esters and Methylolacetaphenon


Products For The Leather Industry from Ethylenechloride and Xylol and Through the Sulfurization of Xylol




The Manufacture of Sulfonamides and Related Intermediates in the French, British and American Zones of Occupation, Germany


Manufacture of 2 - Ethyl - Anthraquinione at the I.G Farbenindustrie Plant in Ludwigshafen


Effluent Treatment Practises in Some of the Chemical Factories in the French, British and American Zones of Occupation in Germany


The Manufacture of Nicotinamide and Related Intermediates in the French British and American Zones of Occupation in Germany


Organic Chemical Intermediates for Insecticides Fungicides and Rodenticides


Details of Manufacture of Tanigans Extra A, C and F


Methods of Standardization of Vat Dye Suprafix Pastes and Powders "Fine" Manufactured by I.G Farbenindustrie A.G Hochst


4 Nov, 1946

51

March, 1947

84

April, 1947

35 May, 1947

8

Feb, 1947

37June, 1947

117

?

13 June, 1947

The Printing Ink Industry of Germany 17 June, 1947

21 Sept, 1947

9?


Dispersing Agent SS I.G Farbenindustrie A.G Hochst


Miscellaneous Dyestuff Intermediates at I.G Farbenindustrie A.G., Leverkusen


Rubber Vulcanization Accelerators Produced by I.G Farbenindustrie, A.G.,Hochst, Elberfeld, Leverkusen


A Survey of High Pressure Equipment Designs in Germany


The Manufacture of Acetoacetic Acid Ethyl Ester at I.G Farbenindustrie, A.G, Hochst Am Main, Germany


Treatment of Spent Pickling Liquors Containing Sulfuric Acid and Iron Sulfate


Synthetic Detergents & Related Surface Active Agents in Germany


A Nubilosa Spray Drier For the Drying of Polyvinyal Chloride



The Blankophors Optical Bleaching Agents of I.G


Process for the Manufacture of Beta-Oxynaphthoic Acid, Sodium Salt

529

Feb, 1948

405

Feb, 1948

593

Feb, 1948

326

1948


German Dyestuffs and Dyestuff Intermediates, Including Manufactuing Processes, Plant Design and Research Data. Volume I - Dyestuff Intermediate Processes and Analytical Procedures


German Dyestuffs and Dyestuff Intermediates, Including Manufactuing Processes, Plant Design and Research Data. Volume II - Dyestuff Processes and Engineering Data

Fianl Report No. 1313

German Dyestuffs and Dyestuff Intermediates, Including Manufactuing Processes, Plant Design and Research Data. Volume III - Dyestuff Research

Fiat Review of German

Science 1939 - 1946

Analytical Chemistry of Inorganic Substances

Contents

1. Tanning Methods 2. Mechanical Developements 3. Fats used In Tanning 4. Use Of Scrap Materials

1. Objective 2. Summary 3. Recommendations 4. Sources of information 5. General.

1.Object- to detail the manufacture of some synthetic resins through `interrogation` of personnel and visits to the plants.

1. Objective- to investigate development of synthetic detergents. 2.Summary. 3.Recommendations- to further test Leonil FFO and Alipal D. 4.Sources of information- I.G.Farbenindustrie plants visited and personnel interviewed.

1. Objectives 2. Summary 3. Recommendations 4. Sources of Information 5. General Discussion 6. Emulsifying Agents for the Textile Industry 7. Emulsifiers and Lubricants for the Metal Trades 8. Dismulgans - Emulsion Breakers

1. Objectives 2. Summary 3. Recommendations 4. Sources of Information - Plants visited 5. Tylose HBR 6. Cellulose Derivatives Similar to Tylose HBR : Cellapret : Relatin

1. German Chemical Developments in Improving Water Resistance of Textiles 2. Germman Chemical Developments in Crease Resistant Treatments for Textiles 3. German Chemical Developments in Textile Finishes

1. Objectives 2. Summary : New dyes - New developments in colour - Application - General comments 3. Recommendations 4.Sources of information 5 Detailed Report

1. Objective 2. Summary 3. Recommendations 4. Source of information 5. Detailed Report : Process - Details and Materials of Construction - Catalyst Preparation - Catalyst Regeneration - Yields - Patents

1. Object 2. Summary 3. Recommendations 4. Sources of Information 5.Detailed Report : Infra-red absorbtion of sulfar dyes - Immedialsols - Pigment Colours - Wool Dyes

1. Polyvinol Chloride 2. Phenolformaldehyde 3. Vulcanised Fibre 4. Miscellany: Lignofol - Lignin Resins - Tronova

1. Manufacture of Methanol - Acetylene - Ethylene 2. Manufacture of Phenol - Aniline - Phthalic anhydride 3. Inquiries into measuring and regulating apparatus used by the I.G. Farben

Subjects discussed with personnel concern various processes and the main raw materials as well as some details on the composition of some finished products. 1.Phenol resins modified with colophonium(Albertolin) 2.Phenol resins which are not modified with resin. 3.Phthalate-resins. 4.Urea resins etc.

1. Objective - To get data on normal operating conditions in this kind of mill. 2. Spinning Paper. 3. Newsprint

1.Target- J.M.Voith 2.Objective-to obtain information as to which mills were using machinery lately introduced for closer inspection when these mills were visited - Grinders - Burring practice - Screening - Stones - Barker - Consistance Regulator - Beater Continuous.

1.Target. Weissenstein Papierfabrik A.G.Pforzheim-Dillweissenstein manufacturer of Manila papers and board, particularly laminated boards. 2.Objective- To obtain information of the German practice of manufacturing laminated boards. 3. The Mill 4.The Laminator.

1.Target - Zellstofffabrik Waldhof, Kelheim Mill. 2.Objectives - To obtain detailed information on methods of manufacture of sulphite pulp to compare with standard Canadian and American practice. To follow new developments in pulp production and utilization. 3.Persons interviewed 4.Manufacture of Sulphite pulp from Beech Wood. 5.Alcohol production. 6.Yeast 1.Target - Zellstofffabrik Waldhof, Mannheim Mill. 2.Objective - To obtain detailed information on methods of manufacture of sulphite pulp from spruce and to follow any new developments in pulp production and utilization of waste sulphite liquor. 2.Persons interviewed. 3.Manufacture of Sulphite pulp from Spruce Wood. 4.Cooking practice. 5.Glassine and 1.Target - This mill was visited as representative of those making the class of paper known as `book and writing` 2.Objective - To observe procedure in this mill for comparison with those of similar production in Canada 3.Groundwood 4.Paper machines and Product1. Objective - To obtain any information possible as to what research in these fields has found application in industry. 2. Grinding pulp for newsprint - Wet strength testing - Groundwood bleaching. 3. Use of Beechwood - Pre-hydrolysis - Control methods - Poplar hybrids.

Plant located in the Agfa Film Fabrik, a branch of the I.G.Farbenindustrie of Wolfen. Plant superficially damaged - was in running order. 1. Raw Materials - Beechwood. 2. Description of plant. 3. Disposal of waste liquor. 4. Description of process - Chipping - Cooking - Clorination - Refining - Bleaching - Disposal. 5. Pulp Analysis. 6. Yield. 7. Costs. 8. Equivalent Cost. 9.

1. Development of Paper Twine in Germany. 2. Process of manufacture - Location of plant - Personnel interviewed - Raw Materials - Manufacture - Weaving yarn - Testing.3. Examination of samples - Paper - Twine - Field Trial - Appendix A (Chart showing tensile strengths).Introduction of details regarding exact location, plant condition, employees and people interviewed of industrial targets. OIL MILLING PLANT AND PROCESSES, OIL REFINING ETC. 1. Fritz Muller, Esslingen-Neckar. 2. Gesellschaft fur Warmetechnik m.b. H., Franfurt. 3. Harburger Eisen- und Bronzewerke A. -G., Harburg. 4. Hermann Bauermeister, Hamburg. 5. Muhlenbau- & Industrie Aktien-Gesellschaft, Brunswick. 6. Hansa Muhle A.-G., Hamburg. 7. F. Thorl, Vereinigte Harburger Olfabriken, A.-G., Harburg. 8. Harburger Oelwerke, Brinckmann & Mergell, Harburg. 9. Holtz & Willemson, Uerdingen. 10. Deutsche Rizinus-Oelfabrik, Boley & Co., Vereinigte Uerdingen Oelwerks, Alberdingk & Boley, Uerdingen. SYNTHETIC FATTY ACIDS AND GLYCERIDES; 11. L. Schmitt, Hochschule, Darmstadt. 12. Deusche Fettsaure Werke. Markische Seifen Industrie, Wittan/Ruhr. 13. O.X.O. G.m.b.H.,Oberhausen-Holten. Ruhr Chemie, Oberhausen-Holten. MISCELLANEOUS; 14. Henkel & Cie, G.m.b.H., Holthausen, Nr. Dusseldorf. 15. Hammer & Anderson, Hamburg. SUMMARY; Oil milling - Refining - Hydrogenation - Fat Splitting and fatty acid distillation - Lecithin Production - Carotene extraction - Margarine - Synthetic Acids, Glycerides and alcohols.

Introduction of Pharmaceutical Companies visited. 1. I.G. Eberfeld - Chemical Research - Biological Research - Remuneration and Methods of Research - Production Department - Samples. 2. I.G. Leverkusen - Research - Pharmaceuticals in bulk - Pharmaceutical Department - Mepacrine Production and Stock Position - Bayer Publicity. 3. I.G. Object of visit to obtain particulars of research and technical development carried out by German manufacturers during the war. TARGET INDUSTRIES; 1. Carl Freudenberg, Weinheim/Bergstrasse, Simmerwerk. 2. I.G. Farbenindustrie. 3. Goetze. 4. Dichtungsring, Gesellschaft, M.B.H. Stuttgart. 5. Pahlsche. PARTICULARS OBTAINED ON; Location and general 1. Object - to investigate the manufacture of rubber clothing, gas masks, gloves, soles and heels. 2. Names of personnel interviewed. 3.Damage to premises. 4.Introduction to site. 5.Processing using Buna. 6.Gas masks - manufacture using rubber and Buna - Testing. 7.Coated fabrics - processing (heavy and lightweight fabrics ) - vulcanising - friction - heavy garments - double texture clothing - Women`s raincoat. 8.Gloves heavy and lightweight. 9.Soling and heels. 10.Testing - Subject - Infra-red measurements. Making of instruments eg.bolometers. Measuring infra-red regions of various paints (assumed to be for camouflage).

1. Object of visit to obtain information on the manufacture of syntyetic tanning agents. 2.Synthetic tanning agents: General 3.Fat substitutes: general 4.Impregnating and water-proofing agents: general 5.Tanning agents: Manufacture 6.Tanning assistants: Properties 7.Substitute Tannins: Properties 8.Fat substitutes: preparation and properties 9.Impregnating and waterproofing agents: preparation.

To investigate the manufacture and use of centrifuges - Report on the condition of the works - Production - Technical data - Recommendations for the following companies:> 1.Elmore Metal A.G., Schladen on Sieg 2.H. Krantz Maschinenfabrik, Aachen 3.O. Dorries A.G. Vorm Banning & Seybold, Duren 4.I.G. Farbenindustrie, Dormagen 5.I.G. Farbenindustrie,

Object to clarify certain points arising from visits to other I.G. plants. Process data has been provided on the manufacture of the Blankophors, the Eulans, various Katanols, Soromins and other textile auxiliary products made by I.G. Leverkusen. Notes on the dyeing of synthetic resins and related materials, on the Preventols and on Dermalon L neutral (an agent to

1. Sulphuric Acid Plants 2. Pyrites DustBurner 3. Sulphite products - Sodium Pyrosulphite - Anhydrous Sodium Sulphate. 4.Liquid Sulphur Dioxide 5. Cyanide Products.

This report is based on a translation of a paper outlining the work of Dr. J. Walter Reppe of I.G. Farben on new technical applications of acetylene, obtained by a C.I.O.S. CAFT Assessment Team during a visit to the Anorgana G.m.b.H. plant in May 1945 at Gendorf in Bavaria. The report describes a number of new applications of acetylene under the following To study design and manufacture of the following plants:- 1. Goebel A.G., Darmstatd 2. Waldhof Papier Fabriken, Mannheim 3. Julius Glatz Papier Fabriken, Neidenfels 4. Schoeller & Hoesch Papier Fabrik, Gernsbach 5.Knoeckel Schmidt & Cie A.G., Lambrecht 6. Institute of paper making, Darmstadt. 7. Okriftel Papier Fabriken, Okriftel. 8. Felix The object of the visit was to assess the trend of chemical engineering in Germany during the war by selecting one of the best known firms for detailed examination.

Object to investigate the developments made in Mixing and Grindind Machines for chemical processes during the war, and to ascertain the general conditions of this plant at the present time. 1. Mixing Machine developments 2. Rubber mixers and sifters 3. Grinders 4. Capacity of plant.Translation of lecture by Dr. W. Reppe, Ludwigshafen. 1. Synthesis of Acrylic Acid and its derivatives. 2. Synthesis of Carboxylic Acids and derivatives. 3. Reactions with Hydrocarbonyls. 4. Synthesis of Hydroquinone from acetylene, CO and water.

1. Outline of manufacturing process for the Butadiene catalyst as made by I.G. Ludwigshafen 2. Research work on characterisation Butadiene catalysts for dehydration of 1:4 and 1:3 Butylene Glycol and Tetrahydrofuran. 3. The Russian Catalyst for the Lebedev Process.

