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MetalNRG #MNRG expects waste-to-power plant to be in commercial operation by 2023

MetalNRG PLC

MetalNRG #MNRG expects waste-to-power plant to be in commercial operation by 2023

Litigation Update MetalNRGts #MNRG

MetalNRG plc (“the Company”) announces that further to the High Court’s written judgements in the Company’s application for summary judgement against BritEnergy Holdings LLP and BritNRG Ltd, the first and third defendants (together the “Defendants”), in its action for recission of certain contracts and restitution, the deadline for the Defendants to make payment to the Company in the sum of £1,122,961.85 (which includes interest awarded and interim costs recovery) was 4.00pm on 26th October 2022) (the “Payment Deadline”). First Deendant has now made total payments to the Company of £556,270.33 (of which only £250,001 was received by the Payment Deadline and only £16,269.22 has been paid in respect of interest awarded to the Company).

The Defendants have now written to the Company’s solicitors purporting to have paid the balance that they consider due to the Company pending an appeal of part of the judgement (which appeal notice has also now been served); seemingly awarding themselves a unilateral stay of execution despite such a stay being applied for at the hearing and refused by the Court, and a further stay application pending before the Court of Appeal (and only being made after the deadline for payment having passed).

Clearly such action in is direct contravention of the order made by the High Court and the Company has accordingly commenced enforcement proceedings against the Defendants by the issue and service of statutory demands for the balance due.

 The grounds set out in the notice of appeal are, in the opinion of the Company and its advisers, entirely without substance or merit, and the Company will make representations at any hearing to consider granting leave to appeal accordingly.

 Separately, the Company and its directors (who are also separately represented) have filed for the strike out of the petition filed by Mr Rocco under section 994 of the Companies Act 2006 (the “Petition”) on the grounds that: (i) Mr Rocco has no real prospect of succeeding on the Petition or for obtaining the claimed relief; (ii) in any event, that Mr Rocco has no real prospect of successfully advancing those claims directed against the Company; and (iii) in any event, there is no other compelling reason why that case should be disposed of at trial.

 The grounds stated above also reflect the conclusions of the in the Supplemental Judgment, delivered by Deputy ICC Judge Kyriakides who expressed her own concerns about the purpose of the request for a stay of enforcement in connection with the Petition. In particular, she held that “it would appear that what [Mr Rocco] is seeking to do by relying on his section 994 Petition in this application to stay the Judgment is to confer an indirect and collateral benefit on the [Corporate Defendants] who are not members of the Company and, as already stated, are not parties to the Section 994 Petition.”

 She went on to state, at paragraph 4.2.4 of the Supplemental Judgment, that:

 (a)  “[i]t is difficult to see how it is in the interests of the [Company], and, therefore, in the interests of [Mr Rocco] for there to be a stay of the Judgment”;

 (b)  “[n]o evidence has been adduced […] to show that the [Company’s] interests would be advanced if the rescission of the April Transaction were to be reversed”; and

 (c)  “the only interests that would be served if [she] were to order a stay (which, in any event, could only be a stay on the rescission order and not on any liability to account) would be those of the [Corporate Defendants]”.

 The Company and its advisers remain of the firm view that Mr Rocco’s requests for relief in the Petition are likely to be disposed of in similar fashion by the High Court and that the Petition is an entirely disingenuous legal action, filed by Mr Rocco as part of a wider scheme to advance his own interests in a personal capacity.

 

Blencowe Resources #BRES – Pre-Feasibility Study Results for Orom-Cross

Pre-Feasibility Study (PFS)

Highlights:

 Net Present Value (post-tax) of US$482M, a 52% increase on previously reported Preliminary Economic Assessment (PEA)

 IRR (post-tax) of 49%

 14-year mine life, which can be increased by additional drilling

 US$499/t operating cost (FOB Mombasa port), underlining one of the lowest cost graphite projects worldwide

 US$1,307/t weighted average sales price for basket of end-products

 Initial Capital requirement reduced by 23% from PEA 2021 to US$62M

 US$1.398 billion EBITDA delivered over life of mine, average US$100M EBITDA p.a.

 US$1.073 billion cumulative Net Cash delivered from project over life of mine

 36,000tpa end-products as 96-97% LOI concentrates in year 1, ramping up in stages thereafter to 147,000tpa

 ~50% of end-product in higher value +100 to +50 mesh fractions

 Blencowe to apply for Free Trade Zone License (FTZL) in 2H 2022, which in turn will bring considerable advantages, including a 10-year corporate tax exemption

· Pre-Feasibility Study (PFS) completed on time and under budget

· PFS indicates a robust, long-term, profitable graphite mining operation at Orom-Cross

· PFS managed by leading graphite technical experts Battery Limits Pty Limited (Australia), who have delivered several other leading graphite project feasibility studies in the past

· Scope to expand resource and ramp up production as global markets dictate

· Flake graphite forecast to move into significant supply deficit medium term as increased demand for electric vehicles (EVs) lifts demand for lithium-ion batteries.  Graphite is a non-replaceable input material into lithium-ion batteries

· Blencowe will now move towards Initial Stage production at Orom-Cross by 2H-2023

Blencowe Resources (“Blencowe” or the “Company”) (LSE: BRES) is pleased to announce results of the Pre-Feasibility Study it has been conducting at its flagship Orom-Cross Graphite Project in Uganda.  These results highlight an exceptional long-life project that delivers considerable returns over an initial life of mine period of fourteen years.  In addition, the PFS indicates an initial capital requirement that has been lowered by 23% since the Preliminary Economic Assessment (“PEA”) announced in 2021.

The PFS has been delivered in conjunction with leading graphite technical expert Battery Limits Pty Ltd (“Battery Limits”) who have managed several other leading graphite project feasibility studies worldwide.

 

Executive Chairman of Blencowe, Cameron Pearce commented:

“This PFS represents a major milestone for the Orom-Cross Project and the results are outstanding.  We have considerably outperformed the 2021 Preliminary Economic Assessment in all key areas, whilst also reducing the initial capital requirement by 23% to just US$62M.”

“The Orom-Cross NPV (Net Present Value) of US$482M is excellent, especially in relation to this lower capex, and proves that this is a standout graphite project.  The 14-year long mine life can be extended at any time with additional drilling at Orom-Cross, whilst the concentrate is of high quality with specific element content that is unique and which will elevate market demand for all of the end-products we sell.  Selling graphite is one of the key challenges for a successful operation so this is critical.

As a result of 50% of these end-products being larger flake size categories Orom-Cross has a substantial weighted average selling price for its basket of end-products, yet it also has one of the lowest total operating costs of any graphite project worldwide.  This ensures considerable operating margins over life of mine, which in turn will deliver over US$1 billion free cash to Blencowe as return on investment.

We have adopted a more conservative production profile for both start-up and the ramp-up thereafter to maintain the integrity and viability of delivering new graphite product into the market. We could have chosen to boost the NPV further by expanding production and sales of graphite but we don’t see that as a credible base case. Also, this modest production profile helps delivers a lower initial capital requirement for Blencowe to commission the mine which is another big advantage.

These are tremendous results for our Project and once again highlight the disconnect between the value of Orom-Cross and our current public market valuation. With a current market cap of circa £4M, excluding our nickel project and existing cash, we are trading at approximately 1% of our NPV and at 5% of our expected average annual EBITDA figure. With the PFS now finalised we would expect interest to grow and the inherent value in the Company to be recognised.”

Orom-Cross Graphite Project: Pre-Feasibility Study

The following areas highlight the quality of the project, and provide the basis for Blencowe to move towards Initial Stage production within the next 12-18 months.  Main production is targeted for 2025.

