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Environmental Clean Technologies Ltd (ASX:ESI) Master Project Agreement Commercial Terms Disclosed Ahead of Canberra Signing Event

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Environmental Clean Technologies Limited (ASX:ESI) (ECT or Company) is pleased to announce the commercial terms of the Master Project Agreement (MPA) ahead of the scheduled signing ceremony in Canberra on the 24th of May 2018.

Key points:

- Largest ever research and development (R&D) collaboration between Australian and Indian companies

- Innovative Australian-developed technologies aimed at lower cost, lower emission iron and steel production utilising lower grade or waste iron ore and low-rank coal resources

- MPA to be signed in Canberra in the presence of available Minister(s) and Indian dignitaries.

- Indian partners to contribute 100% of the project funds ~AUD35m

- Special Purpose Vehicle (SPV) will be created upon completion of the R&D phase of the project, with the following ownership:

o ECT - 49%

o NLC - 25.5%

o NMDC - 25.5%

- Global licensing rights will be granted to the SPV, excluding Australia

- Future royalties will be disbursed to the partners according to the SPV ownership percentages

Largest ever R&D project collaboration between Australia and India

On the 24th of May 2018 senior executives of NMDC Limited (NMDC) and NLC India Limited (NLC), two prominent Indian Public-Sector Undertakings (PSUs), will visit Australia to sign India's largest-ever joint R&D agreement with an Australian company.

The agreement represents a milestone for both India and Australia in demonstrating positive support and bi-lateral benefit under the Australia-India Comprehensive Economic Cooperative Agreement.

NLC Chairman-Managing Director, Dr SK Acharya will lead the delegation to sign the MPA. The Company is in the process of confirming the availability of relevant Ministers to attend the signing ceremony.

The visit follows approval by NLC and NMDC to sign the MPA with ECT to establish the world's first Australian-designed Coldry and Matmor plant in Tamil Nadu state, India to diversify the use of lignite (brown coal) in the generation of electricity to include the production of steel at lower cost with significantly lower CO2 emissions.

ECT Chairman, Glenn Fozard commented "Matmor represents the most significant departure from primary iron making since the advent of coke-based smelting in 1709. By utilising a predominantly hydrogen-based pathway, Matmor enables the use of abundant, lower cost alternative raw materials and lower CO2 intensity.

"We believe Matmor is positioned to revolutionise primary iron making thanks to its unique chemistry and efficient furnace design.

"Matmor's ability to utilise alternative, lower cost resources such as iron ore fines and lignite to produce iron and steel helps to address the real-world issues faced by India as it strives to mitigate emissions intensity in the face of ambitious growth targets.

"India is the perfect place to develop our technologies and India's national iron ore and lignite miners, NMDC and NLC, are ideal partners."

Commencing with an ~AUD35 million R&D phase, the project aims to scale up ECT's Matmor and Coldry technologies to deliver an integrated Coldry demonstration and Matmor pilot plant to validate their technical and economic feasibility at a capacity of ~2 tonnes of metal per hour.

Following successful phase one R&D outcomes, the agreement provides the framework to proceed with a commercial-scale integrated steelmaking facility. The parties have previously contemplated the potential scope for the commercial phase via the techno-economic feasibility study completed in July 2016, which includes a notional capacity of 500,000 tonnes per annum steel output and an estimated AUD300 million capital investment. The site for the R&D plant has been chosen to allow room for expansion into a commercial-scale facility.

Australian Government support for innovation

The MPA provides the foundation for an ~AUD35 million investment by India to implement the first stage of the joint R&D project, which will also include R&D activity to be undertaken in Victoria.

The project, while located in India, brings international investment to an Australian technology which has been the direct recipient of the Australian Government's support for innovation via AusIndustry's R&D Tax Incentive program.

The Company has received an advance finding and overseas ruling for the Coldry component of its R&D activity in India, in addition to R&D Tax Incentive contributions of over AUD12 million since 2009.

An application for an advance finding and overseas ruling for the Matmor component has been submitted and remains in process.

The Technologies

Matmor is the world's first and only lignite-based primary iron making technology capable of replacing metallurgical coal and high-grade lump iron ore with lower-cost alternative raw materials thanks to its unique chemistry and furnace design.

The process is built on a unique chemical pathway that utilises hydrogen, enabling lower operating temperatures and shorter process times than the traditional blast furnace route.

The anticipated lower cost of the Matmor technology when commercialised provides a realistic basis for achieving zero-net CO2 emissions from primary iron production, a goal which has eluded the commercial world of steel making despite many attempts.

Coldry is a unique, zero-emission, lignite upgrading technology capable of producing a solid fuel for use in power generation, industrial thermal applications and as a feedstock to higher-value downstream applications such as coal to liquids, gas, fertiliser, chemicals, chars, activated carbon, hydrogen and steelmaking (via the Matmor technology). Coldry solid fuel is significantly less CO2 intensive than lignite.

Deal structure - NLC and NMDC to fund 100% of the project

Over the past several months, the partners have worked to finalise the terms of the MPA underpinning this first-of-a-kind project.