1. Manufacturing record of Ethylene Oxide in I.G., (Diagram) 2. Manufacture of Glycols at Gendorf. 3. Development of the direct air-oxidation process for Ethylene Oxide. 4. Flowsheet of Zweckel Pilot Plant.

I.G. Lugwigshafen Plant details of a small production plant for the making of hydrazine sulphate and hydrazine hydrate. 1. Description of process. 2. Yields 3. Production 4. Cost of product. 5. Condition of plant. 6. Flow diagram of process

1. Details of Wax Emulsions:- Impragnol - Hydrophobol. 2. Details of Other Products:- Avivan -Ceropon - Gumminat - Oleonat - Rabic - Terhyd - Textal - Volumin - Thianol - Prosperpin Tabletten - Prosperpin Paste - Adhasin - Simpra - Kunstseidenschlichte PF.

Details of :- 1. Sodium Hydrosulphate and related Compounds. 2. Sodium Hydrosulphate (Hydrosulfit Konz. Pulv.90% ) 3. Rongalit and Dekrolin 4. By-product Zinc Oxide

Maschinenbauanstalt Venuleth & Ellenberger, Aktiengesellschaft, Darmstadt. Details of production in atmospheric and vacuum drying machines of various types covering a wide range of inorganic and organic chemicals. They also manufacture evaporating plant and muxers and mixer dryers.Details of production for Ozalid Brands :- M - Blue F - Blue G - TS - Flugpost - BGT - Half-tone B - Half-tone A - BG Transparent - Sepia - VST - Tracing cloth - Foil A - Foil B - Proposed new product - Flow sheet

Reports of visits to :- 1. The Pharmacology Dept. of the University of Heidelberg. 2. Behring-Institut, Eystrup/weser, der I.G. Farben A. G. 3. Hamburger Serumwerk, Ulmenstrasse 38-40, Hamburg. 4. Prof. Dr. med J. Zeissler, Bakteriologisches Institut, Hamburg-Altona 1 Holsenstrasse 104. 5. Alf. Becker A.G. Flemingstrasse 5, Hamburg 30 6. Hamburg Catgut Fabrik, Busse Strasse 11 Hamgurg. 7. Institut Fur Tropenhygiene, Hammerlandstrasse 207, Hamburg.8. Schering A.G. Charlottenburg, Berlin. 9. Schering A.G. Berlin, Werk Mullerstrasse 170172. 10 Schering A.G. Adolfstrasse, Braunschweig. 11. I.G.Farben Industrie A.G. Hochst am Mein, Dr. Weber.12. Researches of the scientific Lab. C.F. Boehringer 1939-1945 including:- Thymus Hormone - Theobromine, Theophylline & caffeine - Strophamthin-like Glycosides - Introduction of alkyl groups into Caffeine - New Sulphonamides - Lactation Hormone - Granocytan - Anti-malarials (Amichin) - ProteolyticFerments - Essential Amino Acids - Steroid Hormones & Glycosides of Steroid Hormones - Ersatz Manufacture. Appendices 1-5 (in German)

Contents: (1) Photocell and multiplier technique (2) Television pick-up tubes (3)Image converters: Bildwandler Tubes (4) Miscellaneous Photosurfaces (5) illustrations

Contents: ALBERT CHEMISCHE WERKE. WIESBADEN. (1) General site info. (2) Albertol Nomenclature. (3) Methods of testing. (4) Rosin modified maleic resins. (5) Pure phenolic Resins - Oil Soluble types. (6) Durophene Resins. (7) Phenodur Resins. (8) Novolacs. (9) Phenol-terpene Resins. (10) Resamines - Urea Formaldehyde Types. (11) Alkyds. (12). Albertols. (13) Miscellaneous products. BECKACITE KUNSTHARZ G.m.b.H. HAMBURG : (1) General site info. (2) Description of plant for intermediates: Para-tertiary-butyl-phenol, Diphenylolpropane, Various phenol/formaldehyde condesates, Maleic/Glycerol condensates, Phenol/terpenke condensates. (3) Testing (4) Alkyds (5) Beckacite resins - Rosin Modified Maleics. (6) Beckacite resins - Phenolic Intermediates. (7) Beckacite resins - Rosin Modified Phenolics. (8) Oil soluble Phenolic resins - Super Beckacites. (9) Miscellaneous Resins. I. G. FARBENINDUSTRIE. UERDINGEN. (1) General site Information. (2) Description of plant (3) Miscellaneous Notes. (4) Alkydol Resins. KURT HERBERT G.m.b.H. (1) General site info. (2) Alkyds I.G.FARBENINDUSTRIE. MAINKUR. (1) Melamine Resins. I.G.FARBENINDUSTRIE. LUDWIGSHAFEN. (1) General site Info. (2) Description of plant. (3) Ketone resins (4) Phenol-formaldehyde Resins - Luphens. (5) Rosin Modified Maleic Resins(K.M. etc.) (6) Urea Formaldehyde Resins (Plastopal). I.G.FARBENINDUSTRIE. LUDWIGSHAFEN. (1) General information (2) Description of plant (3) ketone Resins. (4) Phenol-formaldehyde Resins - Luphens. (5) Rosin Modified Maleic Resins (K.M.etc.). (6) Urea Formaldehyde Resins (Plastopal). I.G.FARBENINDUSTRIE OPPAU. (1) Plastopals. I.G.FARBENINDUSTRIE. LEVERKUSEN. (1) Polyurethanes. (2) XF Resin. (3) Styresin H. DR ALEXANDER WACKER G.m.b.H. MUNICH. (1) Synthetic Shellac. Target plants of I.G.Farbenindustrie at Leverkusen on Rhine, at Elberfield, at Ludwigshafen and at Wolfen near Bitterfeld. Contents: (1) Products covered. (2) Plant capacities. (3) Manufacturing processes: (a) Vulcacit M, Vulcacit DM, Vulcacit U, Vulcacit AZ, VulcacitD, Vulcacit P, Vulcacit 774, Vulcacit Thiuram, Vulcacit J, Vulcacit P Extra N, Vulcacit CT. (b) Basis: Aniline and Betanaphthol are reacted in the presence of sulphuric acid as catalyst.(1) Manufacturing Procedure. (2) Materials of construction. (3) Uses of the product. (4) Capacity of plant.

Contents: (1) Manufacture of technical Salicylic Acid. (2) Manufacture of Sodium Salicylate. (3) Sublimation of Technical Salicylic Acid. (4) Note on Cresotinic Acids and on Hydroxy Naphoic Acid. (5) Manufacture of Synthetic Phenol from Chlorbenzene and Caustic Soda. (6) Manufacture of Synthetic Phenol by the Sulphonation process. (7) Condition of plants.(1) Phthalic Anhydride Manufacture. (2) Benzoic acid, man. by the chlorination of toluene. (3) Benzoic Acid, oxidation of toluene by bichromate. (4) Benzoic Acid, oxidation of toluene by air, with cobalt catalyst. (5) Acetophenone, man. by air oxidation of ethyl benzene. (6) Ortho Chlorbenzoic Acid from ortho chlortoluene.

(1) General review of Mainkur manufactures. (2) Manufacture of Thiamine T and Melamine via Dicyandiamide. (3) Notes on uses of Melamine for Kaurit and Meprenate. (4) Manufacture of Clycinal. (5) Notes on Dismulgans - Humectol - Katanol - Solidogen - Tripoflavine - Dulcin.(1) Object of Investigations and Itinerary. (2) German Law on Noxious Gaseous Emissions. (3) Sulphuric Acid Plants (Contact Process). (4) Sulphuric Acid Plants (Chamber Process). (5) Sulphuric Acid Plants (Opl Process. (6) Sulphuric Acid Plants (Peterson Process). (7) Sulphuric Acid Plants (Concentration). (8) Nitric Acid Plants.. (9) Nitration Process. (10) Hydrochloric Acid Plants. (11) Wet Copper Extraction. (12) Sulphurous Acid. (13) Zinc Production. (14) Smelting of Sulphide Ores. (15) Tar Distillation. (16) Artificial silk (Viscose) Process. (17) Petroleum Refining. (18) Coke Ovens. (19) Cement Works. (20) Curing of Rubberised Fabrics. (21) Production of carbon bisulphide. (22) Lead Refining. (23) Sodium Silicate. (24) Sulphuryl Chloride. (25) Mercapto-benz-thiazole. (26) Calcium Carbide. (27) Superphosphate. (28) Sulphate of ammonia. (29) Benzole. (30) Pyridine. (31) Calcium Arsenate. (32) Steam Raising. (33) Spoilbanks. (34) Conclusions.

(1) Introduction - visit undertaken with object of discovering what advancement had been made in Germany during the "War Years". (2) Description of Laboratory and Equipment. (3) The Automatic Microanalytical Estimation of Carbon and Hydrogen in Industrial Laboratories. (4) The Gasometric Estimation of Nitrogen in Organic Compounds. (5) The Estimation of Chlorine in Organic compounds. (6) The Estimation of Sulphur in Organic Compounds. (7) The Estimation of Oxygen in Organic Compounds. (8) The Estimation of Acetyl Groups in Organic Compounds.(1) Subject of interview - Isocyanate Chemistry. (2) Synthesis of Organic Isocyanates. (3) Properties of the Organic Isocyanates. (4) Analysis of Polyisocyanates. (4) Various Isocyanates - Desmodur C - Desmodur H - Desmodur R - Desmodur T - Desmodur TT - Desmodur 15 - Desmodur M - Desmodur X - Desmodur from benzidine - Desmodur 44` cyclohexylphenyl diisocyanate. (5) Reactions of Isocyanates. (6) "Camouflaged" Isocyanates. (7) Polymers and Polymer Construction by means of Isocyanate reactions. (8) Rubbery Polymers. (9) Moltoprene Foam. (10) Adhesives. (11) Tanning of leather by means of isocyanates.

Introduction. PART 1. (1) SPECTROSCOPY. (a) Ultra - violet and visible spectographs. (b) Infra-red Spectrographs. © Microphotometers - Non-recording - Recording. (2) COLOURIMETERS. (3) HIGH SPEED CAMERAS. (4) BALANCES. (a) Micro- and semi Micro-Balances. (b) Analytical Balances. (c) Chemical Balances for Rapid Weighing. (d) Damped Insensitive Balances. (5) ELECTRONIC INSTRUMENTS (a) Mass Spectrographs. (b) Cathode Ray Oscillograph. (6) pH METERS. (7) POLAROGRAPHS. (8) CALORIMETERS. (9) MISCELLANEOUS (a) Osmometer. (b) Kymographs. (c) Microtomes. PART 2. Targets visited: 1. Henkel & Cie. - Dusseldorf. 2.I.G.Farbenindustrie - Leverkusen - Elberfeld - Uerdingen. 3. Technische hochschule, Hannover. 4. Gottingen University, - Physical Chemistry Dept. 5. Gottingen University - 2nd Physics Institute. 6. Sartorius Werke, Gottingen. 7. Gebruder Ruhstrat, Gottingen. 8. Winkel Zeiss, Gottingen. 9. Luftfahrtforschungsanstalt Herman Goering Volkenrode.

(1) Name of Firm and Location. (2) Personnel Interrogated. (3) General Information. (4) Acetic Anhydride. (5) Ethanol. (6) Ether. (7) Catalyst for ether process. (8) Details of ether process. (9) Power, raw materials consumption etc. for ether process. (10) Summary. (11) Flow sheet.

(1) Personnel. (2) Products: (a) Solid polyvinyl acetate (b) Solutions of polyvinyl acetate (c ) Emulsions of polyvinyl acetate (d) Interpolymers of vinyl acetate (e) Solid polyvinyl alcohol (f) Polyvinyl acetol. (3) Manufacture and Applications: (a) Solid polyvinyl acetate - "Mowilith" - 20 - 30 - 50 - 70 - 90 . (b) "Mowilith" Solutions - 15 - 20 - 30 - 50 . (c) "Mowilith" Emulsions - based on D.50 and DV 50. (d) Interpolymers vinyl acetate - 70/30 vinyl acetate-chloride copolymer - (1) Raw materials - Acetylene - Acetic acid. (2) Description of Plant and Process. (3) Catalyst Chambers. (4) Acetylene Purification. (5) Distillation. (6) Acetic Acid Recovery. (7) Effect of Aldehyde. (8) Storage of Monomer. (9) Yield.

