REG - ECR Minerals PLC - Hurricane: Final Rock Chip Results & Prospectivity

ECR MineralsAnnouncement

05/10/2023 07:15

For best results when printing this announcement, please click on link below:
http://newsfile.refinitiv.com/getnewsfile/v1/story?guid=urn:newsml:reuters.com:20231005:nRSE7430Oa&default-theme=true

RNS Number : 7430O  ECR Minerals PLC  05 October 2023

ECR MINERALS plc

("ECR Minerals", "ECR" or the "Company")

Hurricane Project - Final Rock Chip Results & Regional Prospectivity
Summary

ECR Minerals plc (LON: ECR), the exploration and development company focused
on gold in Australia, is pleased to announce the final rock chip results and
latest exploration developments at the Hurricane Project. The project area is
located approximately 200km west of Cairns in North Queensland, Australia.

As announced on 2 October 2023, the Company has agreed a 4 week extension to
its option agreement to potentially acquire the entire issued share capital of
Placer Gold Pty Limited, the beneficial holder of three granted mining
tenements (EPM 27518, EPM 25855 and EPM 19437) known as the Hurricane Project.
This project is located in the Hurricane area of North Queensland, and the
exact details of the option are set out in the announcement dated 23 October
2022. The extension was to allow the ECR team further time to analyse and
review the project and the directors have set expectations that they will, as
part of that process, be proposing revised terms and conditions to the option.

Accordingly, the Board is continuing to evaluate the Hurricane Project and in
particular, the mineralised vein systems currently established at Hurricane
are known as the Holmes, Tornado, Cyclone, Pedersons, Bouncer, Typhoon and the
Hurricane North and South.

Separately, on 27 September 2023, ECR Minerals announced it had also applied
for additional exploration ground (named Kondaparinga) immediately on the
eastern boundary of the Hurricane Project. The application will be assessed by
government officials before a licence will be granted. There can be no
guarantee that this licence will be granted, but the Director have every
expectation it will be.

HIGHLIGHTS

·      Final results from the Hurricane Project received for 224 rock
chip samples.

·      Best results include grab samples up to 45.7 g/t Au (Hurricane
North) and 43.2 % Antimony (Holmes South) or 83.38 g/t gold equivalent grade.

·      A full review of the size and extent of mapped visible outcrops
is presented below. Quartz stockwork zones up to 20m wide have been confirmed
at the Holmes prospect.

ECR Technical Director Adam Jones commented: "The ECR field team are pleased
with rock chip sampling results and data from the completed campaign at the
Hurricane Project. We have established beyond doubt that the Holmes vein is
the dominant vein system within the wider Hurricane area, with the best gold
and antimony grades sampled at the shear zone there. Similar potential exists
at Hurricane North and Typhoon prospects, where we have identified a
potentially drill ready prospect to the south of Typhoon and logged some
impressive grades at Hurricane North. Although the Cyclone, Tornado and
Hurricane South prospects were less impressive grade wise, taken as a whole,
we believe there is considerable potential in this area. Added to this, these
results give us further confidence that the geology at the Kondaparinga
prospect, where we have recently made a licence application, could well be
contiguous with some of the Hurricane Project anomalies recorded here, a
factor that could warrant further research."

ECR Managing Director Nick Tulloch commented: "As I have said previously, the
Hurricane Project has been a key part of ECR's strategic planning over the
past year. The overall results package is extremely encouraging, and our
thanks go to Adam Jones and the field team for an exceptionally comprehensive
piece of field work. It is clear that some of the grades and 'drill ready'
zones indicate that ECR now has a potentially commercial proposition at
Hurricane, but these conclusions have to be balanced against any cost of any
option purchase agreed at the end of the extended time period, coupled with
the capex required to progress the project to the next level. Along with Mike
Whitlow, Adam Jones and the field team, we will now spend time assessing these
results and how we can maximise the regional potential taking the wider
Hodgkinson Province and our potential new Kondaparinga exploration license
into account. I look forward to reporting back to you with our proposed course
of action."

An Overview of the location of the rock chip sample and vein systems can be
found in the link below:

Figure One: https://www.ecrminerals.com/images/2023/Fig1_Overview_231004.png
(https://www.ecrminerals.com/images/2023/Fig1_Overview_231004.png)

SUMMARY

Below the Board are pleased to provide a summary of all results from the
extensive rock chip sampling and mapping programme undertaken during August
2023. The work also formed part of the due diligence as part of the terms of
the agreed option agreement which detailed the potential purchase of the
Hurricane Project from current vendors Placer Gold Pty Ltd, as detailed above.