Jim Blackburn, ECT's COO, commented, "the Directors and executives of the project partners have been working closely over the past six months and have considered a number of different structures and funding models. Each iteration has had inherent benefits and complexities, especially when you consider we have two Indian PSUs (NLC and NMDC) working in collaboration with an Australian listed company (ECT). Aside from direct and indirect tax, legal and jurisdictional issues, all parties have remained focused on a structure which best facilitates a successful project outcome."

These negotiations considered the mutual benefits to each partner for the long-term as well as the merits of the structure in the short term.

The most notable change to previous disclosures is the funding and ownership basis. The parties had initially contemplated a one-third contribution each to the project, with a 75% (ECT), 12.5% (NLC), 12.5% (NMDC) ownership split. The result of this change is that NLC and NMDC will each take a 25.5% position in the SPV.

Notwithstanding the preparations that ECT made to fund its anticipated one-third portion, the Indian partners will fund the entire capital and operating cost of the project. The driver for this outcome was recommendations stemming from the Independent Financial Review (see announcement 8th of March 2018) entailing three key factors:

- Firstly, it allows our project partners NLC and NMDC to maximise their R&D investment into projects which most strongly align with their technology development, innovation and commercial strategies

- Further, this funding structure reduces the overall complexity and financial risk associated with international taxation and R&D funding elements. With all R&D funding occurring in India, we have achieved a more streamlined financial model

- Lastly, by more closely aligning the division of equity in project intellectual property, there is naturally a greater commercial incentive for our partners to bring their substantial resources to bear on future commercialisation of the technology

Jim Blackburn stated, "ECT is very pleased with the final structure and funding arrangements as set out in the MPA. We believe this provides a strong and sustainable basis for delivery of the pilot plant project in India and a springboard into the future commercial pathway. At the same time, it preserves ECT's ability to realise the full potential of its proposed Australian projects including both Latrobe Valley and Bacchus Marsh

The MPA sets out the agreed terms which will be transposed to a set of detailed sub-agreements. These include a Master Technology Licence Agreement, Tripartite Collaboration Agreement and NLC, NMDC and ECT Services Agreements.

"Over the next 48 hours we will have each of the draft sub-agreements in circulation and under review by the project partners. Whilst we have targeted project financial close by 30 June, the MPA provides up until 31 July 2018 to complete the sub-agreements. Importantly, the revised date will give the parties the necessary time to complete, consider and incorporate the budget estimates and detailed project plan stemming from the completion of the Basic Engineering Design, as required.

The ownership structure of any Intellectual Property (IP) developed under the project, in addition to the royalty splits and licence marketing rights, have been designed to mutually benefit all partners, creating a sustainable long-term driver for growth and commercial roll-out.

Jim Blackburn commented, "NLC and NMDC have shown great resolve and consideration in finalising the agreement terms and the final ownership structure ensures ECT has the backing of large partners with an aligned interest to continue to develop commercial projects globally as well as in India."

The details of the revenue model will be the subject of further announcements in parallel with finalising the detailed sub-agreements.

Master Project Agreement - key commercial terms

The proposed structure for the project includes the following key commercial terms:

- The project will be undertaken by the parties on the basis of a R&D collaboration that is created and governed through a Tripartite Collaboration Agreement to be entered into between the parties.

- The MPA provides the key terms to be transposed to a number of detailed sub-agreements which will govern the execution of the project comprising:

o Master Technology Licence Agreement

o Tripartite Collaboration Agreement

o NLC Services Agreement

o NMDC Services Agreement

o ECT Services Agreement.

- The MPA states a 'sunset date' of 31st of July 2018 by which time the parties have committed to have finalised, approved and executed the project sub-agreements.

- The detailed design, construction, commissioning, operation, maintenance and assessment activities for the project will be carried out as part of the R&D Collaboration.

- Each party will make the following up-front contribution in consideration for its respective deferred equity share in SPV:

o NLC - Payment of an amount equal to 50% of the required capital expenditure and operating expenditure for completion of the pilot plant project

o NMDC - Payment of an amount equal to 50% of the required capital expenditure and operating expenditure for completion of the pilot plant project

o ECT - Provision of an exclusive global (excluding Australia) licence in relation to the intellectual property rights relating to the Coldry and Matmor technologies existing prior to the date of the MPA (pre-existing IP), noting that:

-- The SPV will be established by NLC and NMDC on the earlier of:

--- final project completion;

--- any registrable IP coming into existence through the project; or

--- as mutually agreed between the parties.

-- The equity in the SPV will be issued in the proportions of:

--- 49% ECT

--- 25.5% NLC

--- 25.5% NMDC

-- Upon the establishment of the SPV, all project IP will be assigned to the SPV, and the SPV will become a party to a number of key party project agreements including the Master Technology Licence, NLC Services Agreement, NMDC Services Agreement and ECT Services Agreement.

ECT's immediate future and next steps

The signing of the MPA is an important milestone for ECT, ushering in a new phase of activity and growth for the Company.

In support of this transition a Steering Committee will be established, chaired by ECT director Barry Richards. The mandate of the Steering Committee will be to provide support, guidance and oversight of the project ahead of the official formation of the collaborative tripartite structures.

To support the project, ECT will bolster its skillset with a particular focus on project management and local Indian experience. Key appointments and changes to existing roles will be advised to the market as they occur.