(1) Manufacture of Fatty Acids: Raw Materials - Purification - Oxidation - Distillation - Consumption of raw materials - Application of the Products. (2) Hydrogenation of Fatty Acids: Process and plant for Low Boiling Acids - Catalyst - Hydrogen and Purity of Product - Process for Soap Acids - Process for High Boiling Acids. (3) Hydrogenation of Soap Acids, Ludwigshafen: Process, Plant, Catalyst - Hydrogen and Purification of Product - Discontinuous Process. (4) Appendices.(1) Personnel Interrogated. (2) Raw materials - Naphthalene, Sulphuric Acid, Calcium Carbonate. (3) Catalyst - Vanadium oxide, promoted with potassium sulphate, mounted on Silica. (4) Chemical Process. (5) Description of Equipment. (60 Production data and yields.Introduction. 1. The farbenindustrie Synthetic Tannin Production. 1(A). General assessment of the I.G. Synthetic Tannins. 1.(B) Factories visited and personnel interrogated. 1.(C) Lists of materials investigated, and production figures. 1.(D) Costs. 1.(E) Laboratories. 1.(F) Development and Testing. 1.(G) Notes on Plant. 1.(H) Raw Materials. 1.(J) General notes on properties and usage. 1.(K) Analysis, Composition, Properties and Method of Use.- Tanigans group 1, Assistants and Auxiliary Tanning Agents. - Tanigans Group 2, "Supra" types. - Tanigans Group 3, Extra types and other Austauschgerbstoff.- Tanigans and Intermediates, unclassified.- Other Tanning Agents.- Other materials investigated. 1.(L) General notes on method of manufacture. 1.(M) Details of Manufacturing Processes.- Tanigans Group 1, Assistants and Auxiliary Tanning Agents.- Tanigans Group 2, "Supra" types.- Tanigans Group 3, "Extra" types and other Austauschgerbstoff.- Other Tanning Agents.- Other Materials investigated. 1.(N) pH Values, Salt and Acid Contents of some I.G. Synthetic Tannins. 2. Insitut Fur Gerbereichemie, Technische Hochschule, Darmstadt.1. Group Separation of Dyestuffs in Subsatance. 2. Group Separation of Dyestuffs on the Fibre. 3. Single Dyestuff Identification for Acid, Basic and Direct Dyestuffs. 4. Single Dyestuff Identification for Vat Dyestuffs (a) Fundamental Reactions (b) Additional Reactions for Individual Dyestuffs. 5. Separation Methods for Vat Colour Mixtures. 6. Single (1.) General Description of the Kalle Plant. (2). Notes concerning Kalle products - (a) Astralon Transparences (b) Litho Plate Process (c) Ozalid Negative Foil (d) Improved Ozalid Prints from Pencil Tracings (e) The Aluna Process (f) Ozaphone Motion Picture Projection Prints. (3). Development of Prints by Heat. (4). Production of 7-oxy-1:2 1. Introduction 2. State Organisations concerned with Industrial Hygiene and allied problems. 3. Notifiable and compensatable occupational diseases. 4. Arrangements for Medical Examination of workpeople. 5. Hours and conditions of work. 6. Notes on Industrial hazards. Appendix 1. Description of Dust Inhalation Apparatus used by Dr. Gross. Appendix 2. Drawing of Dust Inhalation Apparatus.Purpose of visit - to observe the hydrazine hydrate plant in operation. 1. Description of process and operational details. 2. Performance 3. Other operational problems 4.General.

Process - Reduction of nitrobezene to Azobezene with water and sodium amalgam obtained from Mercury Cells. 1. Cell 2. Azobenzene Reactor 3. Sludge Separator 4.Operation 5.Product 6.Performance.

1. Salt Cake - Hydrochloric Acid. Equipment - General principle - Muffle - Firing - Acid and salt feeds - Internal ironwork and Maintenance - HC1. Gas strength - Saltcake discharge - Absorption - Labour - Performance. 2. Sodium Sulphide 60%. Raw Materials - Cooling and extraction - Concentration - Crystallising - Labour - Performance. 3. Sulphigran. General Principle - Salt cake - Catalyst - Preheating - Gas Flow - Gas Temperature - Gas Pressures - Analysis 1. Introductory 2.Condition of Plant 3.Outline of Process 4.Absorption Process and Side Reactions 5.Plant 6.Operation of Absorption and Recovery Plant 7.Liquefaction 8.Starting up the Plant 9.Closing down the Plant 10.Operating requirements. Appendix List of Plant Units on Sulphur Dioxide Plant.

Introduction. Reports on : Spray Drying Equipment - Sketches - Continuous Fatty Acid Distillation - Figure No.1 - The Production of Perborates. List of Copied Documents obtained.

Synopsis: 1. Object of visit. 2. Choice of targets and itinerary. 3. Impressions and conclusions. 4. Further investigations. REPORT 1. I.G.Farbenindustrie, Leverkusen. (a) Introduction (b) Chlonaphthalene (c) Chlodiphenyl (d) Other possible impregnants (e) Synthetic varnishes. REPORT 2. I.G. Farbenindustrie ,Oppau. (a) Introduction (b) Z-Wax (c) Synthetic ozokerites (d) Synthetic petroleum jelly (e) E-Wax (f) Miscellaneous other waxes (g) Oppanol B (Polyisobutylene). REPORT 3. Luneburger Wachswerke, Luneburg. (a) Intruduction (b) Materials handled. REPORT 4 Rhenania-Ossag, Hanover. REPORT 5. Rhenania-Ossag, Hamburg. (a) Introduction (b) Products (c) Tests, specifications and methods. (d) Research. REPORT 6. Deurag-Nerag Werke, Misburg. (a) Introduction (b) Materials handled. REPORT 7. Schindler Oelwerke, Hamburg. (a) Introduction (b) Products (c) Tests and Methods. REPORT 8. W.I.F.O. Schaferhof. REPORT 9. Technische Hochschule, Hanover. (a) Introduction (b) Researches. REPORT 10. Schoeller & Hoesch, Gernsbach. (a) Introduction (b) Discussion. REPORT 11. Hydrawerke, Berlin. (a) Introduction (b)Impregnants (c) Processing (d) Final Products (e) Health Hazards (f) Manufacture of metallised paper capacitors. REPORT 12. Siemens Tecnical Bureau, Cologne. REPORT 13. Dielektra A.G., Porz (a) Introduction (b) Impregnants (c) Impregnating Process (d) Final products. General introduction: Itinerary - General impressions - Administration - Arrangement of Report. Geotechnical Processes (1) Deep compaction (2) Water-lowering (3) Electro-osmosis (4) Freezing (5) Compressed Air (6) Soil Stabilisation. Soil Mechanics: (1) Laboratories and Personnel (2) Hydraulics Laboratories. Instruments. General Engineering Observations.

(1) Purpose of visit (2) Synthetic Phenol - General. (3) The Manufacture of Synthetic Phenol by the Sulphonation Process - Description of process. (4) The manufacture of Synthetic Phenol from Monochlorbenzene - Description of process. (5) Pure Anthracene and carbazole. (6) Pure Anthracene - Description of process - No.1 Purification - No.2 Purification - Recovery of Pyridine. (7) Pure Carbazole - Description of process - Properties - Mode of test - Uses. (8) The preparation of Resorcinol.1. List of principal T.P.M. dyes made at I.G. Ludwigshafen Works with nores on their manufacture. 2. Processes for T.P.M. dyes made at I.G. Ludwigshafen, where available. 3. Processes for T.P.M. dyes made at Hoechst. 4. Summary of reports issued at I.G. Ludwigshafen covering development work carried out in the years 1935 - 1945. 5. Details of Auramine drying at I.G. Ludwigshafen.

1. List of Anthrasols made at Hoescht. 2. General comments on Anthrasol Processes. 3. Process Details: Anthrasol O - O4B - Blau IBC (& diester) - Braun IBR - Goldgelb IGK - Goldgelb IRK - Grun IB - Rot IFBB. 4. Heliogens: Development in Heliogens. 5. Process details: Heliogen Blue B (copper phthlocyanine) - Heliogen Blue N (copper phthalocyanine, urea process) - Heliogenblau G ( metal free phthalocyanine) - Heliogengrun G ( chlorinated copper phthalocyanine) - Heliogrun GG (chlorinated metal-free) - Siriuslichtturkisblau GL and Heliogenblau SBL (disulphonic acid) - Zaponechtblau HFL. 6.

Investigation of targets at Ludwigshafen, Hoechst and Mainkur. 1. Description of Hoechst Plant. 2. Description of Ludwigshafen Plant with production and expenses figures. 3. List of principal Azo and Lake Dyestuffs made made at Ludwigshafen and Hoechst with notes on their manufacture. (Excluding the classes of Section 4). Full processes, where available, are given in Appendices to the report. 4. Special Classes of Azo Dyestuffs made at Ludwigshafen: (a) Palatine

Section 1. Thioindigoid Dyestuffs: (a) Manufacturing Range (b) Manufacturing Processes (c) Notes on Standardising of Indanthrene Pastes at Hoechst. Section 2. Sulphur Dyestuffs: (a) Manufacturing Range (b) General Notes on Hydron Blues. (c) General Notes on Indocarbon Range. (d) General notes on Sulphur Blacks ex. Chlorodinitrobenzene. (f) Notes on Research Developments. (g) General notes on Sulphur Colours manufactured at Mainkur. (h) Manufacturing Processes.1. Introduction 2. General notes on the factories visited. 3. Details of Intermediates Processes. 4. Notes on products for which full process details wee not obtained. 5. Plant sketches, Diagrams, etc. 6. Alphabetical index to products.

Notebook containing manuscript of printed report by L Marsden, one of the authors

1. Details of Intermediates Processes (Processes 161-196). 2. Notes on products for which full Process Details were not obtained. 3. Plant Sketches, Diagrams etc. 4. Alphabetical Index to Products.

1. Indanthrine Dyestuffs and Intermediates at Ludwigshafen. 2. Vat Dyestuffs ( other than Ingigoids and Thioindigoids) (a) I.G.Hoechst. (b) I.G.Mainkur. 3. Anthraquinone Acid Wool Dyestuffs at I.G.Hoescht. 4. Interview of Dr. Saftien, Alizarine Laboratory, Ludwigshafen. 5. Interview of some Chemists of the Central Laboratory, Ludwigshafen. 6. Index. 7. Documents.

Introduction: Object of visit. Factories visited and general impressions. Appendix 1. List of Naphthol Processes sent to Document Centre. Appendix 2. Production and efficiency of Naphthols manufactured at Offenbach in 1937. Appendix 3. List of Fast Salt Processes sent to the Document Centre. Appendix 4. Production and Efficiency of Fast Salts manufactured at Offenbach in 1937. Appendix 5. List of Nitrosamine and Rapid Fast Salt Processes sent to the Document Centre. Appendix 6. Production and Efficiency of Nitrosamines manufactured at Offenbach in 1937. Appendix 7. Some I.G. trade names used in the processes. Appendix 8. List of Blueprints of Offenbach Plant sent to the Document Centre.

1. Purpose of investigation. 2. Composition of team. 3. Introduction. 4. List of targets visited. 5. Target Details :- FLOW MEASUREMENT a) Orifice plates, Flow Nozzles and Venturis b) Differential Flowmeters c) Ring Balance Type Flowmeter d) Magnetic Type Flowmeter. e)Diaphragm Type Flowmeter. f)Float Operated Type Flowmeter. Rota meters: a)Deutsche Rotawerke (Glass Tube Rotameters). b)Ludwig Grefe (Metal Rotameters). Positive Meters: a)Aerzen Positive Type Gas Meter. b)Eckardt Meter. c)Bopp and Reuther Meter. d)Siemens Acid Drum Type Meter. PRESSURE MEASUREMENT: a)Leuna Type Pressure Difference and Pressure Recorder. b)I.G. Piston Type Pressure Differential Recorder. c)Hartmann & Braun Absolute Vacuum Recorder. d)Phosphoric Acid Pressure Measurement. e)Design and Manufacture of I.G. High Pressure Bourdon Tube. LIQUID LEVEL MEASUREMENT: a)Weiss Induction Coil Level Gauge b)Martens Induction Coil Level Gauge. TEMPERATURE MEASUREMENT: a)Thermocouples and their Application. b)Resistance Thermometers and their Application. c)Manufacture of Heraeus Resistance Elements. d)Hartmann & Braun Photo-cell Indicator and Recorder. DENSITY MEASUREMENT; a)Suspended Vessel Liquid Density Recorder. b)Float Operated Liquid Density Recorder. c)Pollux Gas DEsity Recorder. d)Debro Gas Density REcorder. e)B.A.S.F. and I.G. Diffusion Type Gas Density Recorder. f)Ranarex Gas Density Recorder. ANALYSIS MEASUREMENT: a)Infra Red Absorption Meter. b)Magnetic Type Oxygen Recorder. c)Oxygen Recorder (Heat Reaction Type). d)CO2 Recorder (CO2 in Hydrogen). e)Hydrogen Sulphide Recorder. f)Ammonia in Air Recorder. g)Use and Maintenance of Analysis Instruments. AUTOMATIC CONTROL: a)Siemens and G.S.T. Ball Float Level Controller. b)Siemens Temperature and Pressure Controller. c)G.S.T. Temperature Controller. d)Askania Controller. e)Reineke Controller. f)I.G. "On and Off" H.P. Level Controller. g)Weiss-Hartmann and Braun controller. h)I.G. Pressure Difference Controller. i)Automatic Control Valves. j)Weighing Machines with Automatic Control Mechanisms. k)I.G. Chemsche werke, Huls. 6. Some General Instrument Information - High Pressure Choke Rings - Instrument Panels for dusty plants - Ermeto Joints for High Pressure Instrument Lines - Instrument Electrical Supplies and Flameproofing of Instruments in I.G. factories. 7. Instruments earmarked for Evacuation. 8. Catalogues, Drawings and Leaflets Evacuated. 9. General Conclusions and Summary. 10. Recommendations. Appendix A. Translation of I.G. Report on Piston Type Differential Recorder. Appendix B. Tranlation of I.G. Report on Electrical Gauge for Liquid Level Measurement. Appendix C. Translation of I.G. Report on Magnetic Oxygen Recorder. Appendix D. Translation of I.G. Report on Oxygen Recorder (Heat Reaction Type). Appendix E. Translation of I.G. Report on CO2 Recorder.