 

Key Performance Indicator

 

 

Comment

Life of Mine

14 years

Can extend at any stage with further drilling

Average tonnes mined pa

1.6Mtpa

Start-up 600ktpa, moving to 2.4Mtpa at year 7

Average tonnes (concentrate) produced pa over life of mine

101,000tpa

Start-up 36ktpa; moving to 147ktpa by year 7

1.41M tonnes over life of mine

Initial Capital Requirement

US$62M

Plant, infrastructure and contingency

Net Present Value ( NPV )

US$482M

8X return on initial capital invested

Internal Rate of Return ( IRR )

50%

Highlights strong rate of return on investment

Weighted Average Selling Price/t – starting position

US$1,307/t

5 different end-products produced, with ~50% in the higher value +100 to +50 mesh fraction sizes

Operating Cost (FOB Mombasa port) – average life of mine

US$499/t

C2 costs, including mining, processing, admin, manpower, logistics, sales and marketing costs

Average EBITDA per annum – life of mine

US$100M

US$1.398Bn total EBITDA earned over life of mine

Free Cash Generated

US$1.073Bn

Net Cash (after tax and royalties) delivered to Company over life of mine

 

1.  Mining and Processing

 

Orom-Cross has an existing JORC Standard Resource of 24.5Mt at 6.0% presenting from surface, which provides for a shallow, low cost, open pit mining operation.  All mining within this first 14 years will be done from 0-25m depth.  Approximately 600,000 tonnes of ore will be mined per annum from commissioning date and this will increase to 2.4Mtpa by the time the project is fully ramped up in year 10.  The existing JORC Resource provides an initial mine life of 14 years and further resources, higher production volumes and an extended mine life can all be obtained at any stage via drilling additional ready-targets. This is however not considered a priority at the moment.

 

Mining will be free-dig with no drill and blast requirement.  Initial ore will come from saprolite (clay) but is expected to move into fresh around 15-20m depth on average.  Both of the deposits identified in the drilling programmes (Northern Syncline and Camp Lode) will be mined and a composite blend of both will be input into the processing plant that will be constructed on-site.

 

An initial 36,000tpa of end-product as concentrates will be delivered from the plant which increments in two additional stages to 147,000tpa once the mine is fully ramped up.  Considerable metallurgical test work has been done on the end-products to determine their chemistry and characteristics and this shows that Orom-Cross can deliver a high quality >96% LOI concentrate that is unique in several key aspects, as highlighted in the June 2022 announcement on final met test results.  Circa 35% of these end-products will be coarse flakes and ~50% will be in the +100 to +50 mesh higher value categories.  The remaining smaller flake products can be sold into the fast-emerging battery market, which is forecast to grow considerably over the long term thus providing a channel for incremental growth and sales.

 

2.  Capital Requirement

 

Blencowe will commence main operations from 2025 at an initial output of 36,000tpa end-product, which is considerably lower than the initial start-up volume as per the PEA (2021). 

 

This is due to guidance from Blencowe’s experienced graphite sales and marketing advisors targeting a more conservative ramp up profile to ensure all products are able to be sold on start-up into various markets as identified.  It is likely that various different products will be sold into all of the key graphite markets, including engineered products, thermal management and energy storage. 

 

Pre-qualification of all end-products will commence from initial stage smaller scale production facility at Orom-Cross from 2023, which will deliver bulk samples over a period of 12-24 months prior to the main plant being commissioned, in order to build relationships with end-users over that period.  This will ensure that all end-products are qualified and can be locked into binding sales agreements once main stage production commences in 2025.

 

This lower volume start-up position has resulted in a reduced initial capital requirement of US$62M (down by 23% from the US$80M capex as per the PEA in 2021).

 

Capital Item

US$ M

%

Processing Plant

27.3

44.1

EPCM

5.3

8.5

Other Indirect Costs

3.1

5.0

Plant Infrastructure, including Tailings Storage Facility (TSF)

8.1

13.1

Camp and Facilities

8.4

13.5

Mining Capital

2.6

4.2

Owners Costs

2.4

3.8

Contingency

4.8

7.8

TOTAL

62.0

100%

 

This requirement is expected to be funded post-DFS by a combination of both debt and equity via strategic investors and funding partners.  The full capital requirement by stages is indicated in the table below, with subsequent future requirements to be funded internally from free cash generated by the mining operation itself.

 

Stage

Year

Capital Requirement

US$ M

Use of Funds

1

2024/5

62

Initial 800,000tpa plant

All infrastructure, including power, roads, TSF, communications and mine camp.

Includes mining capital and contingencies

2

2027/8

52

Additional 800,000tpa plant capacity, plus all associated infrastructure

3

2029/30

45

Additional 800,000tpa plant capacity, plus all associated infrastructure

 

 

3.  Infrastructure

 

Orom-Cross benefits by considerable key infrastructure already in place, which in turn lowers the capital required to commission the mine.  There are existing tarred roads from the regional centre Kitgum (90kms from site) all the way through to Mombasa port in neighbouring Kenya, and the road from Kitgum to nearby Orom (10kms from site) will be tarred by 2025; work on that is already underway.  Blencowe will establish local roads required around the mine site.

 

Power will be connected to the national grid which is currently nearby at Orom and will provide lower cost, energy-efficient hydro-power.  Wireless communications will be connected on site giving all range of phone and internet options.  There is plentiful water on and around the site and bores will be sunk for clean water.

 

A smaller processing facility and mine camp will be set up for initial stage production from 2023 to deliver bulk samples for pre-qualification, and a larger camp will be constructed together with additional plant, storage, admin offices and a larger tailings facility, prior to 2025 main start-up.

 

4.  Operating Costs

 

Orom-Cross benefits from several key attributes that combine to deliver one of the lowest operating cost graphite projects worldwide. 

 

Specifically these include:

· Low strip ratio for open pit mining (graphite presents from 0-25m below surface)

· No drill and blast required and minimal crushing (no hard rock)

· Lower energy costs (low cost hydro power off the national grid)

· Lower labour costs; and

· A simple process flow through a standard floatation plant.

 

Cost Centre

 

Average Cost per tonne (USD/t)

% Total

Mining

90

18.1

Processing

180

36.1

Fuel

3

0.6

Project Personnel

48

9.6

Project Services

35

7.0

Depreciation

17

3.4

Transport & Logistics

110

22.0

Sales & Marketing

16

3.2

 

TOTAL

 

499/t FOB port

 

100%

 

Mining will be owner-operated using equipment assumed as leased.  Training will be given to locals to fill positions wherever possible and Blencowe intends to build a strong base of experienced in-country personnel for all positions over life of mine.

 

Ore will be mined from both the Northern Syncline and Camp Lode deposits and stockpiled for processing through the plant, which will be located on-site and near to the mining operations.  An initial 500,000tpa of ore will be throughput but this will expand to 2.4mtpa over a series of ramp ups during the first ten years’ life of mine.  This will result in 36,000tpa of end-products delivered as concentrates from year 1 that will expand to 147,000tpa by year 10.  Operating costs per tonne will reduce over the life of mine as the production tonnage ramps up.

 

The processing flowsheet consists of a flash and rougher flotation stage followed by a primary cleaning circuit with a polishing mill, followed by three stages of cleaner flotation. The intermediate concentrate is classified and then further upgraded in secondary cleaning circuits with stirred media mills (SMM) followed by cleaner flotation.

Orom-Cross will deliver at least five different end-products, characterised by different mesh size fractions; namely +50 mesh, + 80 mesh, +100 mesh, +150 mesh and -100 mesh.  These products will all have different markets and will be branded and packaged at site.  Blencowe intends to apply for a Ugandan Free Trade Zone License (FTZL) in 2H 2022 which will allow for all goods for export to be custom-cleared at the mine site before being transported to Mombasa port by truck for shipment to end-users.