Following project financial close, the partners intend to commence site works at NLC during July/August 2018.

Local project activity in Australia will increase; ECT has prioritised its focus in recent months on progressing the India project and in particular the finalisation of the agreements at hand. Moving forward the Company will allocate resources to the development of its Coldry high-volume test facility northwest of Melbourne, driving domestic solid-fuel sales and the finalisation of the previously announced feasibility study for the Latrobe Valley project.

The Company anticipates that continued commercialisation success of the Company's unique technologies in the Indian project will open many future opportunities.

This update provides a high-level overview of selected elements of the MPA and the Company looks forward to announcing additional details including the revenue model and project plan, in due course.

About Coldry

When applied to lignite and some sub-bituminous coals, the Coldry beneficiation process produces a black coal equivalent (BCE) in the form of pellets. Coldry pellets have equal or superior energy value to many black coals and produce lower CO2 emissions than raw lignite.

About MATMOR

The MATMOR process has the potential to revolutionise primary iron making.

MATMOR is a simple, low cost, low emission production technology, utilising the patented MATMOR retort, which enables the use of cheaper feedstocks to produce primary iron.

About the India R&D Project

The India project is aimed at advancing the Company's Coldry and Matmor technologies to demonstration and pilot scale, respectively, on the path to commercial deployment.

ECT has partnered with NLC India Limited and NMDC Limited to jointly fund and execute the project.

NLC India Limited is India's national lignite authority, largest lignite miner and largest lignite-based electricity generator.

NMDC Limited is India's national iron ore authority.

To view figures, please visit:
http://abnnewswire.net/lnk/26XJT4S5

Glenn Fozard
Chairman
Environmental Clean Technologies Ltd
E: info@ectltd.com.au
WWW: www.ectltd.com.au

White Rock Minerals Ltd (ASX:WRM) Presents at Sydney Resource Stocks Conference

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White Rock Minerals Ltd (ASX:WRM) ("White Rock" or the "Company") wishes to advise that its Managing Director and Chief Executive Officer, Matt Gill, will today present at the Sydney Resource Stocks Conference.

A copy of the Investor Presentation is attached (see link below).

This presentation can also be found on the Company's website.

To view the presentation, please visit:
http://abnnewswire.net/lnk/MZ8PQZRM

Matthew Gill (Managing Director & CEO)
Phone: +61-3-5331-4644
E-mail: info@whiterockminerals.com.au

MMJ PhytoTech Ltd (ASX:MMJ) Dosecann Divestment Completed

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MMJ PhytoTech Limited (ASX:MMJ) ("MMJ") is pleased to announce that Cannabis Wheaton Income Corp (CVE:CBW) ("Cannabis Wheaton") has completed the acquisition ("Acquisition") of Dosecann Inc. ("Dosecann"). The Acquisition proposal was announced by MMJ on 5 April 2018.

Prior to the Acquisition, MMJ held:

- a CAD$2.5 million convertible note ("Convertible Note"); and

- warrants providing the ability for MMJ to acquire a further 1.25 million Dosecann common shares at CAD$1.20 per common share ("Warrants").

As consideration for the Acquisition:

- MMJ's Convertible Note was converted into 3.12 million common shares in Cannabis Wheaton; and

- MMJ's Warrants were converted into warrants in Cannabis Wheaton providing the ability for MMJ to acquire a further 1.56 million Cannabis Wheaton common shares at CAD$0.962 per share up until January 2020.

This consideration is currently worth a total of CAD$5.9 million based on Cannabis Wheaton's share price of CAD$1.59 (as at 17 May 2018) and represents an unrealised multiple on invested capital of 2.4x to MMJ's shareholders.

Investor and Media Enquiries:
Jason Conroy
Chief Executive Officer
E: jconroy@mmjphytotech.com.au

Micro-X Limited (ASX:MX1) Wins Best in Class in the Product Design Category at 2018 Australia Good Design Awards(R)

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Micro-X Limited (ASX:MX1) is delighted to announce that the Carestream DRX Revolution Nano Mobile X-Ray System designed by Micro-X has won a 2018 Good Design Award(R).

The winners of Australia's Good Design Awards, the highest honour for design innovation in Australia, were announced at the Sydney Opera House on 17 May at the 60th Annual Good Design Awards Ceremony.

The Carestream DRX Revolution Nano Mobile X-Ray System designed by Micro-X Ltd received a prestigious Good Design Award(R) Best in Class in the Product Design category in recognition for outstanding design and innovation.

The annual Good Design Awards is Australia's most prestigious Awards for design and innovation with a proud history dating back to 1958. The Awards celebrate the best new products and services on the market, excellence in architectural design, digital and communication design and reward emerging areas of design including business model innovation, social impact and design entrepreneurship.

2017 winners in the Medical and Scientific category included Resmed for its AirMini Sleep Therapy Device and Invetech (a Danaher Company) for its Counterflow Centrifuge Device (CFC).

"The Good Design Award is a globally recognised seal for design excellence which our product can now carry. It signals to potential customers all over the world that the Product has met the internationally recognised criteria for design excellence." commented Micro-X Managing Director Peter Rowland, "We are delighted that the international panel of judges recognised our imaginative and innovative design and how the product offers a groundbreaking value proposition with world-first features and technology."