Introduction: 1. List of Personnel interrogated. 2. Factories visited. Report: 1. Silicones. 2. Silicic acid esters. 3. Silicon Tetrachloride (a) I.G.Farben Plant, Rheinfelden. (b) Degussa Plant, Rheinfelden. 4. Finely Divided Silica (K3).

General: Principal manufacturers are situated in Russian Zone, method adopted for this report was to visit various firms who were reputed or suspected of using this type of glassware. Factories visited:- Riedel-De-Haen, Seelze. - Government Factory, Leese. - Otto Shickert, Bad Lauteberg. - I.G.Farben, Leverkusen. - I.G.Farben, Ludwigshafen. General Description of type of pipework joints:- Schott & Genossan. - Hydam Krieger. Conclusion.

Factories visited. Introduction. A) Anthracine and Benzene. B) Nitrations. C) Crystallization of Nitro Bodies. D) Reduction of Nitro bodies. E) Plastics. F) General Operations with Organic Chemicals :- i) Filtration. ii) Drying iii) Packing. G) Mercury. H) Chromium Salts. I) Litharge and Red Lead. J) Buildings. K) Maintenance and repair of Plant. L) Ventilation and Fume Discharge. M) Official Safety Organizations. N) Physiological Laboratory - I.G.Elberfield. O) Medical

1. Object of visit. 2. Introduction. (Headings used). a) Personnel interviewed, b)Plants Visited, c)Plant Lay-out, d)Buildings, e)Ventilation f)Plant details of special interest, g)Filtration, h)Drying, h)Materials Handling, i)Effluent Handling, j)Pipework, k)Instrumentation, l)Materials of construction, m)Services, n)Amenities and Laboratories, o)Engineering Research, p)Engineering Organisation and Procedure. 3. Summary. 4. Factories visited:- I.G.Farben works at Mainkur - Offenbach - Hochst - Urdingen - Leverkusen - Ludwigshafen. 5. Lists of Documents obtained

1. Introduction. 2. Chemical Routes Employed. 3. Comments on Plants. 4. Precautions against Toxic Hazard. 5. Manufacture of a-Nitronaphthalene. 6. Manufacture of a-Naphthylamine. 7. Manufacture of :- (a) Naphthol, (b) a-Naphthol Technical (c) a-Naphthol Extra (Ex Purified Laurent`s Acid). 8. Process diagrams for - a-Nitronaphthalene - a-Naphthylamine - a-Naphthylamine distillation.

Introduction. Personnel interviewed. SECTION 1. The Manufacture of Nitrtion Products of Bezene, Toluene and Chlorobenzene. (A) General. (B) Nitrobenzene. (C) Dinitrobenzene - Crude - Pure. (D) Nitrotoluenes :- (I) Nitrotoluene Crude Batch Process. (II) Nitrotoluene Crude Continuous Process. (III) Separation of Isomers. (E) Dinitrotoluenes :- (I) Process from p-Nitrotoluene. (II) Process from o-Nitrotoluene or Crude Nitrotoluene. (III) Specifications, Costs, etc. (F) o- and p- Chloronitrobenzenes :- (I) Chloronitrobenzene Crude. (II) Separation of o- and p- Chloronitrobenzenes. SECTION 2. The Manufacture of Aniline and Iron Oxide Pigments at Uerdingen. (A) Aniline - Normal Manufacture. (B) Production of Oxide Sludge for Pigments. (C) Manufacture of Oxide Pigments.

Introduction. Personnel Interrogated. MANUFACTURING DETAILS. 1. Chlorination of Toluene-Chlorotoluene, Crude. 2. Separation of Ortho- and Para- Chlorotoluenes at Griesheim. 3. Manufacture of Meta-Chlorotoluene at Hoechst. 4. Manufacture of 2:4-Dichlorotoluene at Griesheim. 5. Manufacture of 4-chloro-2-Nitrotoluene and 4-Chloro-3-Nitrotoluene at agriesheim. 6. Manufacture of Derivatives of the Chlorotoluenes at Ludwigshafen. (a) Plant. (b) Derivatives of o-Chlorotoluene:- (I) o-Chlorobenzalchloride (II) o-Chlorobenzaldehyde (crude) and o-Chlorobenzoic acid (crude). (III) o-Chlorobenzaldehyde (purified) (IV) o-Chlorobenzoic acid (technical pure). (C) Derivatives of p-Chlorotoluene :- (I) p-Chlorobenzalchloride. (II) p-Chlorobenzaldehyde (crude) (III) p-Chlorobenzoic Acid (Technical). (IV) p-Chlorobenzaldehyde (purified). (V) p-Chlorobenzaldehyde (pure, doubly distilled). (VI) p-Chlorobenzotrichloride. (VII) p-Chlorobenzoylchloride. (D) Derivatives of 2:4-Dichlorotoluene :- (I) 2:4-Dichlorobenzotrichloride. (II) 2:4- Dichlorobenzoic acid. (III) 2:4-Dichlorobenzoylchloride. 7. Manufacture of o-Chlorobenzoic Acid at Uerdingen. APPENDIX : List of

Introduction. Personnel Interviewed. Process and Plant Descriptions. 1. Xylenes - The separation of Isomers :- Summary - Raw Materials - Specifications - Production Figures - Service Consumptions - Plant - Estimation of p-Xylene in Xylene-F - Recent Research ay Merseburg on the separation of pure m-Xylene. 2. The Nitroxylenes. (A) Mixed Nitroxylenes (Leverkusen). (B) Nitro-p-xylene (Leverkusen). (C) itro-m xylene crude (Leverkusen). (D) 4-Nitro- and 2-Nitro-m-xylenes (Leverkusen). (E) Nitro-o-xylene crude (Leverkusen). (F) Nitro-o-xylene crude (Griesheim). (G) 3-Nitro- and 4-Nitro-o-xylenes (Separation at Griesheim). (H) Separation of 3- and 4-nitro-o-xylenes by fractionation: Laboratory investigation at Leverkusen. (I) 4:5-Dinitro-o-xylene (Griesheim). 3. The Xylidines:- (A) Mixed Xylidines - Xylidine F (Leverkusen). (B) m-4-Xylidine (Leverkusen) (C) m-2-Xylidine (Leverkusen). (D) p-Xylidine (Leverkusen). (E) m-5-Xylidine (Leverkusen). (F) o-3- and o-4 xylidines (Griesheim). List of documents. Drawings, Flow diagrams, etc.

Introduction. Personnel Interviewed. Laboratory Investigations. Semi-Technical Development. Pilot-Plant Work :- Apparatus - Method of working - Optimum reaction conditions:- (a) o-Nitroaniline (b) p-Nitroaniline (c ) 4-Chloro-2-nitroaniline (d) 2-Chloro-4-nitroaniline. Full scale plant scheme - References to documents, drawings, etc. Fig. 1. Graph. Fig.2. Schematic flow diagram of Pilot Plant. Fig. 3. Flow diagram of proposed Full scale Plant.

1. Introduction 2. Personnel interviewed. 3. Principle of the process. 4. Process description. 5. Plant details. 6. Service usages. 7. Preparation of catalyst. 8. Analysis of anthraquinone. 9. List of documents and drawings. 10. Flow diagram. 11. Plant drawings.

Introduction. General Notes. Process Details:- A. Manufacture of fast bases and their intermediates. B. Manufacture of intermediates required for the Naphtol AS series. C.Manufacture of Diluents and Stabilisers for Fast salts, Rapidogens, etc. D. Additional information to that given in B.I.O.S. Report 988 on Naphtols, Fast Salts and Rapidogens. Appendix 1. List of Fast Bases manufactured by I.G.Farbenindustrie. Appendix 2. Minutes of the "Naphtol AS Protokolle". Appendix 3. List of documents. Index to processes described.

1. Particulars of Target. 2. Summary. 3. Vulcanisation accelerators:- Vulcacit AZ - Vulcacit BZ - Vulcacit CA - Vulcacit CT - Vulcacit CTN - Vulcacit D - Vulcacit DM - Vulcacit F - Vulcacit I - Vulcacit M - Vulcacit P - Vulcacit Thiuram - Vulcacit TR - Vulcacit U - Vulcacit 576 - Vulcacit 576 Extra - Vulcacit 774. 4. Miscellaneous Products:- Attramentol - Covulsan PAL - Covulsan E - Desmodur TH - Desmodur O - Desmophens - Diproxyd - Porofor N - Porofor 476 - Porofor 505a - Renacit I - Renacit II - Renacit III - Stabilisator P - Vulcanol B. 5. Documents filed. 6. Index.Particulars of Target. Summary :- 1. Higher Alcohols 2. Sulphated Alcohols and the like. 3. Higher Nitroparaffins. 4. Miscellaneous intermediates and products of I.G. 5. Miscellaneous products of Henkel et Cie. 6. Surface-active products of Goldschmidt, Essen. - Documents filed. - Appendix 1. Summary of products of Bohme Fettchemie. - Appendix 2.

1. Introduction. 2. Factories visited and personnel interviewed. 3. Manufacturing Details:- a) Naphthalene Sulphonic Acids. b) Hydroxynaphthalenes and their Sulphonic Acids. c) Dihydroxynaphthalenes, their Sulphonic Acids and Derivatives. (d) Naphthylamine Sulphonic Acids. (e) Dinitro- and Diamino-naphthalenes and their Sulphonic Acids. (f) Aminonaphthols and their Sulphonic Acids and Derivatives - 1.Derivatives of J Acid - 2. Derivatives of Gamma Acid -

1. Introduction. 2. Manufacturing processes for Thioindigoid Dyestuffs. 3. Index. 4. Appendix - List of Documents.

1.Introduction 2.Description of Process. 3.Preparation of Nickel Oxide Catalyst. 4. Flowsheet.

1.Introduction. 2. General notes on Plant, etc. 3. Manufacturing Details:- (I) Chloro- and Nitro-compounds, Phenols, Sulphonic and Carboxylic Acids, Acid Chlorides, etc. (II) Alkyl Anilines and their Derivatives. (III) Primary Amino-compounds not containing Solubilising Groups. (IV) Sulphonic and Carboxylic Acid Derivatives of Primary Amines. (V) Aminophenols and their Derivatives. (VI) Primary Diamines and their Derivatives. (VII) Miscellaneous Benzene Derivatives (Aldehydes, etc.). (VIII) Polynuclear and Heterocyclic Compounds. 4. Appendix 1. Reports submitted to the

Particulars of target. Summary:- (I) I.G.Ludwigshafen products. (II) I.G.Leverkusen products. (III) I.G.Uerdingen products. (IV) I.G.Hochst products. (V) Other products. Documents filed.

Introduction. General Information. Manufacturing Processes for:- (I) Sulphur Dyestuffs (II) Sulphur Dyestuff Bases (III) Miscellaneous Intermediate Products for Sulphur Dyestuffs. Composition of Sulphur Dyestuffs Mixtures. Index. Appendix - List of documents.

1. Introduction. 2. Organisation. 3. Triphenylmethane Department. 4. Nigrosines. 5. Azo Department. 6. Anthraquinone Dyestuffs Department. 7. Intermediates. 8.Colour Formers (Photographic). 9.Uerdingen - Dyestuffs and Intermediates. Appendix 1 - List of Triphenylmethane Dyestuffs Processes obtained. Appendix 2 - Constitution and production of Triphenylmethane Dyestuffs. Appendix 3 - List of Azo Dyestuffs processes obtained from Leverkusen. Appendix 4 - Foodstuffs Colours. Appendix 5 - Grinding of colours. Appendix 6 - Constitution of Azo colours. Appendix

1.Introduction. 2.Bran & Lubbe, Hamburg. 3.Kommandit Gesellschaft Kary, Bremen. 4.Heinrich Huss 7 Co., Bremen. 5.Bamag-Meguin, Berlin, Cologne & Giessen. 6.Bamag-Meguin, Giessen. 7.I.G.Farbenindustrie, Leverkusen. Nature and use of Ion Exchange Materials (Wofatits). 8.L.S.Steinmuller, Gummersbach (Plant experience with Wofatits). 9.I.G.Farbenindustrie, Ludwigshafen. A Rhine Treatment Plant providing 100% feed water for boilers - 117 atmospheres.

Introduction. Report 1. D.A.G. Troisdorf - Interview with Dr. Habbel. Report 2. Information from DEGUSSA - Frankfurt. Report 3. Paraxol Factory - Schrobenhausen. (a) Starting materials - (b) Process - (c) Analytical. Report 4. I.G. Factory - Ludwigshafen. Flow Sheet.

1.Synthetic Phenol :- (I)Introduction (II)The Sulphonation Route. (III)The Chlorination Route. (IV)General Comments. 2. Salicylic Acid.:- (I)Introduction (II)Method of manufacture (III)Yields (IV)o-Cresotinic Acid. 3.Intermediates:- (I)Summary (II)Special research in the Intermediate Field since 1937. (III)Stability of Paste Intermediates.