The field team used a Differential Global Positioning System (DGPS) to map out
the boundaries of all visible outcrops and to determine the approximate
potential strike and width of each quartz lode. In some instances, the exposed
outcrops were rock chip sampled across the width of the lode and composite
widths and grades were calculated from there. The majority of samples
collected are considered 'grab samples' where the outcrop has been chipped
within geological boundaries including shear zones, hanging walls and footwall
quartz stockworks, and these samples have then been used to provide the Board
with an indication of the potential Gold and Antimony grades within each
prospect. The Gold equivalent value for Antimony has been calculated by
reference to the formula (Sb% x 1.9), this is an internally generated formula
based on widely accepted principles. It should be noted that grab sampling has
been used to infer the possible grades and does not represent an in situ
resource. We have cross referenced the following prospects to five separate
linked figures.

HOLMES AND HOLMES SOUTH

Figure Two: Overview of sampling and mapping at the Holmes and Holmes South
prospects:

https://www.ecrminerals.com/images/2023/Fig2_Holmes_231004.png
(https://www.ecrminerals.com/images/2023/Fig2_Holmes_231004.png)

The Holmes vein is the dominant vein system at the Hurricane Project. Not only
is gold present within the vein, Antimony (present as Stibnite) is also
visible and has been seen numerous times in outcrop. We have sub-divided the
prospect into four main outcrops (A, B, C, D).

The best Gold and Antimony grades lie adjacent to the Holmes Shear Zone. Where
exposed, the shear is up to 1m wide. Approximately 20m in strike is exposed in
Outcrop C and 99m in strike exposed in Outcrop D. The shear has a Hanging-wall
zone up to 20m wide that contains quartz stockworks. Our grab sampling
recorded a potential average grade of 3.65 g/t Au Eq across the 20m wide zone
and along the 20m exposed strike in Outcrop C. Two composite samples have been
calculated from rock chipping across the NW and SE ends of Outcrop D at 4.55m
@ 4.87 g/t Au and 4.55m @ 2.81 g/t Au.

Outcrop A and B are large exposure of sandstone on top of the hill containing
quartz stockworks. Outcrops are up to 15m wide and 47m long. Average grab
samples over the exposure returned 1.16 g/t Au.

CYCLONE AND TORNADO

Figures Three (a,b): Overview of sampling taken from the Cyclone and Tornado
prospects

https://www.ecrminerals.com/images/2023/Fig3_Tornado-Cyclone_231004.png
(https://www.ecrminerals.com/images/2023/Fig3_Tornado-Cyclone_231004.png)

The Cyclone vein resides between the Holmes and Tornado lodes. The exposed
vein is narrow, 94m long and up to 3.6m wide with best length and width found
at a central 'bulge'. Our grab sampling throughout returned an average 1.75
g/t Au, although the majority of Cyclone samples were not considered to be of
a commercial grade.

The Tornado vein was the first lode sampled due to easy site access via an
existing 4WD track. The current outcrop is split by the East, Mid and West
exposures (see Figure 3b above), with the best values located in the East
Outcrop. Two composite chip samples taken across the width of this outcrop
recorded grades of 4.2m @ 2.39 g/t Au and 2.2m @ 1.91 g/t Au, and a footwall
quartz exposure was recorded by the field team to the south. The LIDAR data
indicates a possible extension to the Tornado vein lying to the west of the
mapped area. We have not verified this at the current time.

HURRICANE NORTH AND TYPHOON

Figure Four: Overview of sampling taken from Hurricane North and Typhoon
prospects

https://www.ecrminerals.com/images/2023/Fig4_HN-Typhoon_231004.png
(https://www.ecrminerals.com/images/2023/Fig4_HN-Typhoon_231004.png)

The Hurricane North and Typhoon lodes are located at the bottom of a mountain
range on the eastern side of the tenement. These lodes show evidence of past
mining activity although we have concluded that probable challenges in
accessing the region 100 years ago resulted in most of the historical workings
being limited, shallow and under-developed. The field team prioritised
sampling from in-situ exposed veins within the workings, and where this was
not possible, grab samples were taken from ore dumps to help provide balanced
estimates for the grades that were being mined. The Hurricane North and
Typhoon lodes contain only Gold.

Best results were obtained from the southern part of the Typhoon lode. The
in-situ vein is up to 42m long and 0.4m wide (at best), and is exposed within
shallow trenches. Where sampled we obtained grades up to 29.0 g/t Au and
recorded chip sample grab grade averages of 8.39 g/t Au over the exposed
length of vein. Whilst the strike extent is short and the vein narrow, the
Board believes the sampling to date already indicates this would be an ideal
drill target. There are old access tracks to this area which the Board are
satisfied could be used to transport drilling equipment to the site. We have
also identified a potential 25m long zone in the Typhoon North area with grab
samples up to 8.21 g/t Au.

