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2. Location and Production of Commercial F-T Plants in Germany.

During the war, Germany suffered from a great shortage of hydrocarbons, and the oil produced via FT represented a substantial part of the total domestic production as can be seen from the following table:

Source of Product Total Capacity
  Tons/Year %
H.P. Hydrogen’n 3,918,000 60.1
FT Synthesis 591,000 9.1
German Crude 1,920,000 29.5
Bituminous Coal Tar 36,000 0.5

Brown Coal Tar 50,000 0.8
@ 6,515,000 100.0

@ Data from Dr.Buetefisch, Secretary Oil Section German Industry.

These figures give the installed capacity of the plants. It must be understood that Allied bombing substantially reduced production during the last years.

The first firm to operate FT plants was Ruhrchemie A.G. who sponsored the development of the process and exercised some control over all other plants through license and catalyst preparation and regeneration. There under direct Ruhrchemie control. In the next table is given a list of the F-T plants which operated in Germany (a small unit is operated by the Kuhlmann Co. at Harnes, France, 11,000 T/Year.

GERMAN FISCHER-TROPSCH PLANTS

Name of Operator

Location

Capacity

M tons/month - Avg. Monthly Prod

Tons/Yr.

%

Motor Gasoline

Diesel Fuel

Wax & Kogasin

Lube Oil

Ruhrchemie

Holten, Ruhr

72,000

12.0

2.1

0.8

1.4

1.2

Gewerkschaft "Viktor"

Castrop-Rauxel, Ruhr

40,000

6.8

1.5

1.0

0.8

-

Rheinpreussen L.u. GH.

Moers, Ruhr

70,000

1.8

2.8

2.1

1.1

0.2

Krupp Benzin

Wanne-Eickel, Ruhr

60,000

10.2

2.2

1.1

1.7

-

Hoesch Benzin

Dormund, Ruhr

47,000

7.9

0.5

1.2

2.0

0.2

Braun Hohle Benzin A.G.

Ruhland, Saxony

170,000

29.2

8.4

2.5

3.1

-

Essener Benzin A.G.

Berghamen, Ruhr

80,000

13.6

4.1

1.8

0.8

-

Schaffpotsch Benzin Gm GH.

Deschowitz, Silesia

40,000

6.8

0.7

0.8

1.8

-

Wintershall A.G.

Luetzkendorf, Saxony

(70,000)
12,000

1.7

0.2

0.1

0.7

-

TOTAL:

591,000

100.0

22.5

11.4

13.4

1.6

(46.1%)

(23.3%

(27.4%)

(3.2%)

Of the existing 9 FT plants, 5 were of the low pressure (“Niederdruck”) type, 2 included both low pressure and medium pressure, and 2 were of the medium pressure (“Mitteldruck”) type. The distribution of theseplants and their capacities is shown in this table: DISTRIBUTION OF LP(1) AND MP(2) CAPACITY AMONG FISCHER-TROPSCH UNITS (Based on actual production for 1942)

Name of Plant LP Operation
T/Year
Mp Operation
T/Year
Total
T/Year
Ruhrchemie 18.088 44,545 62,633
Viktor 37,699   37,699
Rheinpreussen 67,212   67,212
Krupp* 48,330 11,857 60,187
Hoesch   46,044 46,044
Brabag 164,606   164,605
Essener 79,974   79,974
Schaffgotsch   26,374 26,374
Wintershall 11,468   11,468
TOTAL:
%
427,377 128,820 556,197
76.8% 23.2% 100.00%
* In this plant the first stage operates at low pressure; second stage at medium pressure.

The last FT unit, a medium pressure plant, had been built in 1937 (Completed 1939). However, it was found that this product was even less suitable for motor fuel due to its lower olefine content and no further units were built.

In the meantime, a new type of operation was developed, consisting mainly of gas recirculation (“Kreislauf”) which, on MP operation gave substantial increase in the production of olefins. This process is described in detail in this report. Two of the existing MP plants were in the process of conversion to “Keislauf” but neither had begun to operate and all information is based on pilot plant data. (1) Low Pressure; (2) Medium Press.

To give a more detailed picture of the production and product distribution of the FT plants, the following table has been prepared. This table is based on actual production for the year 1941. (The data was taken from the licensing invoices of Ruhrchemie Holten to the 9 licenses).

Note that these figures do not agree with those shown on Table II which covers the following year. The difference is due to the addition in plant capacity in that period. By 1943 the decline in production caused by Allied air activity had already begun.

The figure, barrels/day is only an approximation based on an average density of 7.5 lbs/gal. (See reference 1a at end of this section).

PRODUCT DISTRIBUTION OF FT UNITS FIGURES IN TONS/YEAR (1941)

Name of Plant Fluessigas
(gasol)
Gasoline Kogasin
(230-320ºC)
Diesel
Oil
Paraffin
(Gatsch)
Hard
Wax
Other Products not sold directly Total
Ruhrchemie 8988 20616   8454     14855 52913
Viktor 4471 18167 3358 7395 2927 833 24 37175
Rheinpreussen 7379 34191 6656 16394 5093 1408   71122
Krupp 4657 25531   11467 5575 2500 8645 58375
Hoesch 3591 9523 3749 15287 5788 351 6110 44055
Brabag 8421 77955   31845 9812 3230 8864 140177
Essener 10415 32574 4767 17007 6199 1351   72312
Schaffgotsch 1557 6035 56 5320 4441 1441 1640 20490
Winterschall 5 3388 838 631 503 195   5561
TOTAL: 49484 227980 19424 113800 40388 11309 40138 502175
% 9.81 45.57 3.86 22.50 8.00 2.55 8.00 100.00
Barrels/Day 948 4380 372 2175 755 216 770 9620

Although German price figures are not a good basis for calculation in other countries, they were used as the basis for calculating license fees to RCH. The prices for different FT products are given below:

Fluessiggas: C3-C4 22 – 26.6 Pfennig/Kg.
Gasoline: Stabilized 25.7-31.5 Pfennig/Kg.
Diesel oil 23.0-27.0 Pfennig/Kg.
Paraffin Gatsch 20.5-25.0 Pfennig/Kg.
*Special Waxes 56.0-92.0 Pfennig/Kg.
*This figure depending on melting point.

The total realization for the primary products for 1941 broken down according to plants was as follows:

Ruhrchemie

13,504,550 RM/year

25.40 Rpfg/Kg.

Viktor

9,788,611 RM/year

26.30 Rpfg/Kg.

Rheinpreussen

20,467,303 RM/year

28.70 Rpfg/Kg.

Krupp

16,987,486 RM/year

19.20 Rpfg/Kg.

Hoesch

12,114,410 RM/year

27.99 Rpfg/Kg.

Brabag

42,141,536 RM/year

30.20 Rpfg/Kg.

Essener

20,677,082 RM/year

28.50 Rpfg/Kg.

Schaffgotsch

5,978,738 RM/year

29.15 Rpfg/Kg.

Wintershall

1,685,765 RM/year

30.31 Rpfg/Kg.

TOTAL:

143,345,478 RM/year

28.40 Rpfg/Kg.

The license fee to Ruhrchemie A.G. was exactly 1% of the net sales value of the products.

For the year 1941:
Total Production: 502,175--ton/year
Total License Fee 1,433,454--RM/year
License 2.85--RM/ton product.

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