TIDMBSE
AIM and Media Release
10 May 2017
BASE RESOURCES LIMITED
Exploration Update
HIGHLIGHTS
* Additional mineralisation discovered that extends the footprint of the
Kwale South Dune Deposit along the eastern margin.
* Discovery of a new area of discrete lower grade mineralisation east of the
South Dune Deposit, with recorded intercepts over a contiguous 1,000m of
strike and up to 500m in width.
* Delivery of an updated mineral resource estimate for the Kwale South Dune
Deposit and extensions is on track for completion in the September quarter,
2017.
Base Resources Limited (ASX & AIM: BSE) ("Base Resources" or the "Company") is
pleased to provide an update on exploration results following completion of the
South Dune Deposit extensional and infill drilling program at the Kwale Mineral
Sands Operations ("Kwale Operations") in Kenya, East Africa. Previous strong
drilling results in the SW sector clearly demonstrate the potential to grow
resources and mine life to the south and north of the existing South Dune
reserves (refer announcement on 2nd March 20171 - "March Exploration
Results"). Recent drilling has identified additional mineralisation to the
east of the existing South Dune reserve boundary, albeit at lower heavy mineral
grade. Further analysis of mineralogy is required to determine the extent to
which this results in potential additional resources or extended mine life.
[Note 1: Refer to ASX announcement "Preliminary Exploration Results" released
on 2 March 2017, which is available at http://www.baseresources.com.au/
investor-centre/asx-releases/.]
The focus of drilling, since release of the March Exploration Results, has been
on infill and edge-definition along the eastern flank of the South Dune
Deposit, with an additional 153 holes for 1,811 metres completed. A total of
750 holes for 11,435 metres have now been completed at the South Dune Deposit
and extensional areas (refer Figure 1).
An update to the South Dune Deposit mineral resource, incorporating the results
of the combined drilling campaigns is on schedule for completion during the
September quarter of 2017.
"Figures" (graphics) referenced in this release have been omitted. A full PDF
version of this release, including all Figures, is available from the Company's
website: www.baseresources.com.au.
Kwale South Dune Deposit Eastern Edge Definition Drilling
Further edge-definition drilling of the Kwale South Dune Deposit (currently
88.5Mt @ 3.5% HM - refer ASX/AIM Release on 11th October 20162) has
successfully delineated a mineralised extension to the east of the existing
resource boundary (refer Figure 2).
In response to the findings of initial edge definition drilling, the drilling
was extended further eastward from the South Dune Deposit on remnant highland
areas. This has resulted in the discovery of additional mineralisation with
elevated coarse sand and slimes, suggestive of an erosional shedding of
material from the South Dune Deposit. Field logging data shows that sample
washability is not detrimentally affected by the higher slimes, which suggests
that this new style of mineralisation would be suited to existing mining
methods employed at the Kwale Operations. Preliminary investigation of heavy
mineral in this eastern discovery indicates an elevated concentration of rutile
in the mineral assemblage when compared to the neighbouring South Dune Deposit.
This rutile concentration, which will be critical to the inclusion of the
additional mineralisation in mineral resources and any contribution to mine
life extensions, will be established in the course of the detailed mineralogy
work that is underway.
Representative cross sections of discoveries and extensions are included in
Figures 3 and 4. Significant drill intercepts received since the March
Exploration Results are included in Appendix 2 at 1% bottom cut over a minimum
interval of 3m.
[Note 2: Refer to the "2016 Mineral Resources and Ore Reserves Update for
Kwale" announcement released on 11 October 2016, which is available at http://
www.baseresources.com.au/investor-centre/asx-releases/. Base Resources
confirms that it is not aware of any new information or data that materially
affects the information included in the original market announcement and, in
the case of Mineral Resources and Ore Reserves, that all material assumptions
and technical parameters underpinning the estimates in the original market
announcement continue to apply and have not materially changed.]
Kwale South Dune Deposit Infill Drilling
Coincident with the objective of defining the eastern edge of the South Dune
Deposit, drilling also provided infill information between historic,
broad-spaced drill lines (not shown). The objective of this and previous
infill drilling is to provide data for upgrading the geological confidence of
Inferred and part of the Indicated Resource areas of the deposit to a Measured
status. Any Inferred Resources achieving an Indicated or Measured Resource
status will in turn be eligible for inclusion within the Kwale South Dune Ore
Reserves. Appreciable Ore Reserve increases are anticipated from this work.
