DGAP-News: Tantalus Rare Earths AG: Exploration Progress
(firmenpresse) - DGAP-News: Tantalus Rare Earths AG / Key word(s): Interim
Report/Change of Personnel
Tantalus Rare Earths AG: Exploration Progress
19.04.2011 / 16:19
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Tantalus Rare Earths AG ('TRE'), the German exploration company currently
exploring the large near surface rare earths occurrence in north-western
Madagascar (the 'TRE Project'), is pleased to provide the following update
on its exploration activities.
Highlights
- Preliminary exploration of large argillaceous laterite deposits
overlying TRE's three main hard rock target zones have returned
potentially economic grades of rare earth elements (REE) with a high
percentage of valuable heavy REEs.
- TRE's technical staff believe these argillaceous laterites are
potentially comparable to the REE bearing clays mined in southern
China. Early indications including a reconnaissance geochemical survey
of the central part of the south-eastern intrusion, suggest that REE
bearing argillaceous laterites may appear over this part of the
concession, although this is still subject to much more detailed
exploration.
- Drilling and metallurgical test work will commence on the zones of
argillaceous laterites as a matter of priority.
- Diamond drilling has continued on the hard rock REE projects. At Target
1 - Ampasibitika, a total of 7,420 m has been drilled, of which 1,420m
has been drilled since the start of March 2011.
- The results received to date indicate a good probability of continuous
REE mineralisation in the top surface layer. A large number of the
core samples contain multiple, mineralised intersections in the
unweathered bedrock.
- Dr. Dominique Rakotomanana joined the Malagasy subsidiary on 15 April
2011. Dr. Rakotomanana holds a doctor's degree in geology by the
National Polytechnic Institute of Lorraine (Nancy, France) and since
2004 has headed the Geology&Geophysics Department of the major World
Bank financed program ('PGRM') which restructured the Malagasy mining
sector and produced an up-to-date database on the country's geology,
mineral resources and geophysics.
- As announced by the company on February 28th and April 12th 2011, two
capital increases have, or are about to, take place. TRE has
successfully raised EUR2,705,950 by issuing 117,650 new shares and
expects to raise an additional EUR4,406,175of cash through the issue of
176,247 new shares in the coming weeks.
Commenting on the recent activities, Mr Jack Lifton, a member of the
supervisory board of TRE said: 'The TRE Project is emerging as a
potentially world-class rare earths project. Our discovery that the
argillaceous laterites may also host significant rare earth mineralisation
makes our project based on our current knowledge, the only known major
occurrence of this type outside of those in southern China, which currently
supply essentially the majority of the World's highly sought after heavy
rare earth elements. This comes as a bonus to the significant hard rock
potential already identified in our drilling programmes to date.
'We look forward to providing additional updates as our exploration
activities accelerate in the months ahead.'
Background
The TRE Project is an exploration project located in north-western
Madagascar and comprises rare earth-tantalum-niobium-zirconium-hafnium
enriched dykes, sills and clays associated with the emplacement of the
Ampasibitika and Tsarabariabe alkali intrusions.
Previous exploration, most notably the airborne geophysical surveys, has
defined three main mineralised zones which TRE has targeted as separate
prospects. These have been identified as radiometric anomalous areas as
well as from surface mapping and sampling. The three prospects are:
1. Target 1 - Ampasibitika - approximately 6 km long this target is
located on the north eastern coastal regions of the Ampasibitika
intrusion; drilling to date has concentrated here,
2. Target 2 - Ambaliha - around 3 km long this target has three
sub-parallel anomalous areas to the north west of Ampasibitika; and
3. Target 3 - Befitina - two sub-parallel, approximately 3 km long zones
of minor dykes and potentially mineralised argillaceous laterites to
the west and south west of the Ampasibitika intrusion.
TRE is also considering the centre of the Ampasibitika intrusion as a
possible fourth target, where parent magmas may also be enriched in one or
other of the target elements.
The Argillaceous Laterites
In addition to exploring the hard rock resource in Target 1, TRE is also
pursuing testwork to determine the rare earth potential of the argillaceous
laterites that overlay the bedrock in all four target areas. So far
preliminary work on the argillaceous laterites has been undertaken in
Befitina (Target 3) through trenching, pitting and geochemical soil
sampling and in Target 1 by sampling the argillaceous laterites extracted
from the diamond drill holes. Results received so far suggest that the
argillaceous laterites are generally mineralised with REE.