Initially the transport to port will be done via road but it is expected that by 2025 main plant start-up there may be a rail option available nearby which would lower logistics costs further.  Orom-Cross will be able to utilise cheaper backfill options for road transport as both Uganda and South Sudan are land-locked countries and therefore require substantial volumes of imported goods delivered by trucks, which often return to Mombasa port empty.  This is a key advantage.

 

5.  Weighted Average Selling Price

 

The basket of end-products that Orom-Cross produces will deliver a strong weighted average sales price of ~US$1,307/t.  Prices have been determined using updated Lone Star Tech Minerals (leading graphite sales and marketing expert) graphite pricing data, with forecast increments through to proposed 2025 start for the main production facility.  Thereafter a price increment of 2.5% p.a. is included for small flake products only taking into consideration higher demand as forecast for these products ahead.

 

The weighted average selling price is made up as follows:

 

Flake Size

Mesh Size

96-97% LOI

2025

%

End Product

Weighted Average US$/t

Jumbo

+32

3,510

1.5

53

Jumbo

+50

2,830

12.2

345

Large

+80

1,474

22.5

332

Large

+100

1,091

10.6

116

Medium

+150

990

15.1

149

Small

-100 / -200

982 / 752

11.9/26.0

117/196

 

 

 

 

1,307

 

The table shows a wide range of price differentiation between coarse and fine flake sizes for 96-97% LOI (loss on ignition) concentrates, and both current prices as well as forecast prices for 2025 expected start-up date.  Orom-Cross benefits from having ~35% of its end-products as jumbo or large flake sizes (+80 mesh) as these products sell into markets at a considerable premium to the smaller flake/mesh sizes.  The concentrates also benefit from having very low impurities.

 

Strong anticipated future demand for smaller flake product that can be upgraded to 99.9% SPG and used within batteries for EVs presents growth potential for further demand ahead, with this forecast to positively impact prices considerably over the next decade and beyond.  The market has already seen an upward shift in the price of these mesh sizes during 2022.

 

6.  Sales and Marketing

 

Blencowe has been working closely with experienced graphite marketing consultant Lone Star Tech Minerals LLC (USA) during the PFS period to identify products and markets to sell its graphite products into ahead.  Lone Star have over 30 years’ direct experience in graphite sales and their expertise has been valuable in all facets, including metallurgical test work, identifying product specifications, branding, packaging, customer identification, interaction and liaison.  Blencowe will continue to work with Lone Star as Orom-Cross moves towards first production.

 

Blencowe’s marketing strategy will be to construct a smaller scale plant initially at Orom-Cross from 2023 that will deliver 1,500tpa of end-products as concentrates for bulk sample sales into end-users.  This process of pre-qualifying will continue in parallel to the main plant being constructed in 2024 for target 2025 start-up, with all products thereby having had 12-24 months’ history of sales into customers before more extensive production commences. 

 

Blencowe intends to seek key ISO certifications for its plant and products through this pre-qualification period to ensure highest possible standards which will then be reflected in higher demand for its products, and potentially higher prices.

 

7.  Cash Flow

 

The high net operating margin generates substantial cash flow from Orom-Cross, particularly from when the mine has fully ramped up to 147,000tpa capacity by year 10.  This in turn generates free cash net of all taxes of US$1.073 billion from the Project over the initial 14 years’ life of mine.  As only a small percentage of the full Orom-Cross graphite deposit will have been mined out by then it is likely that further drilling will result in a considerable extension to the life of mine well beyond the initial 14 years, and with that significant additional net cash flow.

 

Royalties of 5% have been added and a 10-year exemption from corporate tax is also included in the model.  Thereafter a standard rate of 30% corporate tax is used.  Whilst Blencowe will not apply for any tax exemption until the Definitive Feasibility Study is completed the Company has been made aware the investment quantum for Orom-Cross and the nature of the exported end-products, plus certain other features, will allow for such an exemption to likely be granted; as such it has been included within the modelling.

 

Provision has been made for payments to the local community as dictated by the existing Local Community Agreement already in place, and for other means for Blencowe to assist such as water bores, health and educational support and various minor infrastructure.

 

8.  Management and staffing

 

Blencowe will ensure operational delivery of end-product via experienced management at Orom-Cross, specifically in key areas such as the processing plant.  However the Company will focus on training local staff wherever possible to transfer skills and to ensure participation. Ultimately the full operation will have >400 persons employed, operating in shifts to ensure constant mining and processing all year round.  Mining is will be owner-operated using dry hire equipment, as opposed to contract mining.

 

9.  ESG (Environmental, Social & Governance)

 

Blencowe is taking a firm stance from the outset on life cycle sustainability at Orom-Cross with every effort made to ensure the project operates using renewable energy sources wherever possible, and any non-renewable options are only considered as emergency or backup where no other alternative is possible. 

 

Orom-Cross benefits from the ability to utilise hydro-electric power sourced from the Ugandan national grid and various solar options are under consideration and will be examined further within the Definitive Feasibility Study stage.

 

Social programmes are already in place to ensure the local community benefits from a successful mining operation, and Blencowe will continue to work closely with the local community ahead to ensure its continued support.  Strong governance and risk management are critical to the success of the Project and Blencowe will monitor these aspects at all times to international standards.

 

10.  Strategy Forward and Timing

 

Blencowe is committed to bringing Orom-Cross into first production as soon as practically possible.  Subject to further revisions due to prevailing circumstances the following strategy and associated timings reflect the Company’s plan to advance Orom-Cross over the medium term:

 

Milestones

 

Dates

Comments

Stage 1 (pilot plant) feasibility study

3Q 2022

Specific study for 1,500tpa plant for bulk sample sales to end-users from 2023 onwards

Stage 1 plant implementation

1H 2023

Processing plant and associated infrastructure for initial stage production

Stage 1 plant commissioning

2H 2023

Commencement of operations at Orom-Cross

 

Definitive Feasibility Study

End-2023

DFS on main plant in parallel with development of Stage 1 main plant and infrastructure

Decision to Mine (main plant)

 

End-2023

Completion of DFS and decision to raise necessary funds for main plant implementation

Funding & implementation (main plant)

2024

Construction of main plant on-site

Main plant commissioning

 

2025

Commencement of operations (main plant)

 

As highlighted above, Blencowe anticipates moving into initial stage production at Orom-Cross during 2023 and building relationships with end-users via delivery of bulk samples sold over a period thereafter whilst the Company completes the DFS and builds the main production facility.

 

11.  Graphite demand within World Markets

 

Graphite is used in many different applications and there will be a different demand profile ahead for each based on prevailing circumstances, and as these products are in different sectors of the market they do not necessarily impact one another.  Blencowe will be looking to sell end-products into each of these market segments below:

 

· Engineered Products

Electronics, agriculture, automotive, lubricants, ceramics, government defence, carbon brush and foils products that use natural flake graphite products.  Other example applications that use graphite powder additives include friction, powder metallurgy, ceramics, foils, fire retardants, pencil, lubricants, dispersions, and carbon brush.

 

· Thermal Management

Applications that require graphite powder in various mesh or micron sizes as a thermal insulator or conductor in a wide range of applications including traditional and advanced graphite products for high end refractories, standard refractories, HMF (Hot Metal Forging), HMT (Hot Metal Toppings), crucibles, foundry and geothermal.

 

· Energy Storage

The energy sector continues to require new producers of consistent and high quality advanced carbon and graphite products to meet the needs of the global population for consumer goods, grid stabilisation, transportation, communications, aerospace and medical device advances. Applications and markets within the energy storage group will experience increased demand for innovative high tech graphite solutions.