Competent Persons Statements
The information in this report that relates to Exploration Results is based on,
and fairly represents, information and supporting documentation prepared by
Mr. Richard Stockwell, who acts as contract Exploration Manager for Base
Resources. Mr Stockwell is a member of the Australian Institute of
Geoscientists and has sufficient experience that is relevant to the style of
mineralisation and type of deposits under consideration and to the activity
which he is undertaking to qualify as a Competent Person as defined in the 2012
Edition of the Australasian Code for Reporting of Exploration Results, Mineral
Resources and Ore Reserves (JORC Code). Mr. Stockwell consents to the
inclusion in this report of the matters based on the information in the form
and context in which it appears.
Forward Looking Statements
Information in this report should be read in conjunction with other
announcements made by Base Resources. No representation or warranty, express
or implied, is made as to the fairness, accuracy or completeness of the
information contained in this report (or any associated presentation,
information or matters). To the maximum extent permitted by law, Base
Resources and its related bodies corporate and affiliates, and their respective
directors, officers, employees, agents and advisers, disclaim any liability
(including, without limitation, any liability arising from fault, negligence or
negligent misstatement) for any direct or indirect loss or damage arising from
any use or reliance on this report or its contents, including any error or
omission from, or otherwise in connection with, it.
Certain statements in or in connection with this report contain or comprise
forward looking statements. By their nature, forward looking statements
involve risk and uncertainty because they relate to events and depend on
circumstances that will occur in the future and may be outside Base Resources'
control. Accordingly, results could differ materially from those set out in
the forward-looking statements.
Nothing in this report constitutes investment, legal or other advice. You must
not act on the basis of any matter contained in this report, but must make your
own independent investigation and assessment of Base Resources and obtain any
professional advice you require before making any investment decision based on
your investment objectives and financial circumstances. This report does not
constitute an offer, invitation, solicitation, advice or recommendation with
respect to the issue, purchase or sale of any security in any jurisdiction.
APPIX 1: Table 1, JORC Code 2012
Section 1: Sampling Techniques and Data
Criteria Explanation Comment
Sampling Nature and quality of Sample sub-splits are
techniques sampling (e.g. cut channels, collected at a standard 1.5m
random chips, or specific down-hole interval, using an
specialised industry on-board rotary splitter
standard measurement tools mounted beneath the drill rig
appropriate to the minerals cyclone. Sample gates are set
under investigation, such as at 25% of the splitter cycle,
down hole gamma sondes, or which delivers about 2kg of
handheld XRF instruments, sample, dependant on ground
etc.). These examples should conditions.
not be taken as limiting the
broad meaning of sampling.
Include reference to Appropriate drilling equipment
measures taken to ensure and driller training is a
sample representivity and prerequisite of the drilling
the appropriate calibration contract. A rotary splitter
of any measurement tools or (regularly cleaned) is used
systems used. for splitting drill samples in
the field and a robust QA/QC
and audit system is
established.
Consistency in split sample
weights is monitored via
intermittent testing in the
field with spring scales and
through recording of air-dried
sample weights at sample
preparation. Weights are
generally between two and
three kilograms and this is
considered representative for
the detrital material being
sampled.
Aspects of the determination RCAC drilling is used to
of mineralisation that are obtain a 1.5m samples from
Material to the Public which approximately 1.2-2.5 kg
Report. In cases where is collected using a rotary
'industry standard' work has splitter beneath a cyclone.
been done this would be The sample is then dried,
relatively simple (e.g. de-slimed (material less than
'reverse circulation 45 µm removed) and then
drilling was used to obtain oversize (material +1mm) is
1 m samples from which 3 kg removed.
was pulverised to produce a Approximately 100g of the
30 g charge for fire resultant sample is then
assay'). In other cases, subjected to a heavy mineral
more explanation may be (HM) float/sink technique
required, such as where using Lithium
there is coarse gold that Heteropolytungstates (LST:SG=
has inherent sampling 2.85g/cm3).
problems. Unusual The resulting HM concentrate
commodities or is then dried and weighed.
mineralisation types (e.g.
submarine nodules) may
warrant disclosure of
detailed information.