Based on the preliminary work undertaken on Target 1 to date, the samples
indicate an average REE grade of c. 0.1% TREO (total rare earth oxides),
with the percentage of heavy rare earths oxides ('HREO') constantly around
20% of total rare earth oxides. The weathering depth may reach 20m, the
average thickness is 7.60m. Another rare metal, gallium, is also generally
found in the argillaceous laterites, the average grade is 38ppm. Thorium
and uranium are particularly low in the argillaceous laterites, reaching
13ppm for U3O8 and 67ppm for ThO2. There are also noteworthy grades of
tantalum, niobium and zirconium.
Two pits of 10m and 9m depth were excavated on the Befitina target and
vertically channel sampled. Each sample had a length of 50cm. Here as well,
the argillaceous laterites are mineralised in rare earths and gallium,
locally also in silver. The rare earths reach a maximum of 0.45% TREO and
average 0.24% over 3.50m in Pit1 and 0.15% over 2.50m in Pit2. The
percentage of HREO is 22% of TREO in Pit1 and 27% in Pit2. At deeper
depths, the rare earth grades decrease to 200 to 600ppm. Gallium averages
61ppm in Pit1 and 55ppm in Pit2. Pit1 showed also signs of a weak silver
mineralisation averaging 2 ppm over 3m. Uranium and thorium grades are
again low, with 59ppm U3O8 and 321ppm ThO2. in Pit 1 and 46ppm U3O8 and
245ppm ThO2 in Pit2.
The Board is optimistic that these argillaceous laterites are potentially
comparable to the REE bearing clays operated on in Southern China. Early
indications, such as a reconnaissance geochemical survey covering 20km²in
the central part of the south-eastern intrusion, suggest that REE bearing
argillaceous laterites may appear over a significant part of the
concession, although this is still subject to much more detailed
exploration.
It is TRE's plan to undertake more extensive shallow drilling over the
target areas, particularly during the dry season when access becomes
easier.
As part of its longer-term strategy, the Board is currently investigating
various avenues by which TRE can better understand the characteristics of
the REE bearing argillaceous laterites, and potential extraction techniques
thereof.
To this end, TRE has initiated mineralogical and metallurgical research to
determine a commercial extraction technique, i.e. leaching, of the rare
earth elements and the gallium.Core Drilling
Diamond drilling has been continued on Target 1. Since commencement of
drilling operations, a total of 97 holes and 7,420m has been drilled, with
a further 1,420m having been drilled since 3 March 2011. A technical
problem with one of the three drill rigs has slowed down the overall
drilling progress since late March. The rig is currently being repaired and
will resume operation within the next few days.
The original drill grid was 400m by 100m. The drill grid has now been
narrowed with particular focus on a 200m by 50m grid over a 2,600m section
of the 6,000m long (and up to 700m wide) radiometric anomaly. Based on
initial results, this section appears to host the widest mineralized veins
and associated skarns.
To date, assay results for 63 drill holes have been received from
Alschemex, Johannesburg and Vancouver. All drill cores samples are
undergoing the same procedure: the whole core is photographed and logged.
Then, the supposed mineralized sections are split in half, dried for a
minimum of 2h at 140 C and homogenized and crushed to -2mm in a jaw
crusher. Approximately 250 to 350g are split off using a riffle splitter
and sent to Alschemex, Johannesburg where the samples are dried again and
then pulverized to 85%<75µm. The pulp is sent to Vancouver where 38
elements are analysed using ICP-MS after lithium tetraborate fusion and
acid digestion (Alschemex code ME-MS-81). High grade samples are
re-analysed using ME-MS-81h or ME-XRF10). For QA/QC, all sample batches
contain 8% of check samples including blanks, a standard and doubles.
The results received to date indicate a continuous REE mineralisation in
the top surface layer (see above) and many holes contain multiple,
mineralised intersections in the unweathered bedrock. In some drill holes,
the mineralised zones seem to be narrow. In fact, these cores are currently
being re-logged and missing parts are being sent to Alschemex for assaying.