The Good Design Awards Jury commented, "The design and engineering team has tackled a healthcare problem with an innovative and ground-breaking solution - rather than bringing a patient to the equipment, the equipment is brought to the patient. Simple idea but extremely difficult to execute. The end result is a revolutionary product where the benefits are huge: smaller footprint, lighter weight and maneuverability saving space in hospitals, aiding patient comfort and providing greater flexibility around mobile and field hospital solutions. Every element and touch point has been meticulously designed and detailed. The articulated arm is well balanced over the range of motions required and the large aperture for taking the x-ray images is easy to move around and lock in place. This is a brilliant design solution with a very high standard of manufacturing and carefully considered raw materials selection. Good design and innovation at its best."

The 60th Anniversary Good Design Awards attracted a record number of entries. The winners were presented with the new sustainably designed Good Design Award trophy in Sydney. Special guest, Jan Utzon (son of Jorn Utzon, who designed the Sydney Opera House) presented the Good Design Award(R) of the Year on stage and congratulated all of the 2018 Winners.

Winners of the Good Design Awards will be showcased to the general public during Vivid Sydney, the world's biggest festival of light, music and ideas in Sydney from 25-27 May 2018 at the Overseas Passenger Terminal, Circular Quay.

Mr Peter Rowland
Managing Director
Micro-X Limited
Telephone: +61-418-844-981 
Email: prowland@micro-x.com
WWW: www.micro-x.com

Mithril Resources Limited (ASX:MTH) Share Purchase Plan to Fund Nickel Search

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Mithril Resources Ltd ("Mithril" or "Company") (ASX:MTH) is pleased to announce a capital raising by way of a Partly Underwritten Share Purchase Plan ("SPP").

- Share Purchase Plan to provide eligible shareholders with the opportunity to subscribe for up to $15,000 worth of new shares targeting approximately $600,000

- New shares priced at a 20% discount to the 5-day VWAP up to and including the SPP Closing Date

- SPP partly underwritten by Patersons Securities Ltd to $290,000

- Funds raised will be used to drill priority nickel targets at Kurnalpi, support ongoing target generation activities and for working capital purposes

- Directors intend to take up their maximum entitlement under the SPP

The Company is pleased to offer eligible shareholders the opportunity to subscribe for a maximum of $15,000 worth of new fully paid ordinary shares in the Company ("New Shares") without incurring brokerage or other transaction costs. The SPP is intended to raise approximately $600,000 and is partly underwritten to $290,000 by Patersons Securities Ltd ("Patersons").

Patersons also have the right to facilitate a Top Up Placement following the SPP with New Shares issued under the Company's Placement Capacity at the same price as the SPP.

Funds raised will be used to drill priority nickel targets at the Kurnalpi Nickel Project, support ongoing target generation activities and for working capital purposes.

The Company expects to dispatch the SPP Offer Document and Application Form to eligible shareholders shortly.

Share Purchase Plan

Pursuant to the SPP rules, existing shareholders who are recorded on the share register at 17 May 2018 (Record Date) with a registered address in Australia or New Zealand will be eligible to participate and will be entitled to apply for up to $15,000 of new fully paid ordinary shares of the Company at a 20% discount to the 5-day volume weighted average price ("VWAP") up to and including the SPP Closing Date.

All shares issued under the SPP will rank equally with existing ordinary shares of the Company.

The Company's Directors have indicated that they intend to take up their maximum $15,000 entitlement under the SPP (subject to scale-back if oversubscribed).

Indicative SPP Timetable

Record Date: Thursday 17 May 2018

Announcement of Share Purchase Plan: Friday 18 May 2018

Dispatch Date: Monday 28 May 2018

Closing Date: Monday 18 June 2018 or such other date agreed in writing by the Company and the Underwriter

Shortfall Notice Deadline Date (notice of the Shortfall Shares and Certificate): Thursday 21 June 2018 or such other date as agreed in writing by the Company and the Underwriter

Shortfall Settlement Date: Wednesday 25 June 2018 or such other date as agreed in writing by the Company and the Underwriter

Allotment of Shortfall Shares: Within 1 Business Day of the Shortfall Settlement Date

Despatch of shareholding statements: Within 2 Business Days after the Allotment Date or such other date agreed in writing by the Company and the Underwriter.

About the Kurnalpi Nickel Project

Mithril's recent drilling at the 100%-owned Kurnalpi Nickel Project (located 70 kms north east of Kalgoorlie, WA - see Figure 1 in link below) intersected a 4-metre zone of gossanous weathered ultramafic and several other narrow intervals of disseminated nickel sulphide mineralisation at the Kurnalpi Nickel-Cobalt Prospect which remains open in all directions. This is the first ever recognition of nickel sulphides within the project tenement boundaries.

Subsequent downhole EM geophysical surveying identified a new off hole conductor lying adjacent to the sulphide mineralisation on the eastern edge of the host ultramafic unit.

The south-plunging conductor (Conductivity Thickness of 3400S), which has not been previously drilled, is a priority for follow-up and three Reverse Circulation holes (750 metres) are planned as an initial test of the EM conductor and the gossan / sulphide intercepts.