The applications that are receiving the least attention requiring significant volumes of high purity micronised carbon powders are secondary battery (cathode) and primary battery (alkaline); both of which use high purity (99.9% LOI MIN) micronised carbon or graphite powder as a conductive additive without the need for any additional morphology modification.

There is significant discussion on the current and future needs of advanced battery technologies for critical raw material supply; specifically lithium, carbon and graphite products. Advances in battery and raw material technologies require increasing higher quality in advanced carbon or graphite products. These advances need to meet not only energy density requirements, but power density and energy requirements as industrial and consumer electronics become more sophisticated. Blencowe is making strategic steps to meet those future challenges. Electrochemistry applications that use carbon or graphite powders as a conductive additive include batteries, fuel cells, & super-capacitors.

 

Price points for each market group are not the same for every application and can vary significantly from one to another.  A traditional or advanced graphite powder production facility must possess the capability to produce multiple products created from a single source or feedstock with processes and packaging to meet specific customer requirements. This will encompass serving multiple product families with various combinations resulting in large number of unique permutations. Specific target applications have the potential to deliver significant incremental revenue and profits creating long term sustainability and future growth for the Company.

An advanced carbon powder manufacturing program will include certifications to include ISO: 9001 (QA/QC) and ISO: 14001 (EMS) in line with industry, application and customer requirements.  Blencowe Resource’s Orom-Cross graphite project is set to be part of the next generation of traditional and innovative advanced carbon powder products for the global market. It is prudent in any graphite business strategy to diversify product offerings and target market focus to provide for progressive revenue streams to weather a variety of market dynamics that could potentially affect one market or another.

 

Due to graphite’s metallurgical rarity, its unique physical and chemical properties, and its growing importance in high technology applications and green energy initiatives, natural graphite has been declared a strategic mineral by both the USA and European Union (EU).  Natural Graphite is positioned as one of 24 critical raw materials out of 54 candidate materials.

The critical success factor for Blencowe Resources will be the Company’s manufacturing focus on delivering higher quality, consistent flake graphite products and not focusing solely on selling bulk tonnes of lower quality flake graphite at lower prices; a strategic position of quality over quantity.

 

#KAV KAVANGO RESOURCES PLC

KALAHARI SUTURE ZONE (“KSZ”) – drilling update

Kavango Resources plc (LSE:KAV), the exploration company targeting the discovery of world-class mineral deposits in Botswana, is pleased to announce that the Company has requested Mindea Exploration and Drilling Services (Pty) to extend Hole TA2DD002 to 1,000m depth, which is the technical limit of the drill rig on site within acceptable safety margins, to assist in further developing and refining the Company’s model of the KSZ.

At end of shift at 0500 today, 17 September,  Hole TA2DD002 was at 821m. So far the Company has encountered 170m of continuous Proterozoic mafic/ultramafic rocks. Kavango’s senior field geologists have continued to make visual inspection of the core and have reported visible alteration and interstitial blebs of chalcopyrite in different sections of the hole. The lithologies range from coarse grained to extremely pegmatitic, the latter logged in zones that extend 20-30m in thickness.

The Company advises shareholders that thorough analysis is required of all core samples retrieved from the Proterozoic Complex in Hole TA2DD002, before any conclusions can be drawn as to what has been encountered so far. This analysis will include (but not necessarily be limited to) assay testing and whole rock analysis.

The Company will make further updates as necessary.

Power Metal #POV Molopo Farms Complex – Geophysics Update T1-14

pow

Power Metal #POV Molopo Farms Complex – Geophysics Update T1-14

 

On 20 October 2022 the Company announced an update regarding the ongoing drilling programme and the link to this announcement is below:

https://www.londonstockexchange.com/news-article/POW/molopo-farms-complex-botswana-drilling-update/15681045

Further detailed work in regard to the moving loop electromagnetic (“MLEM”) survey results over the target area T1-14 has been ongoing, with an update relating to those results presented herein.

HIGHLIGHTS

 A geophysical electromagnetic (“EM”) ‘superconductor’ has now been identified at target area T1-14, with a conductance reading akin to that of massive sulphides. 1

 As a result, the superconductor at target area T1-14 has been upgraded to priority status and will be subject to diamond drilling in the coming weeks, being now the strongest MLEM conductor identified on the Project to date.

 Diamond drilling at target area T1-14 will commence after the completion of diamond drillholes DDH1-6B and DDH1-6B(2), both targeting the conductor identified within target area T1-6.

Paul Johnson, Chief Executive Officer of Power Metal Resources PLC commented:

The momentum at our Molopo Farms Complex Project continues to build and we now have four Company designated priority (A+) targets that we plan to test during the ongoing drilling campaign.

The results from the extra MLEM work over target area T1-14 are quite definitive and have resulted in the upgrade of this target area following the identification of a superconductor.

I appreciate that the mineral discoveries under cover that we seek at Molopo Farms, and at other Company interests, often require a long lead time with complex preparatory work often needed to define drill targets.  However, we have the rig drilling now at Molopo Farms and the drill testing of the T1-14 superconductor, targeting a massive nickel sulphide discovery, is expected to commence in the coming weeks.”

 

FURTHER INFORMATION

Target Area T1-14

§ During the 2020/2021 drilling campaign, a 515.8m long diamond drillhole (KKME1-14) was drilled within target area T1-14 which was targeting a priority airborne EM conductor.

§ Drillhole KKME1-14 intersected three main geological units including serpentinites (40.4m – 208.5m) quartzites (208.5 – 479.6m) and graphitic mudstones (479.6 – 515.8m). It was originally assumed that the graphitic mudstone was the cause of the airborne conductive anomaly identified at this target zone – and as a result the hole was shut down at 515.8m.

§ The conductor at target area T1-14 was originally given a lower priority B ranking due to it being slightly deeper than priority conductors found at T1-6, T2-3 and T1-3. However, following further analysis of available datasets, the following conclusions have been reached:

 The MLEM conductor modelled at target area T1-14 has been classified as a superconductor, ranking it as the strongest conductor identified at the Project to date. The conductance reading at T1-14 is akin to that of massive sulphides.

 KKME1-14 was drilled mostly within a magnetic low, which is consistent with the drillhole intersecting mostly sedimentary rock units instead of targeted mafic/ultramafic rocks (which are typically strongly magnetic and can host primary magmatic nickel sulphides).

 The MLEM superconductor now modelled at target area T1-14 has a discrete shape. If the graphitic mudstones were the cause of the conductor identified at this target area, it would be expected that this conductor would be flat-lying, consistent with the typically very flat-lying and continuous nature of Transvaal sedimentary units within the Molopo Farms Complex.

 Three dimensional (“3D”) modelling of KKME1-14 shows that it intersected only the edge of the newly identified superconductor.

§ The combination of the ground MLEM and airborne EM geophysics datasets into a single 3D model has enabled a geological model to be developed. This is interpreted to show a geological contact zone between mafic/ultramafic magmatic intrusive rocks and potentially sulphur rich sedimentary rocks (as signified by overlapping highly magnetic and conductive bodies). Melting of the sedimentary rocks at this intrusive contact zone could have led to magma mixing, differentiation, and contamination that triggered sulphide saturation and the segregation of an immiscible sulphide melt which could have resulted in the accumulation of massive sulphide mineralisation.  It appears that this prospective, highly conductive, contact zone was not intersected by the previous drillhole KKME1-14.

§ As a result of further integration and analysis of available datasets, target area T1-14 has been upgraded by the Company to Priority A+ status and a 700m drillhole (DDH1-14A) is now planned following the completion of DDH1-6B(2). It is estimated that the superconductor could be reached at a downhole depth between 450-500m.

FURTHER INFORMATION

Figure 1 – Molopo Farms Complex Project Plan Map: A plan map of the Project area, including the location of various elements mentioned above is outlined in Figure 1 below.