Drilling Drill type (e.g. core, All samples are generated by
techniques reverse circulation, RCAC drilling utilising 71 mm
open-hole hammer, rotary air diameter (NQ) air-core drill
blast, auger, Bangka, sonic, tooling. Drill holes are
etc.) and details (e.g. core oriented vertically by eye.
diameter, triple or standard
tube, depth of diamond
tails, face-sampling bit or
other type, whether core is
oriented and if so, by what
method, etc.).
Drill sample Method of recording and Base Resources log sample
recovery assessing core and chip quality at the rig as either
sample recoveries and good or poor, with 'good'
results assessed. meaning not contaminated and
of an appropriate sample size
(recovery), and 'poor' meaning
contaminated or grossly over/
undersized.
Ground conditions vary and as
such, the use of water
injection is also logged in
the sample quality field for
every sample interval (dry,
moist, injected or wet).
No sample loss has been
recorded. The configuration of
drilling and nature of
sediments encountered results
in negligible loss.
Measures taken to maximise Drill penetration is halted at
sample recovery and ensure the end of each sample
representative nature of the interval to allow time for the
samples. sample to return to surface
and be collected. Drilling
proceeds once sample delivery
ceases.
Sampling on the drill rig is
observed to ensure that rotary
splitter remains clean. Water
flush and manual cleaning of
the cyclone occurs at regular
intervals to ensure
contamination is minimised.
Whether a relationship No relationship is believed to
exists between sample exist between grade and sample
recovery and grade and recovery. The high percentage
whether sample bias may have of silt and low hydraulic
occurred due to preferential inflow of groundwater results
loss/gain of fine/coarse in a sample size that is well
material. within the expected size
range.
Logging Whether core and chip Base Resources collects
samples have been detailed qualitative logging
geologically and of geological characteristics
geotechnically logged to a to allow a comprehensive
level of detail to support geological interpretation to
appropriate Mineral be carried out.
Resources estimation, mining Logging of HM sinks with a
studies and metallurgical microscope also is used to
studies. inform the geological
interpretation.
Whether logging is Logging of RCAC samples record
qualitative or quantitative sample quality, washability,
in nature. Core (or costean, colour, lithology, grainsize,
channel, etc.) photography. sorting, induration type,
hardness, estimated rock and
estimated HM.
The total length and All drill holes are logged in
percentage of the relevant full and all samples with
intersections logged. observed HM (and designated
for assay) are assayed.
Sub-sampling If core, whether cut or sawn All samples are unconsolidated
techniques and and whether quarter, half or and comprise sand, silt, clay
sample preparation all core taken. and rock fragments.
If non-core, whether Base Resources rotary split
riffled, tube sampled, the samples on the drill rig
rotary split, etc. and as they are delivered from
whether sampled wet or dry. drilling (wet, moist, injected
or dry). Low groundwater
pressure and rotary splitting
delivers a representative
sample for logging. The 25%
split delivers approximately 2
kg of sample for analysis.
Drill samples are dried then
riffle split to produce a
300g sample for de-sliming
and oversize removal. The
resultant sand fraction is
then delivered to the Kwale
Operations on-site analysis
laboratory, managed by SGS,
for heavy liquid (LST)
separation.
Sub-sampling For all sample types, the Base Resources use a standard
techniques and nature, quality and flow sheet and detailed QA/QC
sample appropriateness of the is undertaken.
preparation, sample preparation The sample, designated in the
cont'd. technique. field for analysis, is air
dried, weighed and pulverized
for riffle splitting. Two
splits are generated of
approximately 350 - 500g each
and the remainder of the
original sample is recorded
and stored.
One split is oven dried to
establish moisture content of
the air-dried sample. The
second split is soaked in
water and a de-flocculating
agent prior to attritioning
and de-sliming with a 45µm
screen. The sample is then
dried and weighed to determine
material lost (Slimes weight)
during screening. The dried
sample is then screened at 1mm
and the oversize is weighed.