The nickel prospective ultramafic rocks also extend for over 3.5 kilometres to the south with little, or no previous testing.

In addition to the planned drilling, the Company is planning to carry out ground EM geophysical surveying over the southern ultramafic, including a historic drill hole (KURA50) which intersected 20m @ 0.69% nickel, 0.07% cobalt from 32 metres including 8m @ 0.96% nickel, 0.09% cobalt from 36 metres and was never followed-up (see ASX Announcement dated 7 February 2018).

The aim of the EM geophysics is to define additional targets for drill testing.

To view figures, please visit:
http://abnnewswire.net/lnk/B03E412Q

Mithril Resources Ltd
David Hutton
Managing Director
E: admin@mithrilresources.com.au
T: +61-8-8132-8800
F: +61-8-8132-8899
www.mithrilresources.com.au

Mithril Resources Limited (ASX:MTH) Junior Minerals Exploration Incentive

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Mithril Resources Ltd (the "Company") (ASX:MTH) is pleased to announce that it has been successful in its application to participate in the Federal Government's Junior Minerals Exploration Incentive ("JMEI") scheme and has been allocated credits of up to $227,796 which can be distributed to eligible shareholders.

- Mithril has been successful in its application to participate in the Federal Government's Junior Minerals Exploration Incentive ("JMEI") scheme

- JMEI credits up to $227,796 can be distributed as tax credits for the 2017 / 2018 Financial Year to eligible shareholders

- Shareholders and investors participating in the Company's Share Purchase Plan and Placement announced today will be eligible to receive JMEI credits

The Company's allocation of JMEI tax credits must be distributed to all eligible shareholders on a pro-rata basis. To be eligible to receive JMEI credits from the Company, shareholders and investors must have applied for and been issued new shares in the Company after Tuesday 8 May 2018 ("Record Date") and no later than 30 June 2018. Shares issued prior to the Record Date will not be eligible for the credit.

Shareholders and investors participating in the Company's Share Purchase Plan and Placement ("Capital Raising") announced today, will be eligible to receive JMEI credits. A participating shareholder's precise JMEI entitlement amount will be determined following completion of the Capital Raising and after the lodgement of the Company's Annual Tax Return for the 2017/18 Financial Year which the Company expects to lodge during the second half of the September 2018 Quarter.

Assuming that the maximum number of shares are issued under the Capital Raising then eligible shareholders' JMEI credit entitlement would be approximately 0.3 cents per share (see Note Specific below).

In March 2018, the Federal Parliament passed legislation introducing the JMEI scheme with effect from 1 July 2017 for a four-year period based on an annual application process. The Australian Taxation Office is the administrator of the scheme.

The JMEI scheme enables eligible exploration companies to create refundable tax credits to distribute to eligible shareholders by forgoing a portion of their carried forward tax losses that have arisen from allowable expenditure on "greenfield" exploration.

Australian resident shareholders that are issued with JMEI credits will generally be entitled to refundable tax offsets (for individual shareholders or superannuation funds) or franking credits (for companies).

Receiving a JMEI credit could have tax consequences and shareholders who are issued JMEI credits by the Company should obtain independent tax advice specific to their personal circumstances.

Note Specific

The Company announced a Capital Raising on Friday 18 May 2018.

The estimated eligible shareholders' JMEI credit entitlement of 0.3 cents per share assumes that the Company issues the maximum number of shares (36,993,380) under the terms of the Share Purchase Plan, and the maximum number of shares (30,827,817) available under its current Placement Capacity (pursuant to ASX Listing Rules 7.1 and 7.1A), and a corporate tax rate of 27.5%.

This is also prepared on the basis no shares other than those issued under the Capital Raising will be issued by the Company prior to 30 June 2018. Should the company issue additional shares prior to 30 June 2018, this would impact eligible shareholders entitlement to JMEI credits.

Mithril Resources Ltd
David Hutton
Managing Director
E: admin@mithrilresources.com.au
T: +61-8-8132-8800
F: +61-8-8132-8899
www.mithrilresources.com.au

NOVONIX Ltd (ASX:NVX) Correction to DOE Reference Numbers and Timing

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Further to the announcement on 15 May 2018 regarding DOE funding granted to NOVONIX's (ASX:NVX) business partner, the following updated announcement is released for clarification purposes to correct the DOE reference numbers for each grant and the timing of the issue of those grants.

To view the announcement, please visit:
http://abnnewswire.net/lnk/76XJ6978

Greg Baynton 
Executive Director
Phone: +61-414-970-566              
Email: greg@novonixgroup.com

Philip St Baker
Managing Director
Phone: +61-438-173-330
Email: phil@novonixgroup.com
Website: www.novonixgroup.com

Rumble Resources Ltd (ASX:RTR) and CSIRO Investigate Braeside Base Metal Alteration, Pilbara Western Australia

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Rumble Resources Limited (ASX:RTR) ("Rumble" "RTR" "the Company") is pleased to announce it has partnered with the Australia's national science agency, Commonwealth Scientific and Industrial Research Organisation ("CSIRO") to investigate the alteration mineral footprints at the Company's Braeside Project in the Pilbara Region of Western Australia.