Figure 2 – T1-14 3D View (Magnetics; Pink = Magnetic High): A 3D view showing the location of the planned drillhole DDH1-14A and historical drillhole KKME1-14 with the ground magnetic inversion. KKME1-14 was drilled mostly within a magnetic low, which is consistent with the quartzites and carbonaceous mudstones.

 

Figure 3 – T1-14 3D View (MLEM: Blue = Conductivity High): A 3D view showing the location of the planned drillhole DDH1-14A and historical drillhole KKME1-14 with the MLEM superconductor identified.

  

 

The diagrams and images presented above will be uploaded shortly to the Company’s website which may be reached through the following link:

https://www.powermetalresources.com/project/molopo-farms-complex/

Further photographs and videos from the drill programme are and will be available on the Company’s website gallery section, through the following link:

https://www.powermetalresources.com/investors/gallery/molopo-farms-complex-botswana/

 

Power Metal #POW Tati Project Botswana – Drill Programme Results

Tati Project Botswana – Drill Programme Results

Company’s Inaugural Drill Programme Confirms Target Geological Formations, Returns Near Surface Gold and Application for Adjacent Prospective Land Successfuly Lodged

Power Metal Resources PLC (LON:POW), the London listed exploration company seeking large-scale metal discoveries across its global project portfolio, announces results from the Company’s inaugural drilling programme on the Tati Project (“Tati” or the “Project”) located within the Tati Greenstone Belt near Francistown, Botswana.

Highlights:

– Drill programme completed safely and on-budget. Primary programme objective to confirm prospective geological formations was completed successfully.

–  Near surface gold mineralisation intersected, including shallow depth Reverse Circulation (“RC”) drilling results of up to 5.17g/t gold (“Au”) over 3m from 9m downhole.

–  Further Prospecting Licence (“PL”) application lodged, covering along strike extension of identified major regional gold prospective structure.

–  The 1614-hectare lodged PL application covers a strong gold-in-soil anomaly and the historical Cherished Hope Gold Mine.

 

Maps highlighting various aspects of the 2021 drilling programme can be found below at the following link:

https://www.powermetalresources.com/tati-project-drill-results/

Paul Johnson, Chief Executive Officer of Power Metal Resources plc commented:

It took a certain boldness for our team to advance the Tati Project to the drilling stage so quickly.  However, due to the thin sand cover over most of the Project, we felt that gaining knowledge of the underlying geological formations through relatively inexpensive RC drilling was crucial in order to better gauge the overall prospectivity of the Project. The drilling results achieved will now allow us to continue to push our Tati exploration forward at pace.

The RC drillholes completed within PL126/2019 targeted a relatively small area within a much broader gold-in-soil anomaly. Our main goal was to better understand how the geochemical anomaly correlated with the thinly blanketed geological formations.  What we found was very encouraging.

Whilst our main programme goals were to gain a better understanding of the subsurface geology over the Project, we were encouraged to obtain near surface gold including results of up to 5.17g/t Au over 3m from a shallow depth of only 9m. Importantly, as noted above, these results were achieved from only a small area tested within a much larger geochemical anomaly.

In parallel with our ground exploration work programmes, we completed a further detailed analysis of the broader Tati Greenstone Belt surrounding the Project – with the hopes of identifying additional gold targets located near to the Project.

Significantly, we were able to identify a 1614-hectare area adjacent to our PL126/2019 licence, and further along strike of a regionally important northwest-southeast trending structure, which contained widespread, strong gold soil anomalism – including several targets of greater than 100ppb gold-in-soil (much stronger than the area tested by the 2021 drilling campaign). As a result, we moved swiftly to secure this area by submitting a new licence application to cover all anomalous zones identified.

By applying the positive drill findings from this early RC programme across the entire Project and specifically into this new application area, we have in our view confirmed that the Tati Project is a major target for gold discoveries.

We are seeking to accelerate our work on this exciting Project.”

Programme Background:

Drill Programme

A total of 1,062m of RC drilling was completed across five target zones which was undertaken by Power Metal’s drill partners Equity Drilling Ltd and Mindea Exploration and Drilling Services (Pty) Ltd.

All drill holes as part of this programme were shallow, and completed to depths ranging from 21-81m, with an average depth of 47m. RC drilling provides a inexpensive, and rapid testing method which is well suited for an early-stage drilling campaign.

The RC chip samples collected were sent to Intertek Group plc’s laboratory located in Perth, Australia, for multi-element analysis.

Exploration to Date

Exploration on the Project has advanced at a rapid pace to its current stage since Power Metal exercised its option to acquire a 100% interest in the Project on 28 July 2021.

Work to date has included soil sampling, ground-based magnetics and radiometrics, as well as intermittent prospecting and rock sampling over select targets.

Rationale for Early Drilling

Kalahari sands which blanket the majority of the Project have precluded widespread geological mapping and prospecting, as a result the Company decided to launch the drilling campaign in order to obtain bedrock RC chip samples from the various target areas below Kalahari sand cover.

The main goal of the drill programme was to test for the presence of the geological formations which host many of nearby historic and currently operating gold and nickel mines within the Tati Greenstone Belt.

The laboratory assay results, combined with geological logging of the RC bedrock samples have provided the company with important geological information which will help guide future exploration and drilling campaigns on the Project.

Key Findings Include:

A northwest-southeast oriented quartz reef was intersected in multiple drillholes over a combined strike length of 200m; including highlight results of 5.17g/t Au over 3m (TGRC00017) from 9-12m and 1.3g/t Au over 3m from 15-18m.

· The drillholes were targeting only 200m of strike length along a 2,000m Au-in-soil anomaly (open to east and west) discovered by the Company during a Phase I geochemical survey completed over PL126/2019 and announced on 14 September, 2021. The Au-in-soil anomaly is coincident with a prominent northeast-southwest oriented structure which extends for at least 14km to the nearby Monarch Gold Mine.

· Based on the work undertaken to date, Power Metal, through its 100%-owned Botswana subsidiary Tati Greenstone Resources Pty Ltd., lodged a new Prospecting Licence (“PL”) application in order to cover the southeastern extension of this regionally important gold prospective structure.

· The PL applicaton covers an additional 6km of strike-length along this significant structure, including several large-scale Au-in-soil anomalies as well as the historical Cherished Hope Mine. If granted, this area represents a high-priority exploration target for the Company going forward.

All RC samples were shipped to Johannesburg for sample preparation at Intertek Genalysis’ (“Intertek”) prepararatory facility, and further sent on to Intertek’s laboratory located in Perth, Australia, where they underwent analysis. All samples from this programme were sent as 3m composite samples. Subsequently, 1m samples from the zones of interest returned from the sample composites have been compiled and sent off to Intertek for further sample preparation and analysis.

PL126/2019 Drill Results

A total of 7 RC drillholes (TGRC00017-TGRC00023) were completed on PL126/2019 targetting 200m of strike length within a >2,000m long (open to the east and west) Au-in-soil anomaly defined by the company during its 2021 Phase I geochemical work programme. 6 of the drillholes were completed within a fan array, at a set dip of -50 ° , with each hole being stepped back 20m from another. The two fans were positioned exactly 200m along strike from one another, with the 7th hole being completed within the middle of the array – approximately 100m equidistant from each drillhole fan.

 

Drillholes intersected a modest to shallow dipping quartzite unit with variable gold grades including highlight results up to 3m of 5.17g/t Au. The drill results highlighted the down dip extent of the quartzite, which remains open at depth and along strike.  