The remaining dry sand
fraction is then delivered to
the on-site analysis
laboratory for heavy liquid
separation by TBE.
Quality control procedures To maintain QA/QC, a duplicate
adopted for all sub- and standard assaying
sampling stages to maximise procedure has been
representivity of samples. implemented.
A duplicate sample is
collected at the rig at every
20th sample by the application
of a second calico bag to the
second, 25% split chute on the
splitter. Both samples are
subjected to the complete
sample preparation and
assaying process.
In the sample preparation
area, at a rate of 1:40,
duplicates of the moisture
content sample and screened
sample are taken. These are
subjected to moisture content
(split 1) and de-sliming/
oversize (split 2)
determinations to ensure
samples do not exhibit bias.
A certified standard sample is
submitted in the field and a
second certified standard
sample is submitted to the
on-site analysis laboratory
after the sample preparation
stage, each at a rate of 1:40,
to monitor analysis accuracy.
Sub-sampling Measures taken to ensure Analysis of sample duplicates
techniques and that the sampling is is undertaken by standard
sample representative of the geostatistical methodologies
preparation, in-situ material collected, (QQ Plots) to test for bias
cont'd. including for instance and to ensure that sample
results for field duplicate/ splitting is representative.
second-half sampling. Standards determine assay
accuracy performance,
monitored on control charts,
where failure (beyond 3SD from
the mean) triggers re-assay of
the affected batch.
Whether sample sizes are Given that the grain size of
appropriate to the grain the material being sampled is
size of the material being sand and approximately 70 to
sampled. 300 µm, an approximate sample
size of 2 kg is more than
adequate.
Quality of assay The nature, quality and Laboratory analysis of drill
data and appropriateness of the samples is conducted at the
laboratory tests assaying and laboratory on-site analysis laboratory.
procedures used and whether Analysis is conducted
the technique is considered according to a flow sheet that
partial or total. represents standard, best
practice for the assessment of
HM and is supported by robust
QA/QC procedures.
Sand samples delivered to the
on-site analysis laboratory
are rotary split to generate a
100g sample for LST
separation. Excess sand
fraction is labelled and
stored.
The LST sink progresses till
it clears and the sink is
removed, washed in acetone,
oven dried and weighed.
LST is cleaned and density
checked on a daily basis.
For geophysical tools, None used.
spectrometers, handheld XRF
instruments, etc., the
parameters used in
determining the analysis
including instrument make
and model, reading times,
calibrations factors applied
and their derivation, etc.
Quality of assay Nature of quality control Field duplicates, sample
data and procedures adopted (e.g. preparation duplicates and
laboratory tests, standards, blanks, laboratory replicates are
cont'd. duplicates, external submitted for precision and
laboratory checks) and bias analysis. Standard
whether acceptable levels of samples are submitted to
accuracy (i.e. lack of bias) determine analysis accuracy.
and precision have been
established.
Verification of The verification of Verification of significant
sampling and significant intersections by intercepts is conducted by the
assaying either independent or Base Resources Exploration
alternative company Superintendent. The deposit
personnel. type and consistency of
mineralization leaves little
room for unexplained variance.
Data entry errors identified
by the Exploration
Superintendent are corrected
(where obvious) or re-assay is
completed.
The use of twinned holes. Twinned holes account for 4 -
5% of holes drilled at the
Kwale South Dune Deposit
extensions. These will be
used to determine short-range
geological and assay field
variability for resource
modelling purposes.
Documentation of primary Data collected by Base
data, data entry procedures, Resources is entered digitally
data verification, data in the field using a
storage (physical and ruggedized computer with
electronic) protocols. Maxwell Geoscience logging
software. Data is downloaded
daily to the site server.
Migration to a Datashed
Database is complete.
Discuss any adjustment to No adjustments were made to
assay data. data.
Location of data Accuracy and quality of Base Resources use a real time
points surveys used to locate drill kinematic global positioning
holes (collar and down-hole system ('RTK GPS') to pick up
surveys), trenches, mine drill collar locations.
workings and other locations Survey is completed by Company
used in Mineral Resources surveyors. Original drill
estimation. set-out is completed by
hand-held GPS.