1.General. 2.Persons interviewed. 3.Publications about the instrument. 4.Description of the instrument. 5.Standardization of the illumination. 6.Range covered. 7.Calls for the liquid to be tested. 8.Some applications of the photometric titration. 9.Fluorescence measurements. 10.Accuracy claimed. 11.Captions to figures. Documents 1. Date of Investigation 2. General Notes on Mersol Process 3. Notes on Details of Mersol Process 4. Alternatives to Mepasin as Raw Material 5. Notes on Capacity of Wolfen Plant

List of Illustrations. Foreward Summary and Recommendations. PART I. Introduction. List of Targets Visited. PART II. German Technique in the Use of Instruments in the Chemical Industry (1) General Remarks (2) Flow (3) Temperature (4) Pressure (5) Liquid Level Instruments (6) Automatic Control (7) Boiler Plant Control (8) Instrument Maintenance (9) COntrol Rooms & Panels PART III. Targets Visited (1) Siemens & Halske, Erlangen. C31/809 (2) Vereinigte Flusspathgruben, Stulln. C31/1365 (3) F.M. Lautenschlager, Munich. C31/6160. (4) Anorgana Gendorf, Power Station (5) Anorgana Gendorf, Chemical Factory C31/3343 (6) Chemische Werke Transeche, Gersthofen. C31/6162 (7) I.G Gersthofen C31/807 (8) D.A.G Bobingen C31/6163 (9) J.C Eckhardt, Stuttgart C31/6161 (10) Bopp & Reuther, Manheim C31/1004 (11) Ludwigshafen & Oppau C31/675 (12) I.G. Hochst C31/1788 (13) Hartmann & Braun, Frankfurt C31/1667 (14) Chemische Werke, Huls C31/771(a) (15) Gelsenberg Benzin A.G. Horst C31/4598 (16) I.G Leverkusen C31/1968 (17) Union Rheinische Braunkohle Kraftstoff, Wesseling C31/2727 PART IV Description of Special Instruments (1) The U.R.A.S Infra Red Absorption Analyser (2) The S. & H. Magnetischer Sauerstoffmesser (3) The I.G Magetischer Sauerstoffschreiber (4) The G.S.T Regulator Type T.P.40 (5) Electro-Mechanical Regular (6) I.G. Automatic Vapour Pressure Meter for Petrol (7) The Omeco Oxygen

I. Purpose II. General Introduction 1. Location of Targets. 2. Arragement of Report. III. Administrative Information. 1) Capital. 2) Profit. 3) Costing System. 4) Depreciation. 5) Types of Products and Markets 6) Management 7) Size of Unit. 8) Organisation. 9) Laboratories. 10) Labour. 11) Time and Motion Study. 12) Welfare and Amenities. 13) Housing of Workpeople. IV. Buildings, Plant and Machinery 1) Buildings. 2) Steam Raising Planet 3) Motive Power 4) Water Heating for Processing 5) Steam Distribution. 6) Steam Extraction Planet 7) WaterSoftening Plant 8) Machinery and Machinery Layout 9) Effluent V. Loose Woll Dyeing 1) Raw Materials 2) Scouring 3) Internal Transport 4) Colour Rooms 5) Dyeing Machines 6) Washing Off 7) Dyestuffs and Application 8) Drying 9) Packing VI. Slubbing and Yarn Dyeing 1) Yarn Dyeing 2) Slubbing Dyeing 3) Rayon Tops 4) Peroxide Bleaching 5) Drying VII. Piece Dyeing and Finishing 1) Grey Room, Classification and Marking 2) Prepartion (Setting) 3) Scouring and Washing Off 4) Milling 5) Carbonising 6) Dyeing 7) Dyer's Office 8) Colour Stores 9) Dyestuffs 10) Water Extraction 11) Scutching 12) Drying 13) Conditioning 14) Cropping 15) Raising 16) Perching 17) Decatising 18) Damping 19) Shrinking 20) Pressing 21) Make-up 22) Processing Methods VIII Observations 1) Machinery 2) Output 3) Labour 4) Research Chemists and Consultants 5) General Conclusion IX. List of Plants I. General 1. Particulars of Traget 2. Condition of Target. II. Sodium Perborate Electrolytic Method. 1. General Description of Process 2. Output 3. Detailed Description of Plant. 4. Detailed Description of Process 5. Raw Material 6. Analysis 7. Labour Requirements 8. Costs & Usages 9.Efficiencies III Chemical Method 1. General Description of Process 2. Output 3. Detailed Description of Plant. 4. Detailed Description of Process 5. Raw Material 6. Analysis 7. Labour Requirements 8. 1) Ultramarine Blue (A) Vereinigte Ultramarinfarbriken Duisberg factory (B) Vereinigte Ultramarinfarbriken Marienberg Report on samples obtained from Marienberg factory of V.U 2) Prussian Blue Introduction and manufactoure. Description of Firms. (A) Chemische Fabrik Wesseling A.G (B) G. Siegle & Co. Besigheim.Nr.Stuttgart. (C) Chr.Hostmann-Steinberg'sche, Celle Near Hanover (D) Franz Rasouin A.G. Mulheim, Koln (E) Kali Cemie A.G.Niederschoneweide Berlin 3) Lead Chrome and Greens 1. Methods of Conducting Investigation 2. G. Siegle & Co Stuttgart 3. Kali Gehmie A.G. Charlottenburg, Berlin 4. Gebrunder Vossen, Aachen 5. Farkwerke Rasquin Cologne 6. Chr. Hostmann-Steinberg'sche, Celle Near Hanover 7. Light fastness tests. 4) Molybdate Lead Chromes Introduction (A) I.G Farbenindustrie Uerdingen Process (B) Gebr Vossen A.G. Process (C) Kali Chemie A.G. Charlottenburg Process. 5) Zinc Chromes (A) Method of Compilling the report and manufacturers. (B) Properties of Zinc Chromes (C) Recipes 6) Barium Chromate 7) Iron Chromate 8) Chromium Oxide Greens (A) I.G Ferbenindustrie Uerdingen Process (B) Riedel de Haen Process (C) Vereinigte Ultramarin Fabriek Process 9) Hydrated Chromium Oxide - I.G. Leverkusen Process 10) Manganesse Violet 11) Bremen Blue 12) Alumina Hydrate 13) Alumina Hydate - Blanc Fixe 14) Cement Blue (A) I.G. Farbenindustrie Uerdingen Process (B) Kali Chemie Process 15) 1. Introduction 2. Processes for Tripehnylmethane Dyestuffs made at Hoechst 3. Processes for Tripehnylmethane Dyestuffs made at Ludwigshafen 4. Processes for Tripehnylmethane Dyestuffs made at Leverkusen 4. Appendix - List of Documents 5. Alphabetical Index.

1. Foreward 2. Index 3. Index of Drawings and Photographs 4. Terms of Reference of Mission 5. Form of Presentation of Report 6. Units adopted in Report 7. General Introdution 8. Table Showing Factories Visited and Personnel Interviewed. 9) Details of Works Visited a) I.G Ludwigshafen b) Chemische Werke - Huls c) I.G. Farbenindustrie A.G. Hochst-am-Maine d) Report 1 - Kalle & Co., Wiesbaden - Biebrich a) Object of Visit b) Personnel Interrogated c) Condition of Target d) History of Kalle & Co e) Production of Artificial Glass f) The Ozalid Department g) Testing of Ozalid Papers h) Mixing Room i) Coating Machine for Ozalid Paper j) Coating Machines for Ozalid Foils k) Roling Off Department l) Research and Development m) Patents and Applications for Patents n) Heat Development Process o) Discussion on Ozalid Processes p) Forumula of Ozalid 'M', Forumula of Ozalid "Blau F", Forumula of Ozalid T.S, Forumula of Ozalid B.G Report 2 - Richard Schwickert A.G, Freiburg, Baden a) Personnel Interviewed b) Condition of Target c) Coating of Seitised Materials d) " " Oiled Papers e) " " Tracing Cloth f) Formula for Tracing Cloth. Report 3 - J.P. Sonntag G.M.B.H, Emmendigen, Baden a) Personnel Interviewed b) Condition of Traget c) Description of Products Manufactured Report 4 - Ranker-Belipa, Duren a) Personnel Interviewed b) Condition of Plant c) Products Manufactured d) Discussion of Sensitised Materials e) Discussion on Sensitised Materials f) Forumla of Diazo Red Line Paper g) Ferro Prussiate Process h) Waterproof Transparent Tracing Cloths and Papers Report 5 - Gunther-Wagner, Hanover a) Personnel Interviewed b) Conditions of plant c) Black Waterproof Drawing Ink d) Bottling Procedure e) White Waterproof Ink f) Coloured Waterproof Ink Report 6 - Sepang & Co., Stuttgart a) Personnel 1. Introduction 2. Processes for Indigoid Dyestuffs and intermediates 3. Processes for Indigo Reduction Products 4. Processes for Sirius Light Blue Dyestuffs (Dioxazines) 5. Processes for Sirius Light Yellow Dyestuffs 6. Process and Flow-Sheets for Auramine O. 7. List of Documents 8. Index.

1. Introduction 2. Anthraquinone Intermediates 3. Anthraquinone Wool Dyestuffs 4. Celliton Dyestuffs (anthraquinone type) 5. Helio Fast Pigments 6. Index 7. Appendix - List of Documents

Introduction. PART 1 - A) Isotope Techniques. 1. Preparation of Isotopes a) Raioactive b) Stable 2. Estimation of Isotopes a) Radioactive b) Stable 3. Uses of Isotopes 4. Neutron photography B. Electrical Instruments 1) Electron microscopy a) Instruments b) Applications c) Techniques 2) Electrostatic Generator 3) Magnetisation of Ships 4) Acoustics of Musical Instruments 5) X-ray Analysis 6) Photoelectric Cells 7) Electrometers 8) Dielectric Constant Measurements 9) Electrophoresis 10) pH Measurement C. Optical Instruments 1) Spectroscopy a) Ultra-violet and Visible b) Intfra-Red 2) Colorimetry 3) Optical Components D. 1) Platinum Resistance Therometers 2) Calorimetry a) High Temperature Adiabatic Calorimeter b) Low Temperature of Calorimeter E. Ultracenrifuges 1) Instruments a) The Leverkusen Model b) The PHYWEUltracentrifuge 2) Applications F. Particle Size Analysis 1) Sedimentation Balance 2) Particle size of dusts 3) Miscellaneous G. Balances H. Chemical Engineering I. Miscellaneous 1) Coating of Mirrors by metal evaporations 2) Ultrafilter PART II. 1. I.G Farbenindustrie - Hochst 2. I.G Farbenindustrie - Mainkur 3. I.G Farbenindustrie - Ludwigshafen/Oppau 4. I.G Farbenindustrie - Leverkusen 5. I.G Farbenindustrie - Chemische Werke, Huls 6. W.G. Hereaus - Hanau a Main 7. Bernhard Halle Nacholger - Berlin 8. R.Fuess - Berlin 9. C.A Steinheill Sohne - Munich 10. 1. Introduction 2. Vat Dyestuffs 3. Preparation of Indanthrene and Celliton Fine Powders 4. Anthrasol 5. Index. 6. Appendix - List of Documents.

1) Introduction 2) The Investigation 3) Summary 4) Reports on Individual Factories i) I.G Farbenindustrie A.G Laverkusen ii) I.G Farbenindustrie A.G Uerdingen iii) I.G Farbenindustrie A.G Ludwigshafen iv) I.G Farbenindustrie A.G Rheinfelden v) A.G fur Stickstoffdunger, Knapsack vi) Gesellschaft fur Teerverwertung, Duisburg-Meiderich vii) Chemische Fabrick, A.G Holten viii) Ruhr Chemie, Holten ix) I.G Elberfeld Laboratories for Study of Industrial Toxicology 5) Index1) Introduction 2) Accident Prevention organisation 3) Frequency Rate of Accidents in Germany 4) Propaganda and Committees 5) Visits to Chemical Works: I.G Farbenindustrie, A.G. Leverkusen, I.G Farbenindustrue, A.G Uerdingen, Chemie, Holten, I.G Stickstoffdunger, Knapsack, I.G Dynamit, A.G. Troisdorf, I.G. Farbenindustrie A.G Dormagen, I.G Farbenindustrie A.G, Ludwigshafen 6) Notes on some German dispersed chemical factories 7) Fire Proection 8) Notes by 1. Introduction 2. Description of Azo Plant at Leverkusen 3. Research on Azo Dyestuffs 4. Azo and Lake Dyestuff Processes (1) Azo Acil Wool Dyes (2) Azo Chrome Wool Dyes (3) Azo Direct Dyes (4) Azo Dyes for Acetate Rayon (5) Lakes and Pigments 5. Appendix - List Documents 6. Index