The Hurricane North workings have been extensively mined on the eastern
portion with the vein hosted within a wide black shale. Although limited
sampling material was available, the samples collected yielded a best result
of 14.75 g/t Au. In addition, the field team were able to sample exposed veins
and ore dumps at the Central and North Western workings. Results up to 45.70
g/t Au from ore piles and 0.4m @ 5.84 g/t Au were recorded from exposed veins.

HURRICANE SOUTH

Figure Five: Overview of sampling taken from the Hurricane South prospect.

https://www.ecrminerals.com/images/2023/Fig5_HS_231004.png
(https://www.ecrminerals.com/images/2023/Fig5_HS_231004.png)

Extensive historical workings were mapped and recorded at the southern part of
the Hurricane South prospect. Remnant quartz veins in exposures returned a
result of 0.5m @ 4.05 g/t Au, and as the lode narrows to the north, the field
team recorded a grab sample of 41.5 g/t Au. Small outlying workings to the
west of the prospect returned grab samples of 16.10 g/t Au and 6.65 g/t Au
from the mine dump. The vein could not be traced along strike.

NEXT STEPS AND REGIONAL PROSPECTIVITY

In light of the collective results, the Board is now considering the levels of
capex required to progress the Hurricane Project to the next level. Such costs
would include access track construction and drilling, which will be weighed
against the economic potential of the project.

The Board has already considered the prospectivity of the adjacent Hodgkinson
Gold region that lies immediately to the east of the Hurricane Project by
recently applying for the Kondaparinga licence over the most prospective
available exploration ground. The Geology team has identified numerous
anomalous gold results from the publicly available historical stream sampling
data within the applied licence.

Further updates on these matters will be provided in due course.

 

FOR FURTHER INFORMATION, PLEASE CONTACT:

 

 ECR Minerals plc                                                                                                                                                                                                                                           Tel: +44 (0) 20 7929 1010
 David Tang, Non-Executive Chairman

 Nick Tulloch, Managing Director

 Andrew Scott, Director

 Email:

 info@ecrminerals.com (mailto:info@ecrminerals.com)
 Website: www.ecrminerals.com
 (http://cts.businesswire.com/ct/CT?id=smartlink&url=http%3A%2F%2Fwww.ecrminerals.com%2F&esheet=51817334&newsitemid=20180605005810&lan=en-US&anchor=www.ecrminerals.com&index=1&md5=820ad49dc1fc2c84a0538453c017bc1b)

 WH Ireland Ltd                                                                                                                                                                                                                                             Tel: +44 (0) 207 220 1666
 Nominated Adviser

 Katy Mitchell / Andrew de Andrade

 SI Capital Ltd                                                                                                                                                                                                                                             Tel: +44 (0) 1483 413500
 Broker
 Nick Emerson

 Novum Securities Limited                                                                                                                                                                                                                                   Tel: +44 (0) 20 7399 9425
 Broker

 Jon Belliss

 Brand Communications                                                                                                                                                                                                                                       Tel: +44 (0) 7976 431608
 Public & Investor Relations
 Alan Green

 

ABOUT ECR MINERALS PLC

 

ECR Minerals is a mineral exploration and development company. ECR's wholly
owned Australian subsidiary Mercator Gold Australia Pty Ltd ("MGA") has 100%
ownership of the Bailieston and Creswick gold projects in central Victoria,
Australia, has six licence applications outstanding which includes one licence
application lodged in eastern Victoria (Tambo gold project).

 

ECR also owns 100% of an Australian subsidiary LUX Exploration Pty Ltd ("LUX")
which has three approved exploration permits covering 946 km(2) over a
relatively unexplored area in Lolworth Range, Queensland, Australia. The
Company also has an option to acquire 100% of Placer Gold, which wholly owns
the Hurricane Project, a later stage gold and antimony project located west
of Cairns in the Hodgkinson Province, NE Queensland.

 

Following the sale of the Avoca, Moormbool and Timor gold projects in
Victoria, Australia to Fosterville South Exploration Ltd (TSX-V: FSX) and the
subsequent spin-out of the Avoca and Timor projects to Leviathan Gold Ltd
(TSX-V: LVX), Mercator Gold Australia Pty Limited has the right to receive up
to A$2 million in payments subject to future resource estimation or production
from projects sold to Fosterville South Exploration Limited.

 

ECR holds a 90% interest in the Danglay gold project; an advanced exploration
project located in a prolific gold and copper mining district in the north of
the Philippines, which has a 43-101 compliant resource. ECR also holds a
royalty on the SLM gold project in La Rioja Province, Argentina and can
potentially receive up to US$2.7 million in aggregate across all licences.

 

 

APPENDIX ONE

Table One: All results from the rock chip sampling programme, arranged by
prospect and highest to lowest value Au g/t Au.

