Summary

1

2

2.1

Laboratory systems with liquid phase reactors

2.2

Laboratory systems with fixed-bed reactors

3

Evaluation of the experiments

3.1

Composition of the make-up gas and of the residual gas

3.2

Calculation of the conversion and product palette

3.3

EDP tables with experimental results

4

Experimental results using different catalysts

4.1

Iron precipitation catalysts after H. Kölbel

4.2

Special Catalysts from Sasol

4.2.1

The Sasol catalyst 1

4.2.2

The Sasol catalyst 2

4.2.3

The Sasol catalyst 3

4.3

Catalysts from Ruhrchemie

4.3.1

Ruhrchemie catalyst LP 5/76

4.3.2

The Ruhrchemie catalyst LP 5/77

4.3.3

The Ruhrchemie catalyst LP 14/77

4.3.4

The Ruhrchemie catalyst LP 8/78

4.4

Iron whisker catalysts

4.4.1

The iron whisker catalysts for the liquid phase reactor

4.4.2

The iron whisker catalysts for the fixed-bed reactor

4.5

Manganese-iron catalysts

4.5.1

Manganese-iron catalysts from Berlin Technical University

4.5.1.1

The Mn-Fe Catalyst 1 (Berlin)

4.5.1.2

The Mn-Fe Catalyst 2 (Berlin)

4.5.1.3

The Mn-Fe Catalyst 3 (Berlin)

4.5.1.4

The Mn-Fe Catalyst 4 (Berlin)

4.5.1.5

The Mn-Fe Catalyst 5 (Berlin)

4.5.1.6

The Mn-Fe Catalyst 6 (Berlin)

4.5.1.7

The Mn-Fe Catalyst 7 (Berlin)

4.5.2

Manganese-iron catalysts of our own production

4.5.2.1

The Mn-Fe catalyst 1 (Bergkamen)

4.5.2.2

The Mn-Fe catalyst 2 (Bergkamen)

4.5.2.3

The Mn-Fe catalyst 3 (Bergkamen)

4.5.2.4

The Mn-Fe catalyst 4 (Bergkamen)

4.6

The influence of the reaction parameters on conversion, yield, and product palette

4.7

Comparison of the catalysts

5

The composition of the condensed phases

5.1

Hydrocarbon condensate

5.2

Water-soluble oxygen compounds

6

The EDP program FT 540