1. Foreword 2. The Manufacture of Synthestic Fatty Acids a) Raw materials used at Witten b) Raw materials used at Oppau c) Conversion of parafinns to fatty acids 3. The Manufacture of Soaps from the Synthetic Fatty Acids 4. Characteristics of Synthetic Fatty Acids 5. Properties of the Soaps from the Synthetic Fatty Acids 6. Causes of and Means for Avoiding the unpleasent odour of the soups. 7. Operation of the Process in the United Kingdom 8. Cost of Synthetic Fatty Acids 9. Summary and Conclusions. 10. Appendix I 11. Appendix II 12. Appendix III 13. Appendix VI 14. Appendix V 15. Appendix VI 1. Introduction 2. Saccharin by Present Process a) Manfacture of orchochlortoluene b) Manufacture of orthochlorbenzic avid c) Manufacture of acid potassium sulphobenzoate d) Manufacture of saccharin 3. Saccharin by Priror Process a) Chlorsulphonation of toluene b) Manufacture of toluene sulphonamide c) Plasticisers 4. Appendix a) Photograph - Figure 1. b) Flowsheet - Figure II c) Photograph - Figure III1. Introduction and Summary 2. Targets Visited 3. Plant Types Investigated. SECTION 1. Filters. (1) Simple Suction Filter (Nusche) (a) Slurry or Shovel Discharge (b) Tipping discharge (c ) Mechanical discharge (d) I.G Pressure Nutsche. 2. Filter Presses (a) Conventional Filter Press (b) Clarifier type press (Union Werke) (c) Prometheus Filter 3. 'Phoenix' (Kelly) Filter 4. 'Scheibler' Filter 5. Band Filter (a) Normal band filter (b) Continuous band 'Nutsche' Filter (c) 'Wolf' Capilliary band filter 6. Rotary Filters (i) Rotary Disc filters (ii) Rotary Table filter (iii) Rotary Drum filters (a) 'Imperial' Corrugated drum and comb discharge (b) 'Imperial' wire discharge (c) 'Schuchtermann' Perforated Roll discharge (d) 'Cell-less' Rotary Filter. 7. Centrifuges (a) Batch and automatic centrifuges (1) With solid basket (2) With perforated basket (b) Continuous centrifuges 8. Automatic Gas cleaning bag filters. 1. Circular type filter. 2. In-Line Mechanisms. (a) Beth (b) Intensiv (c) W.D.G (d) Stanard. 9. Dialysing 'Cenri' filter. SECTION II. Driers 1. Spray Driers (a) Driers using jet distributors - Nubilosa, Siccatom, Venubeth, D.W.M, I.G Spray Drier for Pastes (b) Driers with rotating disc distributors - Krause, Ravo Rapid 2. Drum Driers 1. Introduction 2. Organic Microchemistry 3. Kaiser Wilhelm Institute for Medical Research, Heidelberg C22/2089 4. Balance Room 5. The Determination of Nitrogen by the Dumas Method 6. Determination of Sulphur 7. Determination of Chlorine and Bromine 8. Determination of Oxygen. 9. The Determination of Methoxyl Groups 10. I.G Farben Ludwigshafen 11. Balnces 12. Determination of Oxygen 13. Determination of Chlorine and Bromine 14. Other methods 15. I.G Farben Hoechst (C22/1(g)) 16. The Determination of Sulphur 17. I.G Farben, Leverkusen 22/1(e) 18. Determinaton of Oxygen 19. E. Merck. Darmstadt 20. Sartorious-Werke Gottingen 21. The Sarorius Micro-balance 22. Department of Chemistry, The University of Heidelberg. (1) New Methods Developed in Professor Freudenbarg's Department a) The Determination of Acetyl Groups b) The Determination of Sulpher c) The Application of Base Exchange Agents in Microchemical Analysis (2) The Laboratory of the firm of Knoll Operating in the Department of Chemistry, University of Heidelbeg a) Determination of Carbon and NHydrogen b) Determination of Nitrogen by the Dumas Method 23. Discussion on Organic Microchemistry 24. Inorganic Microchemistry 25. Technische Hochschule, Karlsruche 26. Friedrich Krupps Laborartory, Essen 27. Interview with Dr. E Abrahamczik, Heidelberg 28. I.G. Farben Laboratories, Hoechst 29. Discussion on Inorganic Microcehmistry 30. 1. Manufacture of Acetic Esters I.G. Hoechst 2. Methyl Acetate 3. Butyl Acetate (Batch and continuous 4. Butyl Acetate 85 (Huels) 5. Amyl Acetate (Polysolvan A.) 6. Polysolvan (H.S) 7. Ethyl Glyvol Acetate 8. Butoxyl 9. Diethyl Carbonate 10. Butanol 11. Ethyl Hexanol (Ludwigshafen, Huels) 12. Diacetone Alcohol 13. Cyclohexanol 14. Acetophenone 15. Lactic 1. Targets Investigated 2. Personell Interviewed 3 Plant Description 4. Process Details (Arranged Alphabetically) 5. Appendix 1. 6. Appendix 2. 7. Appdendix 3. 8. Appendix 4.

1. I.G Farbenindustrie A.G Oppau Works 2. Knoll A.G. Chemical Industries 3. Kurt-Raschic Company 4. General

1. Location 2. Introduction 3. T.N.T 4. Nitration 5. Purificatoj 6. Research 7. General

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1. Introduction 2. Inorganic Division 3. Organic Division 4. Appendix 1.

1. Introduction 2. Description of Plant 3. Personnel 4. Table I.

1. Detergent Testing 2. Wash Test No. 1 3. Wash Test No. 2 4. Wast Test No. 3 5 Wool Tests 6. Stain Remover Tests 7. I.G Washing Agents 8. Development of Washing Agents

1. Gummdwarn Werke F. Clouth, Cologne 2. I.G Faben, Leverkusen 3. Harzen Achsenwerke, Bornum am Harz 4. Continentale Gummdwerke, Hanover 5. Chemische Werke Marienfelde, Rich, Bosche 6. Maschinenfabrik, Offenbach A. Main, C.A. Neubecker 7. Appendix I 8. Appendix II 9. Appendix III.1. Interrogation 2 - 5th December, 1947 2. Interrogation 29th November 1947 3. Interogation 18th November, 1947 4. Interogation 26th November, 1947 5. 8th December, 1947

1. Introduction 2. Method of Preparation 3. Uses for Vecteurs a) Offensive C.W b) Therapeutic Use 4. Conclusions 5. Recommenations 6. Appendix I. List of Documents

1. Cellulose for Cupra-Ammonium Rayon 2. Preparation of Basic Copper Sulphate 3. The Copper Recovery System 4. 1. Introduction 2. Interview with Prof. Lautenschlager 3. Interview with Dr. Karl Winnacker and tour of Plant 4. Mischellaneous Activties 5. Important documents turned over to MIRS for filing

1. Diisocyanates and Polyurenthanes 2. Ethyl Cellulose 3. Benzyl Cellulose 4. Aceyl Cellulose (Cellaprit) 5. List of Documents

1. Introduction 2. Inspection of Plant 3. Process a) Rection Mecanism b. Description of Apparatus and Working Proceedure 4. Recommendations

1. Introduction 2. Proccesses a) Chief Organic Compounds b) Luran c) Triethanolamine d) Clycerine Substitute e) Phosgene f) Oxidation of Hydrocarbons g) Soap Substitute h) Aldehydes i) Fatty Acids j) Synthesis of Benzene k) Alaine l) Aliphatic Amines m) Adipic Avid n) Resin o) Production Figures 3. Research Programme, Organic1. Introduction 2. Raw Materials 3. Products and Processes a) Formaldehyde b) Acetylene c) Ethylene d) Styrene e) Polystyrene f) Acetone and Acetaldehyde g) Acetic Acid h) Aldol i) Mekal BX j) Butadiene k) Buna l) Chlorine and Caustic m) Glycol n) Hydochloric Acid o) Vinyl Chloride and Polyvinyl chloride p) Lubricating Oil q) Tetrachloroethane r) 1. Summary 2. Aluminum Hydroxide Pigments 3. Equipment 4. Raw Material Specifications 5. General Comments 6. Silicate Catalysts

1. Summary 2. Melamine 3. Maprenal MJB 4.Japanac Substitute 5. Benzoguanamine 6. Maprenal BG 7. Kaurit MKF 8. Phenothiazine 9.Dyes 10. Textile Agents, etc. 11. Mainjur, Pproduction and Capacites

1. Introduction 2. General Infromation on Manufacture a) Inorganic Products b) Organic Products c) Dyes d) Nitrogen Products 3) Work for the Wehrmacht 4) Special Items a) Fertilizers b) Chemical Welfare Materials c) Detergents and Related Products d) Resins and Plastics e) Insecticides f) Rubber Chemicals g) Photographic Chemicals h) Perfumery and 1. Introduction 2. Prewar Developments a. Igepons (1) Commerical Types (2) Raw Materials (3) Manufacturing Processes (a) Oleyl Chloride (b) Igepon AP High Conc (c) Igepon T High Conc (d) medialan A Powder b. Igepals (1) General Description (2) Commerical Types (3) Raw Materials (a) Ethylene Oxide (b) Allkyl-hydroxy-aryl Compounds (4) Manufacturing Processes (a) Alkyl Phenol (b) Alkyl phenol polyglycol ether (c) Igepal B (d) Igepal Powder form 3. Wartime Developments a. Detergents of the Slkyl-Aryl-Sulfonate Type. (1) Commerical Types (2) Raw Materials (3) Manufacturing Process (a) Hochst No. 1/181 (b) Hochst No. 1/184 b. Emulsifying Agents and Detergents from Fischer-Tropsch Oils (1) Mepasin as a Raw Material (2) New Syntheses of Mepasin Sulfonic Acid (a) Light plus Ozone (b) Peracid Process (c) Acetic anhydride (3) Pilot Plant Manufacture of Mepasin Sulfonic Acid (a) Activation using Light (b) Peracid Process (4) Emulsifiers from Mersol (a) General (b) Emulphors STH and STX (c) Uses and Applications (d) Properties (e) Theoretical Considerations (5) New Developments (6) Improvements in Detergent Compositions (a) Summary of Hochst Wartime Research (b) Developement and Use of Tylose (c) Future of Tylose 4. Dismulgans a. Discussion b. Manufacturing Processess (a) Dismuglan III (2) Dismuglan IV (3) Dismuglan V (4) Dismuglan VI (5) Dismuglan VII 1. Summary 2. Organisation 3. Products 4. Pharmaceuticals 5. Leather Assistants and Taning Agents 6. Textile Assistants 7. Wasthing Compositions 8. Plastics 9. Miscellaneous Items

1. Investigation Procedure 2. Description of Target 3. Projects for the Wehrmacht a) Replacement of Phosphorous in Incendiary Bombs and Grenades b) Radio-Measuring Grenade ("Funkmessgranate") c) Adhesive Mines d) Laughing Gas - CM1 e) Fire Extinguishing Material CB f) Hexogen g) Tetranitromethane & Nitroform (X-Stoff) h) Panzer Glass i) Fog Acid j) 1. Introduction 2. Chlorine Plant 3. Sodium Sulfide 4. Methane Chlorination Plant 5. Monochloroacetic Acid 6. Sulfuric Acid and Chlorosulfonic Acid 7. Acid Proof Cements 8. Synthetic Tanning Agents 9. Acetaldehyde Division 10. Vinyl Acetate Monomer 11. Polymers from Vinyl Acetate 12. Commercial Applications of Vinyl Polymers 13. Polyurethane 14.Synthetic Carbazole 15. Insecticides 16. Pharmaceuticals and Medicinals 17. Substitute for Clyterine (Glcerogen)

1. Summary 2. Description of Equipment

1. Introduction 2. Organisation 3. List of Products 4. Raw Materials Used 5. Inorganic Products 6. Organic Products 7. Index

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1. Introduction 2. Nitrocholorobenzene 3. Paranitraniline 4. Hydroquinone 5. Chlorobenzene

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1. Introduction 2. Glossary of German Names for Various Chemical Products

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1. Location of Offices 2. Tetraethyl Lead 3. Ethyl Chloride 4. Sodium 5. Iron Carbonyl 6. Aromatic Amines 7. Methanol 8. Mersol 9. Lubricating Oil 10. OXO Process 11. Synthetic Fatty Acids 12. Aviation Fuel - Leuna 13. Kybol 14. Oppanol 15. Lupolene 16. Preparation of Hydrocarbons from CO and H2 (Sinthered Iron Catalyst)1. Introduction 2. General Information on Manufacture a. Inorganic Products b. Organic Products c. Dyes d. Nitrogen Products 3. Work for the Wehrmacht 4. Special Items a. Fertilisers b. Chemical Warfare Materials c. Detergents and Related Products d. Resins and Plastics e. Insecticides f. Rubber Chemicals g. Photographic Chemicals h. Perfumery and I. Introduction A. General B. Plant C. Interrogation of Dr. Horlein, Director of the Plant D. Interrogation of Dr. Lutter, General works superintendent E. Manufacturing F. General scope of the testing products. II. The Organic Research Department A. Personnel B. I.G Consultents C. Bonus Plan D. Patent Scope E. Sulfa Drugs 1. Products 2. Marfenil 3. Compounds made in the search for Marfanil 4. Tibatin 5. Compounds made in the Tibatin series 6. Sulfone derivatives for chemotheraphy other than Tibatin 7. Badional, uses and preparation (a) Preparation of sulfocalcium (b) Acetyl Badional (c) Resolution of Aceyl Badional (d) Hydrogen of Acetyl Badional (e) Purification of Badional. 8. Sulfonamides in Trachoma F. Synthetic Oestrone 1. Preparation of l-Acetylenyl-6-methoxy-tetralol-1 2. Preparation of l-Ethinyl-3,4-dihydro-6-methoxynaphthalene 3. Prepartion of l-Vinyl-3,4-dihydro-6-methoxynaphthalene 4. Reaction of l.Vinyal-3,4-dihydro-6-methoxynaphthalene with citraconic acid anhydride 5. Hydrogenation of condensation product 6. Reduction of the Anhydride to the Lactone 7. Preparation of the Methyl ester of the hydroxy-carboxlyic acid 8. Preparation of the brom-eater 9. Reaction of the brom-1. Introduction 2. Method of Manufacture A. Reactions B. Steps 3. Description of the Process A. Preparation of Aniline Sulfate B. Oxidation of the Aniline Sulfate to Benzochinone from the Oxidation Mixture D. Reduction of the Benzohinone E. Working up the Reduction Liquor F. Pruifictation of the Hydroquinone 4. Atomal