(blank denotes below detection limit)

Locations stated in GDA94 Z55 grid

Previously announced results indicated by *

The AuEq value is determined by a multiplication factor of Au g/t + (Sb% x
1.9)

N/A = not available

 

 SAMPLEID  VEIN             EASTING  NORTHING  Au ppm  Sb ppm  Sb %  AuEq ppm
 *HURC001  Tornado_FW       253616   8148832   0.37    31
 *HURC002  Tornado_FW       253618   8148831   1.23    30
 *HURC003  Tornado_FW       253624   8148834   0.57    22
 *HURC004  Tornado_FW       253628   8148834   0.65    29
 *HURC005  Tornado_FW       253630   8148829   0.59    18
 *HURC006  Tornado_FW       253632   8148837   0.98    43
 *HURC007  Tornado_FW       253637   8148816   0.44    18
 *HURC008  Tornado_FW       253626   8148814   0.03    13
 *HURC009  Tornado_FW       253641   8148807   2.01    25
 *HURC010  Tornado          253627   8148873   4.2     88
 *HURC011  Tornado          253626   8148872   3.33    56
 *HURC012  Tornado          253627   8148872   6.95    69
 *HURC013  Tornado          253616   8148873   1.94    18
 *HURC014  Tornado          253603   8148874   0.02    18
 *HURC015  Tornado          253586   8148875   0.67    74
 *HURC016  Tornado          253588   8148881   0.27    66
 *HURC017  Tornado          253581   8148875   0.93    80
 *HURC018  Tornado          253573   8148875   0.72    93
 *HURC019  Tornado          253574   8148878   0.8     79
 *HURC020  Tornado          253567   8148880   0.65    69
 *HURC021  Tornado          253561   8148881   2.98    77
 *HURC022  Tornado          253550   8148883   0.46    101
 *HURC023  Tornado          253541   8148888   0.24    83
 *HURC024  Tornado          253510   8148905   0.84    88
 *HURC025  Tornado          253503   8148907   0.09    39
 *HURC026  Tornado          253500   8148904   0.18    80
 *HURC027  Tornado          253493   8148910   0.24    74
 *HURC028  Tornado          253491   8148911   0.46    112
 *HURC029  Tornado          253480   8148914   0.85    69
 *HURC030  Tornado          253476   8148917   1.14    140
 *HURC031  Tornado          253465   8148919   0.85    93
 *HURC032  Tornado          253460   8148924   0.3     56
 *HURC033  Tornado          253457   8148925   0.41    68
 *HURC034  Tornado          253796   8148875   0.49    18
 *HURC035  Tornado          253797   8148877   1.37    51
 *HURC036  Tornado          253797   8148878   5.05    89
 *HURC037  Tornado          253797   8148879   2.31    45
 *HURC038  Tornado          253797   8148880   0.8     23
 *HURC039  Tornado          253802   8148879   0.01    22
 *HURC040  Tornado          253789   8148877   0.18    18
 *HURC041  Tornado          253790   8148878   1.48    40
 *HURC042  Tornado          253790   8148878   2.55    72
 *HURC043  Tornado          253791   8148875   0.11    24
 *HURC044  Tornado          253793   8148876   0.03    17
 *HURC045  Tornado          253795   8148879   4.27    82
 *HURC046  Tornado          253777   8148873   0.21    27
 *HURC047  Tornado          253776   8148874   0.62    35
 *HURC048  Tornado          253777   8148875   0.6     34
 *HURC049  Tornado          253777   8148876   3.22    74
 *HURC050  Tornado          253777   8148876   0.64    34
 *HURC051  Tornado          253777   8148878   0.16    21
 *HURC052  Tornado          253777   8148878   0.41    24
 *HURC053  Tornado          253772   8148880   0.64    34
 *HURC054  Tornado          253772   8148879   1.36    71
 *HURC055  Tornado          253773   8148878   2.44    70
 *HURC056  Tornado          253772   8148877   3.39    76
 *HURC057  Tornado          253772   8148876   3.01    79
 *HURC058  Tornado          253773   8148876   1.55    40
 *HURC059  Tornado          253768   8148877   2.08    35
 *HURC060  Tornado          253769   8148873   2.44    56
 *HURC061  Tornado          253761   8148876   2.76    98
 *HURC062  Tornado          253749   8148877   0.43    38
 *HURC063  Tornado          253747   8148875   1.63    84
 *HURC064  Tornado          253741   8148876   0.18    38
 *HURC065  Cyclone          253367   8148384   1.54    164
 *HURC066  Cyclone          253365   8148382   0.99    159
 *HURC067  Cyclone          253364   8148377   0.55    139
 *HURC068  Cyclone          253360   8148387   0.61    88
 *HURC069  Cyclone          253355   8148393   0.64    155