 

Mapping within the area identified a northwest-southeast oriented structure which extends at least 17km, intersecting the nearby Monarch Gold Mine along its extent. The structure extends from the 2021 drilling area, as well as to previously unstaked ground to the southeast of PL126/2019. Additionally, Power Metal was able to obtain historically geochemical data collected over this ground, which showed a larger and higher-tenor Au-in-soil anomaly than the area targeted during the 2021 drilling campaign. As a result, a Prospecting Licence application was lodged with the Botswana Department of Mines (“DOM”). The Company is waiting for the results of this PL application, and will update the market once an update is available.

PL127/2019 Drill Results

A total of 6 RC drillholes (TGRC0001-TGRC0006) were drilled targeting along the strike extension of the Signal Hill gold mine. The drillholes were drilled along two fan arrays, which included 3 holes per fan. The holes were drilled to a maximum depth of 81m. No significant results were achieved in these holes. The drillholes all intersected various banded iron formation (“BIF”), schist and siltstones intervals with variable calcite alteration.

 

A total of 6 RC drillholes (TGRC0007-TGRC0012) were drilled targeting a nickel (“Ni”)-in-soil anomaly which was postulated to represent an extension of mafic-ultramafic units which host the nearby Selkik and Tekwane nickel mines. The drillholes were drilled along two fan arrays, which included 3 holes per fan. The holes were drilled to a maximum depth of 81m. Several holes intersected variable BIF, dacite, shale and schist intervals, and locally, disseminated pentlandite and pyrite mineralisation were logged.

 

A total of 4 RC drillholes (TGRC0013-TGRC0016) were drilled targeting a northwest-southeast oriented As-in-soil anomaly identified by the Company during its Phase I soil sampling programme. The holes were drilled to maximum depth of 51m. The drillholes were drilled along two fan arrays, which included 2 holes per fan. The drillholes intersected variable meta andesite, dolerite, schist and quartzite with variable hematite alteration.

 

In all instances, the drillholes completed as part of the programme on PL127/2019 were targeting geochemical anomalies identified by Power Metal during its 2021 Phase I soil samping programme. In many cases, these Ni- and arsenic (“As”)-in-soil anomalies were kilometre scale, and as a result only minimal parts of these anomalies were adequately tested during this programme.

 

Programme Data:

Tati 2021 Drill Programme Assay Table

Hole ID

From (m)

To (m)

Interval (m)

Au (ppb)

Au* (gram/ton)

TGRC00001 to TGRC00016

No Significant Values

TGRC00017

9

12

3

>2,000

5.174

TGRC00018

0

3

3

101

TGRC00019

No Significant Values

TGRC00020

0

3

3

106

Incl.

15

18

3

1,299

TGRC00021

21

24

3

591

TGRC00022

39

42

3

255

TGRC00023

0

3

3

131

*Overlimit assay anaylsed via FA25/OE (25g Fire-Assay)

Tati 2021 Drill Programme Collar Table

Drill hole ID

Dip

Azimuth

Hole Depth (m)

Northing**

Easting**

TGRC00001

-50°

90°

21

584342

7635151

TGRC00002

-50°

66°

51

589342

7634767

TGRC00003

-50°

90°

81

584303

7635156

TGRC00004

-50°

90°

21

584324

7634902

TGRC00005

-50°

90°

51

584305

7634903

TGRC00006

-50°

90°

81

584284

7634903

TGRC00007

-50°

340°

21

581941

7638331

TGRC00008

-50°

340°

51

581965

7638298

TGRC00009

-50°

340°

81

581965

7638298

TGRC00010

-50°

270°

21

582330

7638996

TGRC00011

-50°

270°

51

582347

7638985

TGRC00012

-50°

270°

81

582366

7638972

TGRC00013

-50°

66°

21

589360

7634776

TGRC00014

-50°

66°

51

589342

7634767

TGRC00015

-50°

66°

21

589752

7634113

TGRC00016

-50°

66°

51

589735

7634113

TGRC00017

-50°

45°

21

559931

7653529

TGRC00018

-50°

45°

51

559916

7653512

TGRC00019

-50°

45°

81

559904

7653493

TGRC00020

-50°

45°

21

559780

7653652

TGRC00021

-50°

45°

51

559763

7653639

TGRC00022

-50°

45°

81

559749

7653624

TGRC00023

-50°

45°

30

559849

7653602

TGRC00001

-50°

90°

21

584342

7635151

**  Projection: WGS84 – UTM Zone 35S

COMPETENT PERSON STATEMENT

The technical information contained in this disclosure has been read and approved by Mr Nick O’Reilly (MSc, DIC, MIMMM, MAusIMM, FGS), who is a qualified geologist and acts as the Competent Person under the AIM Rules – Note for Mining and Oil & Gas Companies. Mr O’Reilly is a Principal consultant working for Mining Analyst Consulting Ltd which has been retained by Power Metal Resources PLC to provide technical support.

This announcement contains inside information for the purposes of Article 7 of the Market Abuse Regulation (EU) 596/2014 as it forms part of UK domestic law by virtue of the European Union (Withdrawal) Act 2018 (“MAR”), and is disclosed in accordance with the Company’s obligations under Article 17 of MAR.

For further information please visit https://www.powermetalresources.com/ or contact:

Power Metal Resources plc

Paul Johnson (Chief Executive Officer)

+44 (0) 7766 465 617

SP Angel Corporate Finance (Nomad and Joint Broker)

Ewan Leggat/Charlie Bouverat

+44 (0) 20 3470 0470

SI Capital Limited (Joint Broker)

Nick Emerson                                                                                                           

+44 (0) 1483 413 500

First Equity Limited (Joint Broker)

David Cockbill/Jason Robertson

+44 (0) 20 7330 1883

 

Power Metal Resources plc (LON:POW) is an AIM listed metals exploration company which finances and manages global resource projects and is seeking large scale metal discoveries.

The Company has a principal focus on opportunities offering district scale potential across a global portfolio including precious, base and strategic metal exploration in North America, Africa and Australia.

Project interests range from early-stage greenfield exploration to later-stage prospects currently subject to drill programmes.

Power Metal will develop projects internally or through strategic joint ventures until a project becomes ready for disposal through outright sale or separate listing on a recognised stock exchange thereby crystallising the value generated from our internal exploration and development work.

Value generated through disposals will be deployed internally to drive the Company’s growth or may be returned to shareholders through share buy backs, dividends or in-specie distributions of assets.

 

Power Metal Exploration Programmes Underway/Results Awaited

Power Metal has exploration programmes completed or underway, with results awaited, as outlined below:

Project

Location

POW %

Work Completed or Underway

Results Awaited

Alamo Gold Project

USA

Earn-in to 75%

Excavation of multiple test pits and mapping & sampling.

Field and assay results from on-site work programme.

Athabasca Uranium

Canada

100%

Data compilation across uranium properties

Interpretation results from 2 of 7 properties.

Authier North Lithium

Canada

Earn-in to 100%

Soil & rock sampling completed

Technical Review of exploration results & define next exploration steps.

Ditau Project

Botswana

50%

Drill programme focused on key targets notably drilling of potential carbonatites and targeting rare-earth elements.

Field updates and receipt & review of laboratory assay results.

Kalahari Copper Belt

Botswana

50%

Exploration programme underway across the South Ghanzi Project and further exploration at the more recently acquired South Ghanzi Extension and Mamuno licence areas

Field programme findings and defined drill targets for near term drilling.

Molopo Farms

Botswana

53%

Review of recent exploration findings.

Determine next exploration steps and action plan.

Haneti Project

Tanzania

35%

Diamond drill programme completed

Receipt & review of laboratory assay results.

Victoria Goldfields

Australia

49.9%

Diamond drill programme underway

 

Field updates and receipt & review of laboratory assay results.

Paterson Projects

Australia

83.33%

Wallal passive seismic and 2D seismic processing work programme completed.