The REE mineralisation is not high grade but fairly uniform. Given the
mineralogy of the mineralised intersections and the composition of the host
rock, TRE's technical Staff believes that this mineralisation will be
amenable to conventional leaching before the remaining insoluble minerals
are concentrated using gravitational and/or flotation methods.
Metallurgical and process testwork will start on the mineralisation within
the next few weeks.
Dr Dominique Rakotomanana
TRE is pleased to announce that Dr. Dominique Rakotomanana joined the
Malagasy subsidiary on 15 April 2011. Dr. Rakotomanana holds a doctor's
degree in geology by the National Polytechnic Institute of Lorraine (Nancy,
France). Since 2004 he has headed the Geology&Geophysics Department of
the major World Bank financed program ('PGRM'), which restructured the
Malagasy mining sector and produced an excellent up-to-date database on
geology, mineral resources and geophysics. Before that, Dr. Rakotomanana
was for 21 years geologist at OMNIS, the state-owned company which promotes
and develops the Malagasy mining and hydrocarbons sector. During his
career he has worked on a very wide range of mineral commodities including
the rare earth deposits of central Madagascar. He has a profound knowledge
of the Malagasy geology and metallogeny and will greatly improve our
exploration efforts on the Tantalus permit and possibly elsewhere.
Summary table showing the REE, gallium, uranium oxide and thorium oxide
grades (uncut) of argillaceous laterites in diamond drill holes of Target
1.
trueSummary table showing the REE, gallium, silver, uranium oxide and thorium
DDH From to width TREO % HREO Ga U3O8 ThO2
(of
(m) (m) (m) (ppm) TREO) (ppm) (ppm) (ppm)
TAND-001 0 -6.50 6.50 1994 20 33 38 235
TAND-003 0 -6.00 6.00 886 21 30 8 42
TAND-004 0 -10.00 7.10 879 20 32 7 50
TAND-007 0 -6.00 6.00 1024 23 42 10 56
TAND-008 0 -8.005.68 996 20 39 8 43
TAND-011 0 -6.50 6.50 1011 18 49 10 55
TAND-012 0 -7.50 5.33 859 17 70 8 50
TAND-013 0 -1.90 1.90 1448 18 51 11 43
TAND-015 0 -1.75 1.65 851 19 49 11 52
TAND-017 0 -8.50 7.99 1338 22 35 12 71
TAND-018 0 -8.00 7.52 1053 17 33 9 34
TAND-019 0 -4.00 3.76 1150 22 28 5 30
TAND-020 0 -6.00 5.64 728 23 33 15 72
TAND-021 0 -4.00 3.76 1445 22 34 41 89
TAND-022 0 -4.00 3.76 1178 17 35 10 59
TAND-023 0 -10.00 9.40 689 17 44 9 48
TAND-024 0 -6.00 5.64 733 17 32 7 43
TAND-025 0 -14.24 13.39 1067 21 31 15 59
TAND-026 0 -20.90 19.65 1069 20 34 11 56
TAND-028 0 -9.60 9.02 2405 24 40 37 194
TAND-029 0 -16.90 15.89 869 21 29 12 68