Specification of the grid The grid system used is the
system used. Arc1960 (Zone 37 South). The
drill pattern is based on a
local grid rotation to ensure
drill lines are oriented
orthogonal to the trend of
mineralization. The Kwale
South Dune Deposit Local Grid
is used for all deposit
extensions.
Location of data Quality and adequacy of A LiDAR survey was conducted
points, cont'd. topographic control. in November 2013 at an
accuracy of 0.015m and is
available for topography
modelling in the NE Sector and
for all Kwale South Dune
Deposit extension areas.
Data spacing and Data spacing for reporting The data spacing drilling is
distribution of Exploration Results. nominally 100m North, 50m
East, and 1.5m down hole for
exploration results.
Variations occur when
lower-density drilling is
applied to exploration areas
or from line-clearing
difficulties prior to drilling
and drill site survey.
Whether the data spacing and Based on the experience of the
distribution is sufficient competent person, the data
to establish the degree of spacing and distribution is
geological and grade considered adequate for the
continuity appropriate for definition of mineralisation
the Mineral Resources and and adequate for proposed
Ore Reserves estimation mineral resource estimation.
procedure(s) and
classifications applied.
Whether sample compositing No sample compositing or
has been applied. de-compositing has been
applied.
Orientation of Whether the orientation of Sample orientation is vertical
data in relation sampling achieves unbiased and approximately
to geological sampling of possible perpendicular to the dip and
structure structures and the extent to strike of the mineralization,
which this is known, which results in true
considering the deposit thickness estimates. Drilling
type. and sampling is carried out on
a regular rectangular grid
that is broadly aligned and in
a ratio consistent with the
anisotropy of the
mineralisation.
If the relationship between There is no apparent bias
the drilling orientation and arising from the orientation
the orientation of key of the drill holes with
mineralised structures is respect to the strike and dip
considered to have of the deposit.
introduced a sampling bias,
this should be assessed and
reported if material.
Sample security The measures taken to ensure All samples are numbered, with
sample security. sample splits, residues and HM
sinks registered and stored at
the Kwale Operations site in a
restricted access storage
shed.
Audits or reviews The results of any audits or Richard Stockwell, contract
reviews of sampling Exploration Manager, has
techniques and data. conducted three site visits
relating to the current
exploration programme. These
were made to establish and
review drilling, sample
preparation and geological
interpretation procedures.
Minor recommended changes were
made on each occasion.
Section 2: Reporting of Exploration Results
Criteria Explanation Comment
Mineral tenement Type, reference name/number, The exploration results are
and land tenure location and ownership coincident with the granted
status including agreements or Special Mining Lease No.23 and
material issues with third Special Prospecting License
parties such as joint No. 173.
ventures, partnerships, Mining on SML23 is subject to
overriding royalties, native an ad valorem royalty of 2%,
title interests, historical payable to the previous
sites, wilderness or owners, and currently a 2.5%
national park and royalty, payable to the Kenyan
environmental settings. government.
The security of the tenure There are no known impediments
held at the time of to the security of tenure over
reporting along with any the area containing the
known impediments to reported exploration results.
obtaining a licence to
operate in the area.
Exploration done Acknowledgment and appraisal The previous owners of the
by other parties of exploration by other project (Tiomin Kenya Ltd)
parties. undertook exploration drilling
over the Kwale Project (incl.
South Dune area). Tiomin data
is included in the Kwale
Mineral Resource estimations.
Geology Deposit type, geological Exploration results are
setting and style of indicative of aeolian (dunal)
mineralisation. detrital heavy mineral sand
deposits.
Drill hole A summary of all information Intercepts are listed in the
Information material to the body of the release.
understanding of the There are no further drill
exploration results hole results that are
including a tabulation of considered material to the
the following information understanding of the
for all Material drill exploration results.
holes: Identification of the wide and
If the exclusion of this thick zone of mineralisation
information is justified on is made via multiple
the basis that the intersections of drill holes
information is not Material and to list them all would not
and this exclusion does not give the reader any further
detract from the clarification of the
understanding of the report, distribution of mineralisation
the Competent Person should throughout the deposit.
clearly explain why this is
the case.