Review of historical data and target generation for Ripon Hills & Braeside West projects.

 

 

Findings from multiple work programmes including final approvals and preparations for planned deep diamond drilling.

Selta Project

Australia

83.33%

Field reconnaissance work now underway, including mapping and sampling.

Field updates.

 

GreenX Metals Ltd #GRX – Efficient ATVs Deployed for Greenland Exploration

 

HIGHLY EFFICIENT & LOW IMPACT ATV’s DEPLOYED FOR GREENLAND EXPLORATION

·

Advanced all-terrain vehicles (ATVs) are currently being deployed for upcoming mineral exploration program at the ARC Project in Greenland

·

Three Sherp N1200 ATVs with customised trailers will allow for efficient lower-cost exploration and will remain in Greenland for future programs

·

The Sherps provide increased flexibility, lower fuel consumption, lower carbon-footprint and extend the duration of in-field deployment compared to a traditional helicopter exploration solution

·

The Company continues it’s focus on using cutting-edge exploration technology for maximum results and minimal environmental impact

 

GreenX Metals Limited (ASX:GRX, LSE:GRX) (GreenX or the Company) is pleased to report that three advanced all-terrain vehicles (ATVs) will be deployed for its upcoming exploration program at the Arctic Rift Copper project (ARC or the Project) in Greenland. The Sherps will remain in Greenland and provide substantial cost savings and enhanced access to start exploration programs in future years.

Deployment of three customised Sherp N1200 ATVs with customised trailers demonstrates the Company’s cutting-edge approach to exploration at ARC. These vehicles represent a fundamental change to the way that mineral exploration is conducted in Greenland, focusing on maximum results with substantial costs savings, increased flexibility, minimal fuel consumption, low carbon emissions, and low environmental impact – while ensuring best-in-class safety for all field personnel.

The deployment of the Sherps demonstrates the Company’s commitment to high-technology, low-impact exploration in one of the world’s last great mineral frontiers, with a strategy focussing on responsible exploration and significant energy metal discovery.

Ben Stoikovich, Chief Executive Officer of GreenX commented: “ The Sherp ATVs have the potential to significantly de-risk exploration in Greenland’s unique environment. They align with our commitment to low-cost, high-technology exploration of Greenland and will assist us to unlock and fast-track the tremendous potential we see in ARC. As the Sherps will remain in Greenland, this will provide us with substantial cost reduction in future years, and also greatly increase our flexibility when planning and commencing future exploration programs. 

Dr Jon Bell, technical director of GreenX commented: “ We are excited to be the first users of the Sherp in Greenland. These machines create the opportunity for field seasons that are substantially longer than previously possible – we think they are a ‘game changer’. Importantly, safety is increased substantially, while the environmental footprint is a fraction of what was previously possible. 

HIGH-TECHNOLOGY, LOW-IMPACT EXPLORATION PROGRAM

A ground-up analysis of existing exploration practices across Greenland and surrounding regions demonstrated that although helicopters are often exclusively relied on for transport in Greenland, ATVs can be very effective and provide cost, safety, and environmental advantages over a solely airborne solution.

GreenX estimates that for its 2022 program, it is saving over 4,700 litres of fuel through exploration-by-ATV over a traditional helicopter exploration solution. Consequently, this year’s exploration program is estimated to require almost 85% less fuel compared to use of airborne exploration techniques.

To realise these advantages, GreenX and its joint venture partner, Greenfields Exploration Ltd (GEX) began a global search for adaptable, rugged vehicles which could replace helicopters in a wide range of applications. Following this search, the Company commissioned Sherp Global to produce specially customised ATVs and trailers.

 

The fleet of Sherp ATVs will be used for transport, accommodation, and equipment storage during the field campaign, creating a largely self-contained and modular camp setup which can be positioned and remobilised to focus on areas of interest within the ARC project. Reducing the need to return to a centralised basecamp each night improves safety, fuel consumption, ground impact, all while maximising the efficiency of the workday. Furthermore, the exploration team can be fully enclosed and protected against weather and wildlife hazards. This is not currently possible under any conventional fieldwork strategy used in Greenland.

SHERP N1200 ATVS

Sherp Global manufacture the Sherp N1200 which is a world-leading diesel vehicle with extreme capability across rough terrain, ice, snow, and water. It can clear obstacles up to 1 m high, traverse moving water obstacles, and operate in extreme conditions. Importantly, the N1200 uses ultra-low-pressure tyres which minimise the impact that this vehicle has on the ground. In many environments, the N1200 vehicle leaves no tracks.

From the base model, Greenfields and the Company made several customisations to increase the capability of the N1200, creating the ‘GreeNlander’ specification. Along with additional insulation and safety features, the GreeNlander features sleeping places for up to four personnel, additional fuel storage and transfer equipment, and one vehicle is equipped with a snowplough. The ATVs can be lifted by their roofs by a crane and have full capacity for self-recovery in the case of any incident.

In the Company’s view, the GreeNlander may be the most capable vehicle for polar exploration ever built.

ABOUT THE ARCTIC RIFT COPPER PROJECT

The Arctic Rift Copper Project is an exploration joint venture between GreenX and GEX.  GreenX can earn 80% of ARC by spending A$10 M by October 2026. The ARC project is targeting large scale copper in multiple settings across a 5,774 km2 Special Exploration Licence in eastern North Greenland. The area has been historically underexplored yet is prospective for copper, forming part of the newly identified Kiffaanngissuseq metallogenic province.  This province is thought to be analogous to the Keweenaw Peninsula of Michigan, USA, which contained a pre-mining endowment of +7 Mt of copper contained in sulphides and 8.9 Mt of native copper.  Like Keweenaw, ARC is known to contain at surface, high-grade copper sulphides, ‘fissure’ native copper, and native copper contained in what were formerly gas bubbles and layers between lava flows.

 

First Class Metals #FCM Update on REE Potential of the McKellar Property

First Class Metals PLC (“First Class Metals” “FCM” or the “Company”) the UK metals exploration company seeking large scale metal discoveries across its extensive Canadian Schreiber-Hemlo land holding is pleased to provide an update on exploration activities in respect to the Rare Earth Elements (“REE”) potential of the McKellar claim block.

 Highlights

-Historical data review of the REE potential of the McKellar property and commencement of prospecting on the McKellar Creek Diatreme McKellar

 FCM is pleased to announce that exploration of the McKellar diatreme has been initiated and rock samples have been collected for assay.

The McKellar property, comprising 58 claims covers 11km² is and it is situated in prime geological terrain within the Coldwell complex. Located to the west of the Generation Mining’s Palladium Project, McKellar is roughly 25 kilometres from the town of Marathon, the main service centre for Barrick’s Hemlo mine.

The property contains known ‘showings’ (“samples”) for gold, silver, and base metals as well as a diatreme with reported anomalous REE.

Historical exploration on the property includes not only the diatreme but other significant occurrences, such as the drill hole on the Gold Bar Lake prospect reporting over 1% Cu, 6% Zn as well as 0.5g/t Au and 60g/t Ag. Elsewhere on the property samples of 6,419ppm Mo (molybdenum) and 4,400ppm Zn (Zinc) are reported. Whilst the small scale historic Little Pic silver mine produced ‘ore’ containing in various samples 618g/t Ag and over 7% Pb and 32% Zn, see Figure 1.

There are also a significant number of showings within the vicinity of the McKellar property, including the Prairie River West showing which returned 1.13g/t Au and 45g/t Ag, as well as the Marhill Prospect to the west with values up to 18.5g/t Ag.  Importantly these showings are hosted in the mafic to intermediate metavolcanics which are identified in the western extension of the property: nearology and vector.

