THIS ANNOUNCEMENT CONTAINS INSIDE INFORMATION AS STIPULATED
UNDER THE UK VERSION OF THE MARKET ABUSE REGULATION NO 596/2014
WHICH IS PART OF ENGLISH LAW BY VIRTUE OF THE EUROPEAN (WITHDRAWAL)
ACT 2018, AS AMENDED. ON PUBLICATION OF THIS ANNOUNCEMENT VIA
A REGULATORY INFORMATION SERVICE, THIS INFORMATION IS CONSIDERED TO
BE IN THE PUBLIC DOMAIN.
10 July 2024
Capital Metals
PLC
("Capital
Metals" or the "Company")
Drilling Update: Approval
Granted
Work programme targeting
substantial near-term resource tonnage and grade
upside
Capital Metals (AIM: CMET), a
mineral sands company approaching mine development stage at the
high-grade Eastern Minerals Project in Sri Lanka (the "Project"),
is pleased to announce it has now received all necessary consents
to commence the drilling programme, focusing on increasing the
resource as well as obtaining greater certainty in the proposed
initial mining area. The drilling programme will
commence shortly.
Key
objectives
·
Resource extension through deeper aircore drilling
down to the alluvial basement and laterally to the west, outside
the current Mineral Resource Estimate ("MRE"), targeting the
identified palaeo-beach and dune formations on the coastal
plain
·
Resource/reserve confirmation
for final mine design and production scheduling - initially
targeting the first 12 months of production
·
The minimum objective of the Company is to
progressively increase the resource to twice its current volume.
The prospects of material increases are likely to be evident in the
short-term through visual and laboratory analysis of
samples
The current Project MRE of 17.2Mt at
17.6% Total Heavy Minerals ("THM") already places the Project's
deposit among the highest grades globally. The MRE was estimated on
pre-2016, hand auger drilling of 1,643 holes for 2,621 metres.
Drilling was limited to the beach and foredune formations and, due
to the hand augur drilling method, terminated at the groundwater
table at an average depth of 1.6 metres. Mineralisation remains
open below the groundwater table and potential for additional
resources also exists west of the foredune formation across the
Project.
Hand auger drilling is ineffective
below the groundwater table and, as such, drilling to date has not
penetrated to the basement which is anticipated at approximately an
average of 10 metres depth. The resource drilling also excluded
marine sands in the coastal plain behind the foredune
formation.
Deep sonic drilling in 2018 in the
back-beach and foredunes at Komari, some of which was west
(outside) of the existing resource, returned results including 14
metres at 26.3% THM and 8 metres at 26.6% THM. This, together with
contemporary analysis of other trailing continental margins,
suggests that a substantial additional resource has been excluded
at depth and laterally in parallel palaeo-beach formations on the
immediate coastal plain. Accordingly, a substantial resource
increase is anticipated from this drilling programme.
Drilling will include a
comprehensive Quality Assurance sampling programme. To expedite the
analysis stage, all routine and Quality Assurance samples will be
delivered in batches to laboratories in Johannesburg for heavy
liquid separation and mineralogical assessment using a mix of XRF,
XRD and QEMScan. The Company expects to be able to report initial
results starting next quarter, although visual results are expected
to be reportable in the current quarter.
The Company has also commenced work
on a detailed submission on the feasibility of mining below the
groundwater table, which is permissible in most beach mineral sands
projects globally and has already taken place elsewhere in Sri
Lanka. Discussions are advancing with the relevant authorities in
Sri Lanka in this regard.
Greg Martyr, Executive Chairman of Capital Metals,
commented:
"We've glimpsed the upside potential from 2018 and 2021
drilling which produced grades above our current MRE. Multiples of
the current MRE are possible when drilling to the alluvial basement
with an average anticipated depth of 10 metres compared to the
current average of 1.6 metres for the MRE. Material resource
extension is also likely from drilling the whole marine sand
package, inland of the beach and foredunes.
The Project economics estimated in the 2022 Preliminary
Economic Assessment have already demonstrated a high margin
operation. We are very excited to finally be in a position to test
the upside with a view to expanding the Project's current 10-year
mine life and throughput, with the subsequent result of materially
enhancing the NPV of the Project.
I
look forward to updating the market on these drill results and a
subsequent resource upgrade."
For further
information, please visit
www.capitalmetals.com
or contact:
Capital Metals plc
Greg Martyr (Executive
Chairman)
|
Via Vigo Consulting
|
Vigo Consulting (Investor Relations)
Ben Simons / Peter Jacob
|
+44 (0)20 7390 0234
capitalmetals@vigoconsulting.com
|
SPARK Advisory Partners (Nominated Adviser)
Neil Baldwin / James Keeshan / Adam
Dawes
|
+44 (0)20 3368 3550
|
Tavira Financial
Jonathan Evans / Oliver
Stansfield
|
+44 (0)20 7100 5100
|
About Capital Metals
Capital Metals is a UK company
listed on the London Stock Exchange (AIM: CMET). We are developing
the Eastern Minerals Project in Sri Lanka, approximately 220km east
of Colombo, containing industrial minerals including ilmenite,
rutile, zircon, and garnet. The Project is one of the highest-grade
mineral sands projects globally, with potential for further grade
and resource expansion. In 2022, a third-party Preliminary Economic
Assessment provided a Project NPV of US$155-235m based on existing
resources, with further identified optimisation potential. We are
committed to applying modern mining practices and bringing
significant positive benefits to Sri Lanka and the local community.
We expect over 300 direct new jobs to be created and over US$130m
in direct government royalties and taxes to be paid.
Visit our website:
www.capitalmetals.com
Follow us on social
media:
X (formerly Twitter):
@MetalsCapital
LinkedIn: @Capital Metals
plc
Glossary
QEMScan
|
Quantitative Evaluation of Minerals
by Scanning Electron Microscopy - a fully automated micro-analysis
system that enables quantitative chemical analysis of materials and
generation of high-resolution mineral maps and images as well as
porosity structure.
|
XRD
|
X-ray diffraction, or x-ray powder
diffraction - utilises x-ray radiation on crystalline organic and
inorganic samples. The rays are diffracted in a pattern determined
by the position, arrangement, and size of the constituents of the
crystal.
|
XRF
|
X-ray fluorescence - involves using
x-rays to excite matter at the atomic level for determining
approximate chemical compositions.
|