CSIRO and Rumble will undertake research into the wide pervasive alteration zones associated with base metal alteration at the Braeside Project.

CSIRO has expertise in spectral methodology and interpretation for minerals exploration. The CSIRO-Rumble collaboration will involve processing and interpreting spectral data by CSIRO to aid in defining alteration signatures associated with base metal mineralisation. Importantly drill hole spectral studies completed by Rumble have confirmed the widespread alteration.

Rumble has received a $50,000 grant through the Australian Government's Innovation Connections programme, to be matched by Rumble's own funds to execute the project. The Innovation Connection programme helps drive innovation-led collaboration in the research and development sector.

Brett Keillor, Rumble's Technical Director commented; "Rumble has over 1000km2 of prospective tenure, much of it exposed and suitable for spectral mineral mapping. CSIRO is the premier organisation in Australia with respect to the application of spectral research to exploration. The collaborative study with CSIRO will gain an understanding of the mineral alteration and mineralisation relationship that may lead to significantly expediting generation of high order targets for further geochemistry and possible drill testing".

Exploration by Rumble, including detailed surface geochemistry, prospect geological mapping and first pass RC drilling, has highlighted a strong association of base metal mineralisation with wide zones of pervasive silica-sericite-chlorite alteration of dominantly intermediate to mafic volcanics and volcaniclastics. The geological deposition model is considered by Rumble to be high level fracture/feeder/structural zones associated with porphyritic rhyolite. Wide alteration zones, some over 100m in width, have returned consistent low-grade Zn and Pb haloes with high grade sphalerite (Zn) and galena (Pb) zones.

The base metal mineralisation extends over a 34km strike within E45/2032 and is completely open. The mineralisation is associated with multiple altered structures which include the historic High Grade Ragged Hills Mine located at the southern end of the prospective zone.

Within the E45/2032 tenement there are eleven (11) groups of significant base metal in soil anomalism, of these groups, only four (4) have been partly tested with the latest reconnaissance RC drilling which identified a new high-grade zinc discovery at Devons Cut in the maiden drill program - See image 1 in link below.

E45/2032 represents approximately 15% of the total Braeside Project (>1000km2) - See Image 2 in link below.

CSIRO will support Rumble Resources in their exploration R&D efforts as part of an Innovation Connections project. The study by CSIRO will include:

- Collection and evaluation of public (ASTER) and commercially (WorldView-3) available multispectral spaceborne data which will map:

o Background alteration.

o Major geological units.

o Alteration assemblages potentially associated with base metal mineralisation.

o Dominant structures with additional aeromagnetic data.

The study objectives are to:

- Evaluate multispectral remote sensing imagery for mapping alteration mineral assemblages potentially associated with Pb/Zn occurrences.

- Evaluate the potential for extrapolating remotely sensed mineral footprints from outcrop/subcrop areas to in-situ covered areas.

- Investigate spatial and/or genetic relationships of sericite-silica and chlorite alteration with Pb/Zn values.

The study is expected to be completed in 5 months, running parallel with Rumble's current exploration program at the Braeside Project.

The CSIRO research team that will work on this project comprises of:

- Dr Vaclav Metelka (project lead) - Remote sensing data for geological mapping, exploration and integration of multiscale geoscience data

- Dr Andrew Rodger - Geosoftware and Algorithms

- Dr Carsten Laukamp - Mineral Footprints - Hyperspectral geology

To view images, please visit:
http://abnnewswire.net/lnk/QX8209ES

Shane Sikora
Managing Director
Email: enquiries@rumbleresources.com.au
Phone: +61-8-6555-3980
Website: www.rumbleresources.com.au

Fluence Corporation Ltd (ASX:FLC) Investor Roadshow Presentation May 2018

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Fluence Corporation Ltd (ASX:FLC) (OTCMKTS:EMFGF) provides the Company's latest presentation at Investor Roadshow.

Executive Summary

- Clear signs of growing global water scarcity & contamination

- Decentralized solutions deploy faster, cheaper - US$22B market by 2021(see Note below)

- Fluence is focused on decentralized market, with a full suite of solutions

- Guidance of US$105-115M in 2018 revenues, up 80-100% from 2017

- US$95M in backlog at March 31 2018

- Target EBITDA positive during 2019

- US$58M in available cash at March 31 2018, under $2M in debt

- Proven management team and board - over 7,000 references in more than 70 countries

Strategy

- Focus on decentralized solutions to water & wastewater problems

- Migrate from legacy EPC projects to Smart Packaged Plants - this enables more repeat orders, faster delivery, higher margin

- Secure growing BOT pipeline funded via debt partner, which increases recurring revenue

- Target China's rural wastewater treatment opportunity with Aspiral(TM) Smart Packaged Plants based on proprietary and patented MABR technology

- Leverage partners to accelerate pipeline, bookings and revenue growth

- Maintain high top-line growth and target EBITDA positive during 2019

Note: Source: Global Water Intelligence, Global Water Market 2017 Volume 1

To view the full presentation, please visit:
http://abnnewswire.net/lnk/K528S891

Richard Irving
Executive Chairman
T: +1-408-382-9790
E: rirving@fluencecorp.com

Henry Charrabé
Managing Director & CEO
T: +1-212-572-3766
E: hcharrabe@fluencecorp.com

Gary Dvorchak
The Blueshirt Group
T: +1-323-240-5796
+86-138-1079-1480
E: gary@blueshirtgroup.com

Ronn Bechler
Market Eye
T: +61-400-009-774
E: Ronn.Bechler@marketeye.com.au

Environmental Clean Technologies Ltd (ASX:ESI) Master Project Agreement Signing Ceremony Date Change

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Environmental Clean Technologies Limited (ASX:ESI) (ECT or Company) provides the following update in relation to the timing of the signing ceremony for its India Project.