TAND-030 0 -6.00 5.64 858 20 32 15 67
TAND-031 0 -15.80 14.85 1122 21 36 9 50
TAND-032 0 -6.00 5.64 578 22 32 6 32
TAND-033 0 -10.00 9.40 900 19 37 10 51
TAND-034 0 -6.00 5.64 2447 20 39 34 177
TAND-035 0 -8.00 7.52 1367 18 38 13 55
TAND-036 0 -1.50 1.41 1104 21 34 11 56
TAND-037 0 -14.00 13.16 1012 18 33 25 192
TAND-038 0 -6.00 5.64 647 21 25 11 54
TAND-039 0 -3.50 3.29 945 18 39 11 51
TAND-040 0 -8.00 7.52 783 25 33 10 63
TAND-041 0 -10.00 9.40 1930 23 33 10 62
TAND-044 0 -9.27 8.71 1980 22 48 51 192
TAND-045 0 -6.00 5.64 941 23 43 16 66
TAND-050 0 -6.00 5.64 490 18 33 8 45
TAND-051 0 -8.00 7.52 582 18 34 8 47
TAND-052 0 -4.00 3.76 637 20 31 5 33
TAND-053 0 -8.00 7.52 2029 15 49 33 127
TAND-054 0 -10.00 9.40 1105 22 33 15 98
TAND-055 0 -10.00 9.40 1073 19 36 12 67
TAND-056 0 -10.00 9.40 751 23 34 6 34
TAND-057 0 -10.00 9.40 621 21 34 8 47
TAND-058 0 -14.00 13.16 547 20 44 7 35
TAND-059 0 -8.00 7.52 617 19 34 8 37
TAND-060 0 -8.00 7.52 947 20 35 7 36
TAND-061 0 -15.00 14.10 1246 18 34 13 71
TAND-062 0 -3.00 2.82 500 17 44 14 94
TAND-063 0 -14.00 13.16 998 20 42 8 45
TAND-064 0 -8.00 7.52 965 11 51 15 85
TAND-065 0 -12.00 11.28 1290 18 41 7 37
TAND-066 0 -10.00 9.40 1344 26 35 7 35
TAND-067 0 -6.00 5.64 755 19 33 10 51
TAND-076 0 -4.00 4.00 527 17 38 9 41
TAND-077 0 -11.00 7.81 607 19 41 9 43
TAND-078 0 -4.00 2.84 805 21 43 7 39
TAND-079 0 -3.60 3.60 550 20 47 10 49
TAND-082 0 -7.80 7.33 542 12 40 9 50
TAND-083 0 -6.00 4.26 1287 13 49 24 123
TAND-084 0 -15.30 10.86 468 17 44 10 59
TAND-088 0 -20.00 14.20 1048 21 32 10 55
averag-
es:7.62 1027 20 38 13 67
oxide grades of argillaceous laterites in two channel sampled pits of
Target 3.
Pit from to TREO % HREO Ga Ag U3O8 ThO2Summary table showing the REE, niobium, tantalum, zirconium, hafnium,
(m) (m) (ppm) (of TREO) (ppm) (ppm) (ppm) (ppm)
Pit1-
TANT2 0.00 -0.50 1163 36 49 2 44 217
Pit1-
TANT2 -0.50 -1.00 1606 29 53 2 47 247
Pit1-
TANT2 -1.00 -1.50 3631 18 73 3 68 410
Pit1-
TANT2 -1.50 -2.00 2709 26 71 3 74 550
Pit1-
TANT2 -2.00 -2.50 4524 14 72 3 76 428
Pit1-
TANT2 -2.50 -3.00 1758 18 56 1 62 287
Pit1-
TANT2 -3.00 -3.50 1069 12 53<1 43 109
averages: 2351 22 61 2 59 321
Pit2-
TANT3 0.00 -0.50 1341 32 46<1 40 189
Pit2-
TANT3 -0.50 -1.00 1530 32 54<1 47 263
Pit2-
TANT3 -1.00 -1.50 1961 28 61<1 56 313
Pit2-
TANT3 -1.50 -2.00 1935 27 59<1 59 341
Pit2-
TANT3 -2.00 -2.50 928 15 52<1 30 118
averages: 1539 27 55<1 46 245
gallium, silver, uranium oxide and thorium oxide grades from the core
drilling in diamond drill holes of Target 1.