I. Kaiser Wilhlem Institutte Fuer Kohleforchunng Muelheim/Ruhr 1. Introduction 2. Organisation 3. Scientic Devlopment 4. Laboratory and Pilot Equipmet of Note 5. Commercial Development II. Ruhr Chemie A.G, Holten-Sterkrade 1. General 2. Processes III. Chemische Fabrick Holten, Holten-Sterkrade 1. General 2. Operatoins. IV. Oxo Gesellschaft m.b.H, Holten-1, Introduction 2. Oppau Wehrmacht Contracts a. Direct Sales to the Wehrmacht b. Research Contracts 3. Ludwigshafen Wehrmacht Items a. InorganicDivision b. Organic Product Vivisions. 4. Index

1. Introduction 2. Inorganic Division 3. Monomers and Polymers 4. Tanning Agents (Tanigans) 5. Ethylene, Ethylene Oxide and Glycols 6. Miscellaneous Organic Chemicals 7. Index

1. Dr. Albert Herrlich - Munich a) Malaria b) Trench Fever c) Leishmaniasis d) Dysentery e) Intestinal Cocoidiosis 2. Professor Otto Fischer - Augsberg 3. Dr. Werner Judge - Endorf - Malaria 4. Professor Dr. Erich Martini - Bad Aibling - Malaria 5. Dr. Albert Westphal - Bad Aibling - Diagnosis of Latent Malaria 6. Professor Claus Schilling - Augsberg - Malaria Immunity 7. Underground Factory - Mainz 8. Professor Herman Eyer - Augsberg a) Typhus Fever Vaccine b) Trench Fever 9. Dr. Heinrich Muckter - Typus Fever Vaccine 10. Professor Dr. Freidrich Plattner - Augsberg a) Dark Adaptation b) After Image c) Regeneration of Nerves 11. Brig. General Kurt Hoffman - Augsberg 12. Dr. Samuel Muller, Dr. F. Hairle, Dr. Karl Horr - Tubingen - Tropengenesungsheim (Tropical Convalescent Home) 13. Professor Otto Stickl - Tubingen 14. Dr. Willy Usadel - Tubingen 15. Dr. Hans Hermann Bennhold - Tubingen - Serum-proteins 16. Dr. Frankz Knoop - Tubingen 17. Dr. Butenandt - Tubingen a) Insect Attactants b) Pigment of Fruit Flies c) Carcinogenic Studies 18. Professor Richard Kuhn - Heidelberg - Dibrom Salicyl

1. Infra-Red Telescropes 2. Dr. Carl Bosch Statement 3. Flourescent Screens by the ECRONOL Process 4. Flourescent

Introduction I. Gas Productions II. Ammonia Synthesis III. Methanol & Higher Alcohol Synthesis IV. Hydrogenation V. D.H.D Process VI. Hydroforming Process VII. Arobin Process VIII. Catalytic Cracking IX. Dehydrogention of Butane - Alkylation X. Isomerisation of Normal Butane XI. Synthetic Lybricating Oil - Leuna XII. Synthetic Lubricating Oil -Schkopau XIIA.

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1. Abstract 2. Introduction 3. Discussions.

1. Abstract 2. Acestivc Acid Recovery 3. Recovery of Acetic and Butryic Acids from Acid Precepitation Liquors

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1. Abstract 2. Machinery 3.Methods of Applications 4. Appendix No. 1 5. Appendix 2 6. Representative Forumlas

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I. Introduction. II. Synthesis of Hydrocarbons from Water Gas A. Fixed Bed Gas Recycle Process-Michael B. Foam Process-Michael C. Iorn Catalyst in Tubular Reactors-Michael D. Rixed Bed, Oil Circulation Process-Duftschmid III. Toluene Production A. Double. DHD Process - Donath B. DHD Extraction - Donath IV. Oxidation Processes A. Fatty Acid Productions- Schiller and Kusinger B. Methane-Oxygen Process - Schiller, Koch and Bartholome C. Hydrogen Peroxide from Propane - Bartholome D. Acetylene from Ethane - Sachsse V. Polymerization and Condensation Processes A. Oppanol Production - Guterbock and Schwarz B. Isobutylene Polymerization - Kuhn C. Lupolen H. Hopff and Schwarz D. Paraflow - Christmann E. Bunol - Steinhofer F. Buna D. - Harbeck G. Koresin -Christ VI. Chlorination Processes A. Preparation of Alkyl Dichloride - Leutner B. Butadiene from Butylene - Leutner C. Butadiene from Butane - Weldmanmn VII. Miscellaneous Processes and Products A. Hydrogenation of Butadine to Butylene - Conrad B. Kybol - Walmann C. Tannol - Kuhn D. Vanol HS - Lorenz E. Diolefins from Olefins and Formaldehyde - Bueren F. Preparation of Alkyl Alcohol - Klein G. Methacryl nitrile - Lorenz VIII. A. Research - Fromherz B. Equipment - Luft

1. Abstract 2. Introduction. 3. Significant Points of I.G Farbenindustrie Technology 4. Phthalic Anhydride 5. Manufacture of Aniline by Hydrogen Reduction of Nitrobenzene 6. Appdenix 1 - List of German Personnel Interviewed 7. Appendix 2 - List of Targets Visited 8. Appendix 3 - Bibliography 9. Appendix 4 - Drawings and Figures

1. Introduction a) Objectives b) Evaluation 2. Process Details a) Process Summary b) Sodium Phenolate Step c) Reaction with CO2 d) Sublimation 3. Yield 4. Size of Agitators

1. Introduction 2. Text Material 3. Alphabetical Register of Microfilmed Dyestuffs 4. Index to Systematic Reigster 5. Systematic Register 6. Appendix 1 - List of German Personnel Interviews 7. Appendix 2 - List of German Targets Visited. 8. Appendix 3 - Bibliography 9. Appendix 4 - List of Samples Evacuated 10. Appendix 5 - Glossary of Trade Names Used by 1. Introduction 2. Text Material 3. Alphabetical Register of Microfilmed Dyestuffs 4. Index to Systematic Reigster 5. Systematic Register 6. Appendix 1 - List of German Personnel Interviews 7. Appendix 2 - List of German Targets Visited. 8. Appendix 3 - Bibliography 9. Appendix 4 - List of Samples Evacuated 10. Appendix 5 - Glossary of Trade Names Used by the I.G VOLUME II. I. Alphabetical Register of Microfilmed Dyestuffs (Letters I to Z)1. Introduction 2. Text Material 3. Alphabetical Register of Microfilmed Dyestuffs 4. Index to Systematic Reigster 5. Systematic Register 6. Appendix 1 - List of German Personnel Interviews 7. Appendix 2 - List of German Targets Visited. 8. Appendix 3 - Bibliography 9. Appendix 4 - List of Samples Evacuated 10. Appendix 5 - Glossary of Trade Names Used by the I.G VOLUME III I. Index to Systematic Register II. Systematic Register (Section I - XV)1. Introduction 2. Text Material 3. Alphabetical Register of Microfilmed Dyestuffs 4. Index to Systematic Reigster 5. Systematic Register 6. Appendix 1 - List of German Personnel Interviews 7. Appendix 2 - List of German Targets Visited. 8. Appendix 3 - Bibliography 9. Appendix 4 - List of Samples Evacuated 10. Appendix 5 - Glossary of Trade Names Used by the I.G VOLUME VI I. Systematic Register (Section XVI) II. Appendix 1 - List of German Personnel Interviews III. Appendix 1. Introduction. PART I. a) Phenol from Chlorbenzene at I.G Garbenindustrie, Leverkusen b) Reactions c) Raw Material d) Capacity e) Background f) High Pressure Reaction System g) Separation of Phnyl Ether h) Neutralization i) Extraction of Phenol j) Neutralization k) Extraction of Phenol l) Distillation of Phenol m) Labor Requirements n) Process Control o) Safety p) Discussion of High Pressure Equipment and Materials q) Operating data. PART II. a) Phenol Manufacture by the Sulfonation Process at Leverkusen b) Sulfonation c) Sulfite Treatment d) Neutralization with Calcium Carbondate e) Evaporation and Drying f) Fusion g) Recovery of Sodium Sulfite h) Treatment with Sodium Bicarbonate i) Carbnonation j) Crude Phenol Treating k) Extraction l) Phenol Distillation m) Operating Data n) List o Apparatus for Sulfonation Phenol Plant PART III. a) Chlorobenzene Manufacture at I.G Fabenindustrie in Hochst b) Steps in Manufacture c) Operation d) Instrumentation e) Materials of Construction f) Operating Data g) Recovery of Chorobenzenes at Griesheim PART VI a) Chlorobenzene Manufacture at Leverkusen b) Batch System c) Operating Data d) The Continuous System e) Hydrochloric Acid Aystem f) Catalysts g) Comments PART V. a) Phenol Manufacture by the Raschig Process at DR. F. Raschig GmbH Ludwigshafen am Rhein b) Capacity c) Reactions d) Process e) Operating Data 2. Appendices.

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1. Introduction 2. General 3. Information on Percelain Enamels 4. Impact 5. Reflectance, Gloss and Color 6. Scratch Resistance 7. Information on Ceramic Colors and Related Products 8. Appendix 1 List of German Scientific and Technical Personel Interviewed 9. Appendix 2 - List of German Targets Visisted. 10. Appendix 3 - Bibliography 11. Appendix 4 - Table 1: Translation of handbook on V-26 Flux and production of same Table 2: Abstract of Berichte des Kaiser-Wilhelm Institute fur Sillicat forschung Berlin Dahlem: Titania opacified enamels by Dietzel & Bonke Table 3: Additional Enamel Formulae Table 4: Ceramic Colors for Enamels Table 5: Body and Underglaze Colours Table 6: Glaze and Overglaze Colors Table 7: Acid Resistant and Overglaze Colors Table 8: Fluxes Table 9: Jewelry Enamels Table 10: Glass Enamels Table 11: Glazes Table 12: Rare Rare Earths Yttrium, Erbium, Ytterbium 12. Appendix 5 Figure 1: Viscosity of Fluxes in poises based on Curves Reproduced in I.G Farben Manual on V-26 Enamels Figure 2a and 2b: TiO2 Opacified Enamels Figure 3: Diagram of Four Component Sytem Na29, A1203, Si02, Ti02 Figure 4: Standard Acid Resistence Test Figure 5: Offcenter Paddle Tye Mixer Figure 6a: Rotary Kiln Figure 6b: Crusher (Kollergang)

1. Introduction 2. Potassium Bichromate Manufacture at Bitterfeld a) Outline of Process b) Raw Materials, Power and Labor Requirements c) Operating Details 3. Chrome Alum Manufacture at Bitterfeld 4. Sodium Bichromate Manufacture at Leverkusen a) Process Outline b) Performance Data c) Equipment Details d) Discussion 5. Sodim Bichromate 1. Introduction 2. Chemistry of the Processess 3. Process Flow Sheet 4. Process Diagram 5. Table 1. Equipment List 6. General Process Description 7. Disuccsion of Critical Details of Process 8. Instrumentation 9. Analyses and Analystical Methods 10. Hazards and Safety Precautions 11. Production Cost. 12. Table 2. 13. Appendix 1: List of German Personel 1. Benzyl Chloride, Xylyenechloride, I.G Lu, Tri-Dyes Dept (Dr. Rohland) Zetko 43 No. 19 2. Preparation of Triethanolamine from Aqueous Ammonia and Ethylene Oxide in presence of CO2 - I.G - T.H Dept. Lu, 18/3/43, Dr Plotz 3. Investigation into the Esterification Products of Triethanolamine with Higher Molecular Fatty Acid - I.G - T.H. Dept., Lu, 18/3/43 4. Methylolacetophenon - I.G Farbenindustrie Aktiengesell chaft, Frankfurt (Main) Hoechst

1. Introduction 2. General Summary 3. Description of Process a) Burghausen b) Hochst 4. Description of Equipment a) Burghausen Plant b) Hochst Distillation 5. Preparation of Activated Carbon 6. Appendix 1 - List of German Personnel Interviewed 7. Appendix 2 - List of German Targets Visited. 8. Appendix 3 - Bibliography 9. Appendix 4 - Figure 1 1. Introduction 2. Data for Estimation of Cost 3. Dicyandiamide 4. Process of Manufacture of Melamine 5. New Process and New Building 6. Appendix 1 - List of German Personnel Interviewed 7. Appendix 2 - List of German Targets Visited. 8. Appendix 3 - Bibliography 9. Appendix 4 - List of Samples and Drawings Evacuated 10. Appendix 5 - Information Obtained 1. Introduction 2. Sulfonamides 3. Discussion of Manufacturing Processes 4. Some Related Intermediates for the Sulfonamides 5. Discussion of Manufacturing Processes. 6. Appendix 1: List of German Scientific and Technical Peronnel Interviewed 7. Appendix 2: List of German Targets Visited. 8. Appendix 3: Processes for Sulfonamides and Related Intermediates 9. Appendix 4: Bibliography 10. Appendix 5: List of Drawings Evacuated and Photocopies

1. Introduction 2. Chemical Basis of the Process and Yields 3. First Step - Production of Ethyl-b-acid a) Process Description b) Plant Capacity and Utilities c) Chemical Control 4. Second Step - Production of 2-ethyl-anthraquinone a) Process Description b) Plant Capacity and Utilities c) Chemical Control 5. Description of Equipment 6. Appendix 1: Fig 1. Flow Sheet of the First Step Fig. 2. Flow Sheet of the Second Step