The Company announced last Thursday (17 May 2018) that the signing ceremony for its India Project was scheduled for Thursday 24 May 2018 in Canberra.

The date has subsequently been rescheduled for Wednesday 30 May 2018.

This move is to accommodate a change in availability of key dignitaries from both Australia and India that has recently been communicated to the Company.

ECT Chairman Glenn Fozard commented, "As shareholders may appreciate, coordinating the availability of senior dignitaries from India and Australia can be challenging.

"With recent changes in availability for both groups, we've worked to find the next window of mutual availability.

"Our partners at NLC and NMDC remain highly motivated and the Australian government continues to be very supportive.

"We're extremely pleased that the signing ceremony will be in Canberra on Wednesday 30 May 2018 reflecting the importance of this first-of-a-kind deal between Australia and India."

Background

The signing ceremony is the culmination of over 4 years of collaborative effort between the parties, representing the largest ever joint R&D agreement between Australia and India, and will see the execution of the Master Project Agreement (MPA) for the development of an integrated Coldry demonstration and Matmor pilot plant.

Commencing with an ~AUD35 million R&D phase, the project aims to scale up ECT's Matmor and Coldry technologies to deliver an integrated Coldry demonstration and Matmor pilot plant to validate their technical and economic feasibility at a capacity of ~2 tonnes of metal per hour.

Following successful phase one R&D outcomes, the agreement provides the framework to proceed with a commercial-scale integrated steelmaking facility. The parties have previously contemplated the potential scope for the commercial phase via the techno-economic feasibility study completed in July 2016, which includes a notional capacity of 500,000 tonnes per annum steel output and an estimated AUD300 million capital investment. The site for the R&D plant has been chosen to allow room for expansion into a commercial-scale facility.

The Company will continue to provide updates.

About Coldry

When applied to lignite and some sub-bituminous coals, the Coldry beneficiation process produces a black coal equivalent (BCE) in the form of pellets. Coldry pellets have equal or superior energy value to many black coals and produce lower CO2 emissions than raw lignite.

About MATMOR

The MATMOR process has the potential to revolutionise primary iron making.

MATMOR is a simple, low cost, low emission production technology, utilising the patented MATMOR retort, which enables the use of cheaper feedstocks to produce primary iron.

About the India R&D Project

The India project is aimed at advancing the Company's Coldry and Matmor technologies to demonstration and pilot scale, respectively, on the path to commercial deployment.

ECT has partnered with NLC India Limited and NMDC Limited to jointly fund and execute the project.

NLC India Limited is India's national lignite authority, largest lignite miner and largest lignite-based electricity generator.

NMDC Limited is India's national iron ore authority.

Glenn Fozard
Chairman
Environmental Clean Technologies Ltd
E: info@ectltd.com.au
WWW: www.ectltd.com.au

DroneShield Ltd (ASX:DRO) Airport Environment Certification

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DroneShield Ltd (ASX:DRO) (OTCMKTS:DRSHF) ("DroneShield" or the "Company") is pleased to announce the results of independent certification by 360degRF, a US based specialised radiofrequency testing laboratory (see Note below), as compatible (that is not interfering) with the most commonly utilized communications and navigation systems employed in the United States aviation/airport environment.

- DroneShield emitting product modules independently assessed as compatible with airport use.

- Drones are a significant threat to safety at airports.

- Certification obtained as part of airport procurement processes.

RfOne(TM) and RadarZero(TM), core modules within DroneShield's DroneSentinel(TM) detection system, have been assessed as creating no increase in background EMI when operational, measured across a wide range of aviation frequency bands used by airports and aircraft.

DroneCannon(TM), the drone mitigation element of DroneShield's DroneSentry(TM) system, has been determined to operate strictly within the advertised bands. In the non-GPS mode, these ranges are outside of aviation frequency bands.

In response to the rapidly growing threat to airplanes and airports from drones flying in the restricted airspace, airport facilities globally are seeking to proceed with installation of counterdrone systems, and airport facilities have engaged in discussions with DroneShield in that regard. This certification was a prerequisite in airport procurement processes.

Note: Not an endorsement.

To view images, please visit:
http://abnnewswire.net/lnk/R1L9VTWI

Oleg Vornik
CEO and Managing Director
Email: oleg.vornik@droneshield.com
Tel: +61-2-9995-7280

Emmerson Resources Limited (ASX:ERM) Successful Restructure of the Tennant Creek Mineral Field Joint Venture

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Emmerson Resources Limited ("Emmerson"), (ASX:ERM) (OTCMKTS:EMMRF) is pleased to advise that the proposed restructure of the Tennant Creek Mineral Field Farm-In and Joint Venture Agreement with Evolution Mining Limited ("Evolution"), (ASX:EVN) has been completed following a shareholder meeting to approve the restructure at a General Meeting on 18 May 2018.