DDH fr dri TR Nb Ta Zr Hf U3 ThEnd of Corporate News
n om to lled EO HREO 2O5 2O5 O2 O2 Ga Sn O8 O2
width (p (% of (p (p (p (p (p (p (p (p
(m) (m) (m) pm) TREO) pm) pm) pm) pm) pm) pm) pm) pm)
TA- - -
ND- 10 21 10. 13 31
007 .90 .07 17 31 21 523 35 96 72 35 37 24 103
- -
52 54 17 47
.88 .24 1.36 16 21 843 61 85 109 25 40 41 130
- -
64 80 15 47
.37 .10 8.08 24 20 686 55 05 107 38 36 39 106
TA- - -
ND- 15 16 11
008 .00 .85 1.85 939 19 373 19 35 25 39 12 16 59
- -
17 22 12 32
.16 .30 4.74 63 19 685 43 50 78 38 28 29 83
- -
28 34 23 17 14
.90 .63 4.30 29 19 44 126 203 307 41 93 91 173
- -
54 55 50 30 17
.67 .36 0.69 47 21 90 192 290 380 42 104 134 291
- -
60 65 36 10 35
.64 .70 5.06 48 25 50 74 95 70 42 30 37 238
- -
89 91 12
.00 .90 2.90 921 19 356 18 50 26 37 4 11 57
TA- - -
ND- 41 43 11 14
009 .67 .33 1.66 16 18 357 20 53 35 40 23 13 70
- -
75 79 13 19
.10 .50 4.40 41 19 546 28 36 42 45 25 19 85
TA- - -
ND- 48 58 27 35
010 .84 .24 9.36 43 21 881 52 23 74 34 34 42 161
- -
72 75 11 16
.85 .54 2.87 79 20 437 24 12 35 41 15 14 65
- -
10 10
1. 3. 12 16
36 34 1.98 02 19 384 21 17 35 42 12 15 68
- -
11 11
6. 7. 40 12 60
74 69 0.95 19 17 02 78 38 144 43 139 59 247
TA- - -
ND- 71 74 28 37
012 .61 .94 3.33 41 18 863 46 08 78 40 30 41 167
TA- - -
ND- 13 13 29 21 27
016 .00 .75 0.75 47 20 32 183 962 577 44 152 146 231
- -
25 29 48 15 12
.34 .56 4.52 50 20 27 132 697 282 38 82 67 183
- -
44 45 59 19 99
.76 .40 0.64 88 15 77 131 99 168 39 57 94 290
- -
47 51 16 16
.82 .71 3.89 23 16 560 22 09 32 26 15 25 104
- -
68 70 15
.75 .95 2.20 959 18 246 14 10 40 27 32 11 50
TA- - -
ND- 9. 10 25 13 66
017 60 .22 0.62 96 17 93 92 86 159 28 74 62 136
- -
24 25 25 20
.50 .00 0.50 34 36 658 27 26 38 23 15 39 642
- -
25 25 30 11 36
.46 .94 1.60 64 25 35 48 88 76 27 15 38 178
- -
39 40 23 37
.47 .00 0.33 29 28 923 55 28 75 29 36 44 300
- -
55 56 32 10 78
.82 .50 0.68 53 29 67 131 75 166 38 70 94 236
- -
57 57 66 25 50
.14 .72 0.58 17 24 82 67 11 113 27 44 52 377
TA- - -
ND- 54 55 14 17
020 .86 .40 0.54 58 21 637 37 02 38 23 10 20 82
- -
64 64 40 17 51
.22 .88 0.66 95 19 88 89 20 106 28 81 90 366
TA- - -
ND- 33 34 34 25 25
021 .62 .84 1.22 95 23 73 208 050 523 41 114 130 139
- -
36 36 16 26
.03 .68 0.65 96 21 607 35 61 57 22 19 27 116
- -
39 39 18 42
.40 .92 0.52 74 20 906 59 01 92 27 28 37 104
- -
40 40 23 10 45
.37 .91 0.54 13 24 73 65 66 96 24 31 43 209
- -
41 44 10 11
.20 .82 3.62 91 20 387 21 70 25 34 10 13 72
- -
51 51 53 15 41
.12 .52 0.40 18 24 31 99 74 92 29 33 63 435
- -
52 53 29 27
.60 .30 0.70 64 23 954 54 15 59 28 25 39 242
- -
54 56 81 23 87
.42 .34 1.92 66 27 71 218 35 195 39 87 107 981
- -
62 63 17 11
.21 .12 0.91 49 13 707 19 44 27 37 14 24 88
- -
69 69 34 16 13
.30 .81 0.51 60 14 52 40 91 29 26 24 62 228
TA- - -
ND- 19 22 28 10 42