 *HURC070  Cyclone          253352   8148395   0.77    219
 *HURC071  Cyclone          253346   8148402   2.12    261
 *HURC072  Cyclone          253319   8148434   1.5     217
 *HURC073  Cyclone          253312   8148440   1.9     231
 *HURC074  Cyclone          253285   8148463   0.32    194
 *HURC075  Cyclone          253262   8148480   0.22    102
 *HURC076  Cyclone          253251   8148489   1.84    74
 *HURC077  Cyclone          253236   8148504   0.35    92
 *HURC078  Cyclone          253234   8148506   0.16    84
 *HURC079  Cyclone Nth      253033   8148688   4.65    200
 *HURC080  Cyclone Nth      253037   8148683   3.93    143
 *HURC081  Cyclone Nth      253009   8148698   0.89    180
 *HURC082  Cyclone Nth      253021   8148692   0.97    118
 *HURC083  Cyclone Nth      253007   8148746   2       1270
 *HURC084  Cyclone Nth      253007   8148750   1.53    100
 *HURC085  Cyclone Nth      253024   8148743   1.61    492
 *HURC086  Cyclone Nth      253030   8148739   0.36    122
 *HURC087  Cyclone Nth      253038   8148738   1.9     52
 *HURC088  Cyclone Nth      253086   8148677   0.58    57
 *HURC089  Cyclone Nth      253091   8148674   0.29    40
 *HURC090  Holmes Nth       252432   8148368   0.18    21
 *HURC091  Holmes Nth       252441   8148370   0.11    32
 *HURC092  Holmes           252507   8148032   0.14    100
 *HURC093  Holmes           252507   8148030   0.45    128
 *HURC094  Holmes           252507   8148028   0.14    102
 *HURC095  Holmes           252507   8148027   0.21    236
 *HURC096  Holmes           252509   8148026   0.13    103
 *HURC097  Holmes           252512   8148027   1.17    182
 *HURC098  Holmes           252513   8148029   0.25    163
 *HURC099  Holmes           252509   8148029   0.6     145
 *HURC100  Holmes           252504   8148026   8.19    704
 *HURC101  Holmes           252501   8148027   1.13    10000   10.9  21.75
 *HURC102  Holmes           252505   8148024   0.24    190
 *HURC103  Holmes           252500   8148027   2.3     10000   29.0  57.4
 *HURC104  Holmes           252501   8148028   0.34    2680
 *HURC105  Holmes           252536   8148025   0.03    468
 *HURC106  Holmes           252532   8148018   7.67    4260
 *HURC107  Holmes           252533   8148018   2.2     1545
 *HURC108  Holmes           252534   8148018   2.09    4180
 *HURC109  Holmes           252535   8148017   1.23    9600
 *HURC110  Holmes           252536   8148021   0.04    200
 *HURC111  Holmes           252533   8148016   6.92    4270
 *HURC112  Holmes           252537   8148011   2.93    1615
 *HURC113  Holmes           252536   8148025   0.06    295
 *HURC114  Holmes           252535   8148034   0.14    535
 *HURC115  Holmes           252535   8148034   0.57    706
 *HURC116  Holmes           252534   8148035   0.33    200
 *HURC117  Holmes           252534   8148035   0.36    132
 *HURC118  Holmes           252532   8148028   0.5     288
 *HURC119  Holmes           252532   8148028   1.88    1490
 *HURC120  Holmes           252507   8148047   3.17    8050
 *HURC121  Holmes           252509   8148047   1.86    1755
 *HURC122  Holmes           252514   8148050   0.97    500
 *HURC123  Holmes           252514   8148053   2.92    1070
 *HURC124  Holmes           252516   8148034   0.43    635
 *HURC125  Holmes           252527   8148205   0.02    17
 HURC126   Typhoon          255288   8150016   3.08    7
 HURC127   Typhoon          255288   8150019   0.2     8
 HURC128   Typhoon          255288   8150022   0.03    5
 HURC129   Typhoon          255281   8150026   0.37    10
 HURC130   Typhoon          255277   8150034   0.46    13
 HURC131   Typhoon          255276   8150034   3.8     15
 HURC132   Typhoon          255283   8150024   0.05    5
 HURC133   Typhoon          255289   8150023   0.04    5
 HURC134   Typhoon          255274   8150037   0.08    8
 HURC135   Typhoon          255273   8150039   0.23    9
 HURC136   Typhoon          255268   8150041   0.31    11
 HURC137   Typhoon          255260   8150048   0.72    20
 HURC138   Typhoon          255256   8150044   0.04    5
 HURC139   Typhoon          255252   8150044   0.08    5
 HURC140   Typhoon          255236   8150036   1.96    24
 HURC141   Typhoon          255233   8150034   5.01    18
 HURC142   Typhoon          255233   8150031   1.54    12