Although it is primarily the high precious and base metal values in the historic showings that makes McKellar stand out, the presence of a relatively underexplored rare earth hosting diatreme in the south of the property has potential significance implications.

The diatreme occupies a topographic low and occurs within a north trending linear stricture. The breccia may have been emplaced within a shear or fault zone, however, geologic data supporting this possibility are lacking.

Historically general prospecting, geological mapping and rock sampling of the diatreme was focussed on discerning whether gold, platinum and palladium were associated with the diatreme structure and what REE the diatreme carried.

In 2013 prospecting, geological mapping and rock sampling of the diatreme was performed by Russel Renner, 5 bedrock grab samples were taken and assayed, results of which and other assayed samples from the diatreme area are included in the table below.

 

Historical assay results for selected elements (including REE’s), McKellar Creek Diatreme:

Value

Gold Au

25 ppb

Platinum Pt

17 ppb

Neodymium Nd

300 ppm

Lanthanum La

400 ppm

Beryllium Be

2.8 ppm

Cerium Ce

513 ppm

Yttrium Y

214 ppm

Strontium Sr

1280 ppm

Thorium Th

180 ppm

U308

38 ppm

 In his 2013 assessment report1, Renner suggested that if interest in REE was to increase, and the Prairie Lake intrusion and Dead Horse Lake diatremes were to come back into the limelight and create enthusiasm for the area, then the McKellar Creek diatreme would certainly have some potential to become part of the revived interest in REE in the Coldwell area.

1– 20014099.pdf (gov.on.ca)

FCM mobilised a field crew to explore as a ‘first pass’ review of the McKellar diatreme area with the intention of identifying and re sampling the outcrop,. During a brief campaign the team collected 10 rock samples, of which 9 were grab samples of outcrop in the vicinity of an identified drill hole and the other a ‘float’ / boulder sample in a creek immediately to the south west..  The photo (Figure 2) indicates early success in the reconnaissance with distinct diatreme breccia being encountered and sampled.

 Figure 2-Diatreme Breccia sampled from the McKellar Diatreme

Marc J. Sale CEO First Class Metals said “this month we have returned field crews to the projects after a brief hiatus, I am particularly pleased we have started to explore the REE potential at McKellar. The Autumn campaign generally plans to build on the visual encouragement and preliminary assay results from samples collected in the first pass across our properties earlier this year. Work completed to date on key properties has given us increased confidence to push forward with further exploration, vectoring us in to now what are becoming priority targets”.

Technology Minerals #TM1 and Slicker Recycling Partner to Revolutionise UK Battery Recycling

Technology Minerals Plc (LSE: TM1), the first listed UK company focused on creating a sustainable circular economy for battery metals, is pleased to announce that Recyclus Group, a 49% Technology Minerals owned company, has signed a partnership agreement with Slicker Recycling Limited (“Slicker Recycling”), one of the UK’s leading hazardous waste management and service delivery providers, with a view to further their visions of creating a circular economy for the UK battery market.

The agreement between Recyclus Group and Slicker Recycling (the “Partnership”) launches a national initiative with the aim of improving the UK capability for battery recycling from dangerous, small-scale manual operations to recycling safely and sustainably on an industrial scale – which the Company believes is a necessary development for the UK to reach its climate targets.

Slicker Recycling, which has 13 depots nationwide and executes more than 25,000 collections per annum, will collect battery waste from around the UK and safely transport it to the closest Recyclus Group Ltd (“Recyclus”) plant.  Recyclus is a battery-recycling business with innovative technology that can safely salvage key materials from spent batteries to produce black mass (consisting of cobalt, nickel, lithium, and manganese).  These recycled raw materials can then be subsequently fed back into the market for re-use and resale.  Recyclus will also test the safety of the batteries to determine whether they should be re-used or repurposed. Recyclus believes this partnership alone could deliver up to 40% of the lead-acid battery capacity, and up to 90% of its Li-ion capacity once the two plants are commissioned in Q1 2022.

The Partnership is expected to be a driver in Technology Minerals’ growth strategy and aim to increase its recycling capacity in 2022 for lead-acid batteries to 16,000 tonnes per annum and 5,000 tonnes per annum for lithium-ion (“Li-ion”) batteries.

 Alex Stanbury, Chief Executive Officer of Technology Minerals, said: “We are delighted to launch this national initiative for battery recycling in the UK and partner with Slicker Recycling, one of the UK’s largest waste collectors.  The Partnership will help ramp up our recycling capacity for both lead-acid and Li-ion batteries and builds on our strategy and goal to help tackle the critical upcoming supply shortages of the key minerals being used to drive the global transition to electric vehicles.

“Technology Minerals and Slicker Recycling recognise the market need for an integrated, strategic waste management partnership, and this end-to-end logistical solution furthers both our interests in addressing the UK’s battery waste crisis. It is vital that companies work together to expand homegrown waste management solutions if the UK is to achieve its 2050 net-zero target.”

Mark Olpin, Managing Director of Slicker Recycling, said: “Diversifying into new and innovative markets is a key part of our growth plans and our link-up with Technology Minerals is a vital partnership to kick-start an effective, circular economy solution for the UK’s growing battery market.

“The raw materials extracted from the used batteries collected as part of this partnership will go back into industry as part of a closed loop solution. This is especially welcome at a time when electric car production and ownership is at its highest ever level, with that trend set to continue on a steep curve, therefore needing sustainable solutions to keep it moving and growing.

“We have strong credentials in the automotive sector so this partnership is the perfect fit at a time when both our organisations are firmly focused on the circular economy and how we preserve finite resources.

“Overall, we are delighted to be at the forefront of this forward-thinking partnership which is an example of how companies can join up their expertise for the good of the planet.”

Technology Minerals Limited

Robin Brundle, Executive Chairman

Alexander Stanbury, Chief Executive Officer

+44 20 7618 9100

Slicker Recycling

Mark Olpin, Managing Director

Laura Carter, Commercial Director

+ 44330 159 8325

Alfred Henry Corporate Finance Limited

Nick Michaels

+44 203 772 0021

Arden Partners Plc

Ruari McGirr

+44 207 614 5900

Luther Pendragon

Harry Chathli, Alexis Gore, John Bick

+44 20 7618 9100

Technology Minerals Plc

 

Technology Minerals is developing the UK’s first listed, sustainable circular economy for battery metals, using cutting-edge technology to recycle, recover, and re-use battery technologies for a renewable energy future. TM is focused on extracting raw materials required for Li-ion batteries, whilst solving the ecological issue of spent Li-ion batteries, by recycling them for re-use by battery manufacturers. With the increasing global demand for battery metals to supply electrification, the Group will explore, mine, and recycle metals from spent batteries. Further information on Technology Minerals is available at www.technologyminerals.co.uk  

 

Recyclus Group Ltd

 

The demand for the raw materials used in battery manufacturing is anticipated to substantially increase. Recyclus Group Limited provides a national recycling initiative that supports the transition to carbon neutrality. Recyclus Group’s battery recycling capacity will prove essential in the shift from fossil fuels to electric transportation. Through its strategic support, Recyclus is an integral component to the recycling of lithium-ion and lead-acid batteries and is a significant contributor towards the circular economy of battery metals. Further information on Recyclus Group is available at www.recyclusgroup.com  

 

Slicker Recycling

 

With depots across the UK, Slicker Recycling specialises in the national collection and recycling of hazardous lubricating oils which have been previously used in motor vehicles and machinery. Aside from hazardous and non-hazardous waste collections, Slicker also provides interceptor and drainage services, tank cleaning and decommissioning, and chemical waste removal. Slicker employs almost 200 people and in July 2020, launched a £70 million base oil re-refinery in Denmark as part of a joint venture with its German partner, Avista AG.   Further information on Slicker Recycling at www.slickerrecycling.com  

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