022 .89 .27 2.38 00 19 00 56 01 106 41 61 44 227
- -
51 52 10 32
.30 .80 1.50 73 23 424 29 25 84 24 45 17 72
- -
55 55 36 13 19
.09 .98 0.89 58 24 88 135 722 459 41 132 106 168
- -
56 57 17 39
.83 .53 0.70 54 25 662 41 85 97 20 43 36 199
TA- - -
ND- 27 28 11 15
023 .12 .11 0.99 13 18 306 19 13 38 25 5 16 78
- -
58 59 11 19
.32 .86 1.54 03 21 470 23 71 41 36 15 16 91
TA- - -
ND- 11 13 44 14 47
024 .27 .30 2.03 13 21 79 86 81 93 32 34 59 389
--
14 19 33 12 54
.63 .21 4.58 25 17 19 70 58 111 32 51 50 188
- -
20 32 23 10 87
.96 .11 2.51 04 20 21 68 43 180 33 61 52 161
- -
32 38 16 30
.64 .47 5.83 00 20 600 32 21 64 28 21 23 111
- -
64 67 17 24
.73 .37 2.64 71 19 657 32 50 53 36 33 29 145
TA- - -
ND- 59 61 13 10 27
025 .30 .10 1.80 33 29 65 119 556 583 47 161 106 150
TA- - -
ND- 20 25 10 33 83 15
026 .13 .50 5.37 928 23 89 333 35 153 46 133 168 56
- -
25 28 10 14
.50 .50 3.00 66 23 457 29 20 28 12 13 20 172
TA- - -
ND- 9. 9. 64 34 16
028 60 90 0.30 99 21 48 194 750 369 45 306 136 508
- -
22 23 10
.56 .56 1.00 06 16 299 11 570 13 26 6 12 62
- -
25 26 11
.00 .00 1.00 06 14 439 10 528 11 27 9 16 43
- -
68 69 12
.80 .80 1.00 89 16 476 17 702 15 26 8 19 70
TA- - -
ND- 15 17 66
029 .90 .53 1.63 934 22 411 42 60 146 28 57 32 57
- -
42 44 10 18
.04 .00 1.96 67 21 417 28 35 41 26 21 20 72
- -
48 57 17 89
.90 .85 8.95 28 22 737 70 85 192 30 72 43 89
TA- - -
ND- 15 15 30 12 34
030 .08 .92 0.84 44 21 52 74 58 77 21 26 62 246
- -
49 52
.24 .10 2.86 693 21 163 10 651 15 24 6 9 44
- -
61 68 10 19
.15 .15 7.00 08 22 296 17 23 44 25 22 16 76
TA- - -
ND- 25 29 10 26
031 .90 .10 3.20 15 25 297 23 52 64 34 21 15 63
TA- - -
ND- 44 45 10 23
032 .84 .76 0.92 15 21 395 26 10 50 23 7 19 83
- -
48 50 12 22
.17 .10 1.93 21 21 352 21 46 51 27 18 18 93
- -
55 58 10
.50 .25 2.75 87 15 209 10 752 17 28 8 7 41
TA- - -
ND- 9. 10 17 32
033 00 .00 1.00 46 18 635 43 42 80 46 78 24 93
- -
31 37 16 72
.65 .60 5.95 46 17 958 75 80 169 43 67 39 110
- -
52 54 14 17
.10 .10 2.00 12 19 454 30 78 38 26 10 20 100
- -
64 68 10 90
.70 .70 4.00 78 17 340 27 23 194 34 64 34 68
TA- - -
ND- 60 61 29 11 41
034 .58 .44 0.86 64 12 10 79 33 93 31 35 54 114
TA- - -
ND- 29 36 15 39
035 .60 .00 6.40 60 25 619 41 58 82 26 33 31 166
- -
39 43 18 19
.86 .73 3.87 79 22 538 48 06 39 27 22 25 254
- -
43 47 28 15 41
.73 .73 4.00 79 20 75 84 05 80 25 29 71 146
TA- - -
ND- 30 32 15 14
036 .90 .90 2.00 95 24 423 22 83 31 28 7 22 161
- -
44 46 13
.90 .88 1.98 966 26 231 19 56 29 24 15 14 75
TA- - -
ND- 28 36 10
037 .65 .67 8.02 8518 330 15 763 16 21 9 13 60
- -
48 48 21 19
.20 .97 0.77 30 20 664 42 59 41 27 18 28 144
- -
53 54 21 27
.20 .00 0.80 79 21 735 44 42 53 29 23 34 170
TA- - -
ND- 15 20 18 23
038 .80 .60 4.80 30 37 633 38 30 47 52 15 34 147
- -
41 53 11. 18 12