 HURC143   Typhoon          255235   8150030   0.07    5
 HURC144   Typhoon          255238   8150029   0.5     10
 HURC145   Typhoon          255236   8150028   3.24    6
 HURC146   Typhoon          N/A      N/A       0.28    6
 HURC147   Typhoon          255297   8150007   4.15    30
 HURC148   Typhoon          255306   8150001   0.34    10
 HURC149   Typhoon          255312   8149997   8.21    44
 HURC150   Typhoon          255327   8149985   0.11    8
 HURC151   Typhoon          255353   8149939   3.92    7
 HURC152   Typhoon          255360   8149917   0.05    7
 HURC153   Typhoon          255364   8149906   0.05    6
 HURC154   Typhoon          255372   8149917   0.23    5
 HURC155   Typhoon          255374   8149936   0.12    5
 HURC156   Typhoon          255386   8149890   0.5     5
 HURC157   Typhoon          255296   8150011   4.28    22
 HURC158   Typhoon          255500   8149831   0.13    9
 HURC159   Typhoon          255505   8149829   1.11    22
 HURC160   Typhoon          255503   8149826   0.3     15
 HURC161   Typhoon          255510   8149814   29      86
 HURC162   Typhoon          255513   8149809   2.15    30
 HURC163   Typhoon          255513   8149806   0.68    25
 HURC164   Typhoon          255516   8149802   7.86    37
 HURC165   Typhoon          255519   8149796   3.26    93
 HURC166   Typhoon          255521   8149794   9.1     100
 HURC167   Typhoon          255524   8149790   8.55    50
 HURC168   Typhoon          255523   8149790   0.5     34
 HURC169   Typhoon          255524   8149791   10.05   72
 HURC170   Typhoon          255527   8149790   8.38    49
 HURC171   Typhoon          255530   8149785   12.75   200
 HURC172   Typhoon          255548   8149775   0.06    9
 HURC173   Typhoon          255600   8149752   0.32    5
 HURC174   Typhoon          255424   8149924   0.03    12
 HURC175   Typhoon          255425   8149927   1.02    20
 HURC176   Hurricane North  255267   8149763   0.05    5
 HURC177   Hurricane North  255266   8149766   0.34    9
 HURC178   Hurricane North  255277   8149764   0.03    5
 HURC179   Hurricane North  255287   8149764   2.53    13
 HURC180   Hurricane North  255288   8149762   1.94    13
 HURC181   Hurricane North  255292   8149754   3       11
 HURC182   Hurricane North  255302   8149757   0.26    7
 HURC183   Hurricane North  255322   8149752   0.24    6
 HURC184   Hurricane North  255323   8149751   0.02    5
 HURC185   Hurricane North  255334   8149752   0.37    12
 HURC186   Hurricane North  255363   8149748   14.75   15
 HURC187   Hurricane North  255284   8149756   0.03    7
 HURC188   Hurricane North  255389   8149744   1.93    7
 HURC189   Hurricane North  255408   8149736   1.97    9
 HURC190   Hurricane North  255420   8149726   0.19    5
 HURC191   Hurricane North  255388   8149658   0.14    5
 HURC192   Hurricane North  255388   8149648   0.07    6
 HURC193   Hurricane North  255360   8149638   0.03    5
 HURC194   Hurricane North  255375   8149641   0.05    6
 HURC195   Hurricane North  255393   8149626   0.98    19
 HURC196   Hurricane North  255393   8149624   2.45    22
 HURC197   Hurricane North  255236   8149787   0.01    5
 HURC198   Hurricane North  255230   8149783   0.13    7
 HURC199   Hurricane North  255226   8149796   0.13    5
 HURC200   Hurricane North  255222   8149798   1.27    12
 HURC201   Hurricane North  255191   8149811   1.95    12
 HURC202   Hurricane North  255178   8149819   0.67    11
 HURC203   Hurricane North  255166   8149819   0.19    9
 HURC204   Hurricane North  255117   8149822   10.8    17
 HURC205   Hurricane North  255120   8149825   45.7    14
 HURC206   Hurricane North  255097   8149833   5.95    14
 HURC207   Hurricane North  255096   8149833   0.08    5
 HURC208   Hurricane North  255091   8149837   1.29    10
 HURC209   Hurricane North  255075   8149844   0.75    11
 HURC210   Hurricane North  255120   8149817   0.11    7
 HURC211   Hurricane North  255120   8149817   0.18    5
 HURC212   Hurricane North  255120   8149817   12      74
 HURC213   Hurricane North  255120   8149818   14.9    103
 HURC214   Hurricane North  255120   8149817   1.01    25
 HURC215   Hurricane North  255057   8149851   5.54    35
 HURC216   Hurricane North  255055   8149854   2.68    20
 HURC217   Hurricane North  255033   8149863   9.8     20