Data aggregation In reporting Exploration Exploration results are
methods Results, weighting averaging reported at a minimum 1% HM
techniques, maximum and/or bottom cut-off over a minimum
minimum grade truncations depth interval of 3m.
(e.g. cutting of high Kwale Mineral Resources are
grades) and cut-off grades reported at a 1% HM bottom
are usually Material and cut-off.
should be stated.
Where aggregate intercepts Does not apply
incorporate short lengths of
high grade results and
longer lengths of low grade
results, the procedure used
for such aggregation should
be stated and some typical
examples of such
aggregations should be shown
in detail.
Data aggregation The assumptions used for any No metal equivalents were used
methods, cont'd. reporting of metal for reporting of exploration
equivalent values should be results.
clearly stated.
Relationship These relationships are All drill holes are vertical
between particularly important in and perpendicular to the dip
mineralisation the reporting of Exploration and strike of mineralisation
widths and Results. and therefore all
intercept lengths interceptions are
approximately true thickness.
If the geometry of the Dune deposits typically
mineralisation with respect approximate a horizontal
to the drill hole angle is accumulation over a variable
known, its nature should be basement topography.
reported.
If it is not known and only
the down hole lengths are
reported, there should be a
clear statement to this
effect (e.g. 'down hole
length, true width not
known').
Diagrams Appropriate maps and Refer to main body of release.
sections (with scales) and
tabulations of intercepts
should be included for any
significant discovery being
reported These should
include, but not be limited
to a plan view of drill hole
collar locations and
appropriate sectional views.
Balanced Where comprehensive Reporting of results is
reporting reporting of all Exploration restricted to type sections
Results is not practicable, and more comprehensive
representative reporting of tabulated results at a 1% HM
both low and high grades and bottom cut and a minimum 3m
/or widths should be interval.
practiced to avoid
misleading reporting of
Exploration Results.
Other substantive Other exploration data, if Whilst mineralogical
exploration data meaningful and material, investigation is awaited, a
should be reported including similar high-value assemblage,
(but not limited to): as recorded for the Kwale
geological observations; Mineral Resource (19% Rutile
geophysical survey results; + Zircon), has been observed
geochemical survey results; on the dunal deposits during
bulk samples - size and preliminary microscope
method of treatment; investigation of exploration
metallurgical test results; samples.
bulk density, groundwater, Preliminary investigation of
geotechnical and rock heavy mineral in this eastern
characteristics; potential discovery shows an elevated
deleterious or contaminating concentration of rutile in the
substances. mineral assemblage when
compared to the neighbouring
South Dune Deposit. Planned
geological interpretation and
mineralogy analysis will
assist in determining the
extent of the enrichment,
which will be quantified in
the South Dune Mineral
Resource estimation,
anticipated to be completed in
the September quarter, 2017.
Further work The nature and scale of Geological interpretation is
planned further work (e.g. ongoing at the Kwale South
tests for lateral extensions Dune Deposit extensions. Once
or depth extensions or complete, mineralogical
large-scale step-out analysis will ensue and
drilling). results will feed into an
updated resource estimate.
Mineral Resource estimation of
the Kwale South Dune Deposit
and extensions is anticipated
in the September quarter,
2017.
Further community engagement
is required to continue
drilling in the NE Sector,
which is not expect to take
place until after Kenya's
general elections, currently
scheduled for August 2017.
Diagrams clearly Refer to main body of release.
highlighting the areas of
possible extensions,
including the main
geological interpretations
and future drilling areas,
provided this information is
not commercially sensitive.
APPIX 2: Mineralised intercepts in the Kwale South Dune Deposit extensions
(3m @ 1% HM bottom cut off; UTM ARC1960 Zone 37S).