.30 .16 86 72 21 563 36 89 25 26 18 25 148
- -
67 69 16
.00 .00 2.00 84 20 259 18 747 16 23 11 12 76
TA- - -
ND- 34 48 14. 11 16
040 .20 .88 62 67 21 387 24 61 37 34 32 15 63
TA- - -
ND- 23 29 17 12
041 .82 .18 5.36 49 18 556 27 71 28 29 11 30 83
- -
30 43 13. 10
.00 .30 30 861 20 274 14 21 23 31 12 12 57
- -
52 58
.60 .40 5.80 677 20 257 13 919 17 28 9 10 51
- -
60 70 10. 12
.21 .70 49 849 19 288 16 57 22 27 12 12 55
TA- - -
ND- 8. 14 16 15
044 00 .40 6.40 79 22 379 20 52 31 40 24 13 88
- -
15 17 25 25 28
.45 .00 1.55 23 19 82 201 232 623 41 119 130 162
- -
23 30 14 18
.26 .80 7.54 48 19 516 27 47 38 36 18 18 69
TA- - -
ND- 21 30 10
050 .34 .17 8.83 683 21 216 12 96 22 27 11 10 50
- -
59 62 12 14
.30 .20 2.90 92 24 394 19 76 33 22 13 18 120
- -
68 70 17 17
.30 .50 2.20 86 20 566 29 01 34 24 12 26 125
TA- - -
ND- 15 26 10. 16 15
051 .36 .22 86 26 22 482 32 75 33 25 21 25 164
TA- - -
ND- 68 70 24 20
052 .10 .00 1.90 48 19 853 42 50 41 29 14 49 240
TA- - -
ND- 20 24 19 38
054 .50 .60 4.10 64 19 704 47 15 89 30 41 35 117
- -
28 35 10 12
.50 .74 7.24 07 23 302 18 93 31 29 9 15 64
TA- - -
ND- 60 61 14
055 .60 .60 1.00 47 12 389 11 480 10 13 4 15 74
- -
66 67 15 12
.32 .32 1.00 53 27 449 26 41 27 23 9 19 107
TA- - -
ND- 53 54 14
056 .40 .40 3.00 57 18 441 18 876 19 19 7 17 90
TA- - -
ND- 30 36 15
057 .37 .00 5.63 976 19 265 13 64 30 23 19 17 78
TA- - -
ND- 23 24 14 20
058 .00 .60 1.60 95 29 605 32 08 44 17 25 31 141
TA- - -
ND- 56 69 13. 14 12
059 .15 .25 10 28 21 462 25 96 27 24 12 27 158
TA- - -
ND- 45 47 39 11 25
060 .95 .95 2.00 21 22 67 71 53 51 26 14 60 523
- -
54 55 17 10
.80 .70 0.90 42 17 671 32 08 23 24 7 32 162
- -
60 62
.45 .45 2.00 733 21 166 8 527 11 24 6 10 52
- -
65 67 11 12
.03 .03 2.00 47 22 294 20 94 26 26 13 18 94
TA- - -
ND- 23 29 25 36
062 .57 .00 5.43 84 25 658 46 25 86 37 32 16 98
TA- - -
ND- 21 24 3119 70
063 .50 .30 2.80 42 21 85 114 45 146 30 73 85 240
- -
40 48 20 35
.08 .50 8.42 06 17 671 47 52 71 23 30 40 162
- -
52 56 15
.20 .20 4.00 875 21 307 23 94 38 21 16 19 58
TA- - -
ND- 28 29 11 16
065 .86 .70 4.84 64 14 232 13 48 33 23 6 10 60
TA- - -
ND- 46 49 23 30
066 .20 .92 3.72 44 24 749 45 06 60 26 31 39 134
- -
66 68 18
.40 .25 1.85 946 39 227 15 91 42 21 11 10 125
- -
68 70 19 15
.80 .80 2.00 24 28 795 48 95 36 22 33 38 156
TA- - -
ND- 31 51 21
082 .50 .30 4.90 989 15 599 32 95 49 32 35 27 57
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19.04.2011 Dissemination of a Corporate News, transmitted by DGAP - a
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120716 19.04.2011Unternehmensinformation / Kurzprofil:
Datum: 19.04.2011 - 16:19 Uhr
Sprache: Deutsch
News-ID 33831
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Kategorie:
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