 HURC218   Hurricane North  255029   8149861   0.18    7
 HURC219   Hurricane North  255024   8149866   0.65    6
 HURC220   Hurricane North  255014   8149871   0.4     5
 HURC221   Hurricane North  255005   8149872   0.24    8
 HURC222   Hurricane North  255002   8149871   0.4     8
 HURC223   Hurricane North  254880   8149937   0.42    16
 HURC224   Hurricane North  254880   8149937   0.66    10
 HURC225   Hurricane North  254880   8149937   0.08    5
 HURC226   Hurricane North  254885   8149936   4.22    23
 HURC227   Hurricane North  254882   8149935   0.3     7
 HURC228   Hurricane North  254881   8149936   7.53    124
 HURC229   Hurricane North  254891   8149927   5.84    99
 HURC230   Hurricane North  254886   8149930   0.24    8
 HURC231   Hurricane North  254886   8149930   0.7     9
 HURC232   Hurricane North  254890   8149922   13.2    51
 HURC233   Hurricane North  254895   8149928   1.41    15
 HURC234   Hurricane North  254918   8149914   1       14
 HURC235   Hurricane North  254922   8149911   4.95    15
 HURC236   Hurricane North  254935   8149894   0.71    12
 HURC237   Hurricane North  254933   8149893   0.41    11
 HURC238   Hurricane North  254936   8149893   1.73    13
 HURC239   Cyclone          253392   8148349   0.04    55
 HURC240   Cyclone          253399   8148346   0.17    83
 HURC241   Cyclone          253425   8148325   4.46    392
 HURC242   Cyclone          253438   8148318   4.86    256
 HURC243   Holmes NW        252353   8148047   0.1     54
 HURC244   Holmes NW        252346   8148056   0.32    139
 HURC245   Holmes NW        252351   8148049   0.16    67
 HURC246   Holmes NW        252343   8148063   0.61    320
 HURC247   Holmes NW        252338   8148065   0.57    125
 HURC248   Holmes NW        252323   8148077   0.13    32
 HURC249   Holmes NW        252355   8148048   0.01    27
 HURC250   Holmes NW        252348   8148046   0.21    53
 HURC251   Holmes NW        252256   8148165   1.79    87
 HURC252   Holmes NW        252262   8148163   0.36    49
 HURC253   Holmes NW        252260   8148169   0.11    36
 HURC254   Holmes NW        252275   8148167   0.75    135
 HURC255   Holmes NW        252269   8148166   0.07    49
 HURC256   Holmes NW        252233   8148163   0.8     59
 HURC257   Holmes NW        252203   8148213   0.65    85
 HURC258   Holmes NW        252174   8148287   0.38    69
 HURC259   Holmes NW        252174   8148276   0.32    73
 HURC260   Holmes NW        251728   8148418   0.01    29
 HURC261   Holmes NW        251761   8148402   0.13    49
 HURC262   Holmes           252526   8148090   0.02    59
 HURC263   Holmes           252541   8148088   0.11    57
 HURC264   Holmes           252548   8148086   0.06    187
 HURC265   Holmes           252577   8148079   0.41    48
 HURC266   Holmes           252585   8148075   3.43    111
 HURC267   Holmes           252591   8148072   0.58    62
 HURC268   Holmes           252597   8148073   0.47    67
 HURC269   Holmes           252603   8148067   1.32    193
 HURC270   Holmes           252592   8148055   1.35    104
 HURC271   Holmes           252593   8148043   0.56    577
 HURC272   Holmes           252552   8148055   3.7     3130
 HURC273   Holmes           252561   8148052   4.2     6580
 HURC274   Holmes           252577   8148047   1.05    98
 HURC275   Holmes           252582   8148049   3.27    508
 HURC276   Holmes           252593   8148050   1.14    126
 HURC277   Holmes           252558   8148054   3.42    3150
 HURC278   Holmes           252551   8148051   2.67    4830
 HURC279   Holmes           252741   8148059   2.67    117
 HURC280   Holmes           252749   8148061   3       116
 HURC281   Holmes SE        252698   8147910   1.4     99
 HURC282   Holmes SE        252694   8147907   1.88    5910
 HURC283   Holmes SE        252689   8147907   0.68    189
 HURC284   Holmes SE        252689   8147905   1.37    10000   8.43  17.39
 HURC285   Holmes SE        252701   8147905   1.45    119
 HURC286   Holmes SE        252705   8147907   0.04    67
 HURC287   Holmes SE        252709   8147906   0.33    245
 HURC288   Holmes SE        252710   8147902   0.01    74
 HURC289   Holmes SE        252714   8147902   1.3     10000   43.2  83.38
 HURC290   Holmes SE        252720   8147892   0.02    1440
 HURC291   Holmes SE        252720   8147895   1.22    8460