Project area Hole_ID UTM_E UTM_N RL (m) From Interval DH DH DH
ARC1960 ARC1960 (m) (m) Average Average Average
THM Slimes Oversize
Eastern KS877 546768 546768 67.9 0 7.5 1.25 6.86 2.43
Extension
Eastern KS883 546632.5 546632.5 74.7 3 3 1.2 6.54 2.77
Extension
Eastern KS892 545841.6 545841.6 64.2 1.5 3 1.24 23.8 4.18
Extension
Eastern KS896 547154.7 547154.7 60.7 0 3 1.34 24.46 2.18
Extension
Eastern KS900 546804.2 546804.2 65.5 3 3 1.05 7.04 3.5
Extension
Eastern KS921 547369.3 547369.3 77.4 3 4.5 1.26 41.58 9.94
Discovery
Eastern KS922 547442.3 547442.3 80.8 0 7.5 1.73 33.72 10.88
Discovery
Eastern KS923 547512.5 547512.5 77.4 0 6 1.58 30.77 6.91
Discovery
Eastern KS924 547592.2 547592.2 72.2 3 4.5 1.02 27.69 6.24
Discovery
Eastern KS925 547661.1 547661.1 65.5 0 7.5 1.36 4.91 2.39
Discovery
Eastern KS932 547444.1 547444.1 80.7 0 9 2.04 37.22 8.71
Extension
Eastern KS941 547684.3 547684.3 76.5 6 3 1.54 25.37 8.58
Extension
Eastern KS977 547062.5 547062.5 79.9 1.5 4.5 1.42 37.1 2.02
Extension
Eastern KS989 546359.8 546359.8 79.3 1.5 4.5 1.08 22.15 1.68
Extension
Eastern KS990 546288.6 546288.6 83.3 3 9 1.42 27.62 1.15
Extension
Eastern KS991 546451.8 546451.8 84.1 1.5 4.5 1.15 18.49 2.02
Extension
Eastern KS991 546451.8 546451.8 84.1 7.5 3 1.23 19.9 7.26
Extension
Eastern KS995 546589.1 546589.1 76.5 0 7.5 1.33 17.05 3.96
Extension
Eastern KS1003 547080.3 547080.3 72.6 0 7.5 1.28 26.15 1.97
Extension
Eastern KS1004 546899.8 546899.8 86.9 1.5 15 1.51 25.31 3.42
Extension
Eastern KS1004 546899.8 546899.8 86.9 22.5 4.5 2.73 20.58 5.29
Extension
Eastern KS1012 546828.2 546828.2 94.2 0 10.5 2.01 29.33 10.39
ExtensionS.
CORPORATE PROFILE
Directors
Keith Spence (Non-Executive Chairman)
Tim Carstens (Managing Director)
Colin Bwye (Executive Director)
Sam Willis (Non-Executive Director)
Michael Anderson (Non-Executive Director)
Michael Stirzaker (Non-Executive Director)
Malcolm Macpherson (Non-Executive Director)
Company Secretary
Chadwick Poletti
NOMINATED ADVISOR & BROKERS
RFC Ambrian Limited
As Nominated Adviser:
Andrew Thomson / Stephen Allen
Phone: +61 (0)8 9480 2500
As Joint Broker:
Jonathan Williams
Phone: +44 20 3440 6800
Numis Securities Limited
As Joint Broker:
John Prior / James Black / Paul Gillam
Phone: +44 20 7260 1000
SHARE REGISTRY: ASX
Computershare Investor Services Pty Limited
Level 11, 172 St Georges Terrace
PERTH WA 6000
Enquiries: 1300 850 505 / +61 (3) 9415 4000
www.computershare.com.au
SHARE REGISTRY: AIM
Computershare Investor Services PLC
The Pavilions
Bridgwater Road
BRISTOL BS99 6ZZ
Enquiries: +44 (0) 870 702 0003
www.computershare.co.uk
AUSTRALIAN MEDIA RELATIONS
Cannings Purple
Annette Ellis / Andrew Rowell
Email: aellis@canningspurple.com.au /
arowell@canningspurple.com.au
Phone: +61 (0)8 6314 6300
UK MEDIA RELATIONS
Tavistock Communications
Jos Simson / Emily Fenton
Phone: +44 (0) 207 920 3150
KENYA MEDIA RELATIONS
Africapractice (East Africa)
Evelyn Njoroge / James Njuguna/Joan Kimani
Phone: +254 (0)20 239 6899
Email: jkimani@africapractice.com
PRINCIPAL & REGISTERED OFFICE
Level 1, 50 Kings Park Road
West Perth, Western Australia, 6005
Email: info@baseresources.com.au
Phone: +61 (0)8 9413 7400
Fax: +61 (0)8 9322 8912
END
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