1. Introduction 2. Priciples Employed 3. Procedures in the Different Plants Viisited 4. Appendix 1: List of German Personnel Interviewed 5. Appendix 2: List of Targets Visited 6. Appendix 3: Bibliography, Abstracts and Titles 7. Appendix 4: Charts and Maps 8. Appendix 5: Special Report Prepared by Dr. H Wurtzschmitt of Ludwigshafen on "The Treatment of Effluent Question in the Plants of the I.G Farbenindustrie A.G"

1. Introduction 2. Comparative Abstract of Various Processes Listed in Appendix 4. 3: Appendix 1 List of German Personnel Interviewed 4: Appendix 2: List of Targets Visited 5. Appendix 3: Bibliography 6. Appendix Detailed Description of the Various Processes Used by the Different Companies Item 1: Nicotinic Acid Production at Bigot and Scharfe Item B: Nicotinic Acid Laboratory Work at Ludwigshafen Item C. B-oxyquinoline and Nicotinic Acid at Riedel de Haen Plants Located at a) Vanillin Fabrik, Hamburg b) Sealze nr. Hannover Item D: Nicotinic Acid and Amide Production at Elberfeld Item E: Nicotinic Introduction. I. INSECTICIDES 1) Nirosans, Manufacture of 1, 3, 6, 8 - tetranitrocarbazole 2) Tritox, Manfacture of Trchloroacetonitrille 3) Bladan - Manufacture of Hexaethyl Tetraphosphate 4) E605 - a) Manufacture of Diethyl-p-nitrophenyl monothiophosphate. b) Lauseto New or S and Lucex Powder c) Manufacture of p-chlorophenyl-chloromethyl Sulfone II. FUNGICIDES 1) Braccecol and Tritisan - Manufacture of Pentachloromitrobenzene 2) Brassison - Manufacture 1. Introduction 2. Manufacture of Tanigan Extra A 3. Manufacture of Tanigan Extra C. 4. Manufacture of Tanigan Extra F 5. Manufacture of Tanigan Extra F. 5. Tanning Agent HK 6. Tanigan Extra F 6. Appendix 1: List of German Personnel Interviewed. 7. Appendix 2 - List of German Targets Visited. 8. Appendix 3 - Bibliography1. Introduction 2. Operating Procedures for Preparation of Vat Dye Suprafix Paste and Powders "Fine" 3. Typical Plant Installation - General Arragement, Standardization of Suprafix Pastes, Dry Grinding and Mixing Vat Dye Powders "Fine", Specifications for Vat Dye Suprafix Pastes and Powders "Fine" 4. Appendix 1 - List of German Personnel Interviews Appendix 2: Flow Charts (a) Vat Dye Suprafix Paste Standardization (b) Grinding and Mixing Vat Dye Powders "Fine" Appendix 3: Equipment used for Standardization of Vat Dye Suprafix Pastes and Powders "Fine" Appendix 4, Suprafix 1. Introduction 2. Detailed Report. 3. Appendix 1 - List of German Personnel Interviewed, List of German Personnel Not Interviewed but Mentioned in the Report, 4. Appendix 2 - List of Targets Visited.

1. Introduction 2. Manufacturing Process for Dispersing Agent SS. 3. Raw Materials Specifications 4. Annual Average Production. 5. Appendix 1: List of German Personnel Interveiwed. 6. Appendix 2: Bibliography

I. Introduction II. Outline of Processes for the following Dyestuff Intermediates. 1. 1,3-Nitrobenzene Sulfonchloride 2. 5-Nitro-2-aminophenol 3. 3-Amino-2-hydroxy-5-sulfobenzoic Acid 4. Dehdrothioparatoluidine disulfonic Acid 5. G & R Satls - 2-Naphthol-6,8-disulfonic and 2-Naphthol-3,6-disulfonic Acids 6. R Salt I 2-Naphthol-3,6-disulfonic Acid containing less than 1% Schaeffer's Salt 7. R Salt II 2-Naphthol-3,6 disulfonic acid containing 2 to 4% Schaeffer's Salt 8. R Salt III 2-Naphthol-3,6-disulfonic acid in solution containing about 12% Schaeffer's Salt 9. Cleve's Acid 1,6 and 1,7 (1-Naphthylamine-6-sulfonic Acid and 1-Napthylamine-7-sulfonic Acids) 10. 1-Amino-7-naphthol-3-sulfonic Acid 11. 4-Aminobenzothiazole of I Acid 12. Beta-ethoxy-1-6-Cleve's Acid 13. H Acid 1-Amino-8-Naphthol-3,6-disulfonic Acid 14. Amino H Acid 1-Naphthylamine-3,6,8-trisulfonic Acid 15. M Acid 1-Amino-5-hydrozynaphthalene-7-sulfonic Acid 16. 1-Naphthylamine-4,6,8-trisulfonic Acid 17. Naphthalene-1,5-disulfonic Acid 18. 1-Amino-2,4-dibromanthraquinone 19. 1,5-Diaminoanthraquinone 20. Anthracuinone 1,5 and 1,8 disulfonic Acids 21. 1-Amino-5-benzoyl-aminoanthraquinone III. Appendix 1 - List of German 1. Introduction 2. General Data on German Rubber Vulcanization Accelerators 3. Table I General Data on German Rubber Vulcanization Accelerators 4. Process Data and Flowsheets a) Vulkacit AZ b) Figure 1 Flow Sheet Vulkacit AZ c) Vulkacit BZ d) Vulkacit CA e) Figure 2 Flow Sheet Vulkacit BZ f) Vulkacit CA (cont) g) Figure 3 Flow Sheet - Vulkacit CA h) Vulkacit CT i) Vulkacit CT-N j) Vulkacit D k) Figure 4 Flow Sheet - Vulkacit CT and CT-N l) Vulkacit DM m) Figure 5 Flow Sheet - Vulkacit D and DOTG n) Vulkacit DM o) Figure 6 Flow Sheet - Vulkacit DM p) Vulkacit DOTG q) Vulkacit F r) Vulkacit FP s) Vulkacit H t) Figure 7 Flow Sheet - Vulkacit FP u) Vulkacit H v) Figure 8 Flow Sheet - Vulkacit H w) Vulkacit I x) Figure 9 Flow Sheet - Vulkacit I y) Vulkacit M z) Figure 10 Flow Sheet - Crude Vulkacit M aa) Figure 11 Flow Sheet - Vulkacit M (Orthonitrochlorobenzol Process) bb) Figure 12 Flow Sheet - Vulkacit M (Purification Process) cc) Vulkacit P dd) Vulkacit P Extra N ee) Figure 13 Flow Sheet - Vulkacit "P" ff) Vulkacit Thiuram gg) Vulkacit TR hh) Figure 14 Flow Sheet Vulkacit P Extra N ii) Vulkacit TR jj) Vulkacit U kk) Figure 15 Flow Sheet - Vulkacit-Thiuram ll) Vulkacit U mm) Vulkacit 576 nn) Vulkacit 576 - Extra oo) Vulkacit 774 pp) Figure 17 Flow Sheet - Vulkacit U qq) Vulkacit 1000 rr) Figure 18 Flow Sheet - Vulkacit 576 and 576 Extra ss) Vulkacit 1000 tt) Figure 19 Flow Sheet - Vulkacit 774 5. Appendix 1 - List of German Personnel 1. Introduction 2. Converters and Closures a) General Method of Design b) Converter Walls c) Head Closures d) Special Designs e) Temperature and Corrosion Protection 3. Pumps and Compressors a) 4000 Atmosphere Compressor b) Paste Injection Pump 4. Piping and Valves a) General Valve 5. Appendix 1 - List of German Personnel Interviewed 6. Appendix 2. 1. Introduction - Objective, Evaluation, Guide to Reader 2. The Hoechst Acetoacetic Ester Plant 3. Manufacturing Details a) Equipment b) Manufacture of Sodiu, Ethylate Solution c) Drying of Sodium Ethylate and Synthesis of Sodium Acetoacetuc Ester d) Neutralization of Sodium Acetoacetic Ester and Recovery of Free Ester e) Working-up of the Distillates f) Control Tests g) Specifications for Raw Materials, Intermediates and Final Product h) Raw Material Requirements i) Production of By-products j) Utility Requirements 4. Appendix 1 - List of German Personnel Interviewed 5. Appendix 2 - List of Targets 1. Introduction 2. Advantages of Processes Developed 3. Processes Evelved - Types of Equipment, Labour Required for Operating Plant 4. Investigation of Recovery Equipment Erected in Pickling Plants 5. Data on the Extent of Recovery in the German Pickling Industry 6. Economic Aspects (a) Use and Disposal of Iron Sulfate Recovered (b) Savings in Sulfuric Acid (c) Simplification and Improvement of the Pickling Process 7. Public Welfare 8. Conclusion 9. Appendix 1 - List of German 1. Introduction 2. Evaluation of German Synthetic Detergents a) General Discussion b) Testing c) Alkyl Sufates d) Igepons e) Medialans f) Polyethylene Oxide Types g) Alkyl Sulonates h) Alkyl Aryl Sulfonates i) Lamepons j) Some Laboratory Detergency Test Results k) Effect of Tylose HB in Washing White Cotton l) Synthetic Detergents Versus Soap 3. Research and Development Work a) Igepon Types b) Alkyl Sufate Types c) Mersolat and Hostapon d) Alkyl Aryl Sulfonates e) Ethylene Oxide Condensations f) Mersol Derivatives g) Subsititued Carboxylic Acids h) Miscellaneous 4. Manufacturing Processes and Products a) Emulphor 0 b) Aeto PG 6 and PC 12 c) Aethoxal 291 d) Aeto Secundal 1535 e) Products P 6, P 8, P 9, P 12, P 18, P 60, P 80 f) Oxydwachs A g) Oxydamin h) Leonil 0 i) Leonil LS j) Igepon B Conc. Paste k) Nekal BX Extra Strong l) Neutralsalz NI m) Neutralsalz NII n) Mesamid H o) Emulgator A p) Lamepon A q) Colloid r) Zephirol M s) Dermolan L Neutral t) P-12 Polymerizate u) Dimerized Hexylene/Heptylene v) P-Oils and SR-Oils 5. Indext of German Surface Active Agents 6. Appendix I. List of German Personnel Interviewed 7. Appendix II. List of Targets Visited. 8. Appendix III. Bibliography 9. Appendix IV. List of Documents Evacuated 10. Appendix V. List of Samples Evacuated. 11. Appendix VI. List of Drawings Evacuated1. Translation 2. Introduction 3. Principle of the Distribution of Liquid and Drying of the Liquid Spray with the NUBILOSA Process 4. NUBILOSE Mist Spray Nozzles 5. NUBILOSA Drying Chamber 6. Constructional Data for a NUBILOSA Drier for Evaporating 2,300kg. of Water per Hour 7. Appendix 1 - Bibliograpy 8. Appendix 2 - Illustrations1. Introduction 2. Organization of the Industry 3. Organisation of Chemical Research 4. Nature of the Problems 5. Equipment 6. Product Control 7. Types of Ink Produced a) Hydrocarbon based Gravure Inks b) Ester-Alchol based Gravure Inks c) Water-based Gravure Inks d) Aniline Inks e) News Inks f) Offet and Letterpress Inks g) Miscellaneous Items 8. 1. Introduction 2. Ultrasen, Forerunner of the Blankophors 3. General History of Four Brands 4. Piror Literature on the Blankophors 5. Chemical Nature and Method of Manufacture 6. Methods of Testing 7. Use of the Blankophors as Textile Finishing Agents 8. Use of Blankophors in Laundering 9. Other Optical Bleaching Agents Studied by I.G 9. Appendix 1. 1. Introduction 2. Operating Instructions for Beta-Oxynaphthoic Acid 3. Reaction Equation 4. Reaction Course 5. Yield 6. Description of Apparatus 7. Prodcedure 8. Flow Sheet 9. Appendix 1 - List of German Personnel Interviewed

1. Introduction 2. Qualitative Analysis 3. Quantative analysis 4. Microanalysis 5. Gas Analysis 6. Biblopgraphy

1. Index to Volume I 2. Introduction 3. Benzene intermediates 4. Napthalene intermediates 5. Miscellaneous and aliphatic intermediates 6. Continuous processes 7. Analytical procedures.

1. Index to Volume II. 2. Anthraquinone vat colors, related colors and their intermediates 3. Azo and azoic colors 4. Indigoid, thioindigoid and sulfur colors 5. Basic dyestuffs including triphenylmethanes, azines, acridines, etc. 6. Engineering, safety health, miscellaneous equipment, continuous processes, construction data

1. Index to Volume III 2. Anthraquinone colors 3. Azo and azoic colors 4. Thioindigoid color 5. Sulfur colors 6. Basic colors 7. Phthalocyanines 8. Miscellaneous (Lumogens, textile printing, indicator papers, spinning colors, Corial and Eukanol colors and photographic chemicals 9. Dyestuff indentification reasearch 10. Laboratory research equipment 11. Application of X-Ray Technique in the chemical Industry 12. Organic lakes and pigments (processes and research data on azo lakes, pigments and lake of basic dyes) 13. Bibliography 14. List of Targets and Personnel Interviewed 15. Samples Obtained 16. Appendix