 HURC292   Holmes SE        252719   8147898   3.54    10000   4.51  12.11
 HURC293   Holmes SE        252722   8147898   2.07    4100
 HURC294   Holmes SE        252719   8147900   1.28    10000   24.2  47.26
 HURC295   Holmes SE        252721   8147903   0.2     164
 HURC296   Holmes SE        252723   8147892   0.14    2430
 HURC297   Holmes SE        252723   8147890   0.01    701
 HURC298   Holmes SE        252725   8147887   0.01    404
 HURC299   Holmes SE        252718   8147901   1.99    981
 HURC300   Holmes SE        252674   8147840   4.45    360
 HURC301   Holmes NW        252411   8148025   1.09    1520
 HURC302   Holmes NW        252407   8148027   2.75    816
 HURC303   Holmes NW        252402   8148028   1.87    1725
 HURC304   Holmes NW        252397   8148027   0.97    1285
 HURC305   Holmes NW        252419   8148021   1.42    135
 HURC306   Holmes NW        252422   8148010   0.07    68
 HURC307   Holmes SE        252614   8147955   0.72    4480
 HURC308   Holmes SE        252640   8147940   0.18    194
 HURC309   Holmes SE        252641   8147938   3.23    500
 HURC310   Holmes SE        252643   8147938   3.56    351
 HURC311   Holmes SE        252645   8147937   0.63    283
 HURC312   Holmes SE        252636   8147930   0.3     534
 HURC313   Holmes SE        252639   8147942   0.02    58
 HURC314   Holmes SE        252641   8147939   4.49    162
 HURC315   Holmes SE        252649   8147935   0.84    185
 HURC316   Holmes SE        252718   8147841   1.55    5520
 HURC317   Holmes SE        252720   8147838   1.18    5380
 HURC318   Holmes SE        252765   8147842   0.65    121
 HURC319   Holmes SE        252763   8147843   0.3     72
 HURC320   Holmes SE        252762   8147845   0.67    112
 HURC321   Holmes SE        252759   8147847   0.24    46
 HURC322   Holmes SE        252757   8147844   0.58    34
 HURC323   Holmes SE        252739   8147867   0.22    956
 HURC324   Holmes SE        252766   8147843   0.79    7790
 HURC325   Holmes SE        252735   8147868   0.72    2530
 HURC326   Holmes SE        252735   8147871   0.47    263
 HURC327   Holmes SE        252733   8147875   0.27    53
 HURC328   Hurricane South  255841   8149476   16.1    337
 HURC329   Hurricane South  255833   8149479   6.65    100
 HURC330   Hurricane South  255831   8149475   0.1     10
 HURC331   Hurricane South  256049   8149467   0.42    11
 HURC332   Hurricane South  256009   8149523   0.09    5
 HURC333   Hurricane South  256011   8149522   0.43    65
 HURC334   Hurricane South  256024   8149500   0.2     6
 HURC335   Hurricane South  256033   8149487   0.15    7
 HURC336   Hurricane South  256039   8149480   41.5    38
 HURC337   Hurricane South  256040   8149477   1.36    14
 HURC338   Hurricane South  256132   8149334   0.4     5
 HURC339   Hurricane South  256132   8149325   0.36    10
 HURC340   Hurricane South  256140   8149324   0.85    16
 HURC341   Hurricane South  256146   8149313   0.7     8
 HURC342   Hurricane South  256153   8149292   0.81    21
 HURC343   Hurricane South  256156   8149273   0.33    8
 HURC344   Hurricane South  256157   8149252   1.86    16
 HURC345   Hurricane South  256180   8149237   4.05    20
 HURC346   Hurricane South  256197   8149196   0.15    5
 HURC347   Hurricane South  256194   8149196   0.09    5
 HURC348   Hurricane South  256250   8148719   8.12    11
 HURC349   Hurricane South  256249   8148720   4.41    9

 

This information is provided by RNS, the news service of the London Stock Exchange. RNS is approved by the Financial Conduct Authority to act as a Primary Information Provider in the United Kingdom. Terms and conditions relating to the use and distribution of this information may apply. For further information, please contact
rns@lseg.com (mailto:rns@lseg.com)
 or visit
www.rns.com (http://www.rns.com/)
.

RNS may use your IP address to confirm compliance with the terms and conditions, to analyse how you engage with the information contained in this communication, and to share such analysis on an anonymised basis with others as part of our commercial services. For further information about how RNS and the London Stock Exchange use the personal data you provide us, please see our
Privacy Policy (https://www.lseg.com/privacy-and-cookie-policy)
.   END  DRLDBBDGCXGDGXS