- Overwhelming support from shareholders for the restructure of the Tennant Creek Mineral Field Joint Venture

- Emmerson now retains:

o Exploration tenure of ~2,600km2 or 94% of the previous JV area which is considered highly prospective for new discoveries

o All gold dominant projects, small mines and associated exploration ground

o A 100% interest in the Tribute Mining Agreement at the high-grade Edna Beryl gold mine

- Evolution will forego its right to a 65% interest in the entire JV area and instead take a 100% interest in an area that contains the Gecko, Goanna and Orlando copper-gold prospects

- Drilling currently underway aimed at extending high-grade gold intersected during the previous JV

- Geophysical survey encompassing Edna Beryl and the recent Jasper Hills cobalt, copper, gold projects completed

Emmerson's Managing Director, Mr Rob Bills commented: "Emmerson is very pleased to receive overwhelming endorsement from its shareholders for this restructure. It is a logical and value accretive outcome and we thank our former JV partner, Evolution Mining, for its preparedness to arrive at this outcome which is in the best interest of both companies.

"Emmerson has wasted no time in capitalising on the opportunity of generating new projects in what is now 100% Emmerson ground. The recent high-grade cobalt, copper and gold discovery at Jasper Hills highlights the potential of the project area. We are also currently working to build on this discovery momentum with extensional drilling of several high-grade gold projects and a helicopter-borne geophysical survey searching for new gold, copper and cobalt deposits."

Under the restructure Emmerson retains 100% ownership of the majority of the tenements representing approximately 94% of the entire tenement package. It includes the gold dominant projects, small mines and associated exploration ground considered highly prospective for new discoveries. In addition, Emmerson now holds a 100% interest in the Tribute Mining Agreement at Edna Beryl and all the other small mine projects.

Evolution will take a 100% holding in the tenements (or parts of them) that contain the Gecko, Goanna and Orlando copper-gold prospects, constituting some 6% of tenement package. These prospects are predominantly copper rich but have potential for gold grades to increase at depth. Further exploration will require deep directional drilling looking for discoveries of significant scale.

The restructure has enabled both companies to divest their respective interests in the Tennant Creek tenements which they consider non-core to their strategic objectives and allow each entity to gain 100% exposure to projects more aligned with their corporate objectives.

For Emmerson, the restructure unlocks the potential for greater near-term value for our shareholders and provides a better strategic fit in terms of delivering high margin projects across a shorter time. In addition, Emmerson retains the data acquired from testing and trialling of new concepts and technology on these areas and associated assets such as the Tennant Creek Exploration Base, Warrego Mill and extensive drill core library. This will enable Emmerson to easily scale up exploration and operations around its small mines, plus attract potential new joint venture partners.

About Tennant Creek and Emmerson Resources

The Tennant Creek Mineral Field (TCMF) is one of Australia's highest-grade gold and copper fields producing over 5.5 Mozs of gold and 470,000 tonnes of copper from deposits including Warrego, White Devil, Orlando, Gecko, Chariot and Golden Forty. These high-grade deposits are highly valuable exploration targets and to date discoveries include high grade gold at Edna Beryl and Mauretania, plus copper-gold at Goanna and Monitor. These are the first discoveries in the TCMF for over a decade.

Emmerson announced the first gold pour from the high-grade Edna Beryl gold mine in December 2017. This mine is being operated under a Tribute Agreement with specialist small miner, the Edna Beryl Mining Company.

In addition, Emmerson recently commenced exploration on new gold-copper projects in NSW, identified (with our strategic alliance partner Kenex Limited) from the application of 2D and 3D predictive targeting models - aimed at increasing the probability of discovery. The highly prospective Macquarie Arc in NSW hosts >80Mozs gold and >13Mt copper with these resources heavily weighted to areas of outcrop or limited cover. Emmerson's five exploration projects contain many attributes of the known deposits within the Macquarie Arc but remain under explored due to histo rical impediments, including overlying cover (plus farm lands) and a lack of exploration focus. Kadungle is a JV with Aurelia Metals covering 43km2 adjacent to Emmerson's Fifield project.

Emmerson is led by a board and management group of experienced Australian mining executives including former MIM and WMC mining executive Andrew McIlwain as non-executive chairman, and former senior BHP Billiton and WMC executive Rob Bills as Managing Director and CEO.

About Evolution Mining (ASX:EVN)

Evolution Mining is a leading, growth-focussed Australian gold miner. Evolution operates five wholly-owned mines - Cowal in New South Wales; Mt Carlton, Mt Rawdon, and Cracow in Queensland; and Mungari in Western Australia. In addition, Evolution holds an economic interest in the Ernest Henry copper-gold mine equivalent to 100% of gold production and 30% of copper and silver production from an agreed life of mine area.

EMMERSON RESOURCES LIMITED provides the opportunity to view a video interview by ProactiveInvestors Stocktube with Rob Bills, Managing Director.

To view the video interview, please visit:
http://www.abnnewswire.net/lnk/CX8ZH3E0

Investor Enquiries:
Mr. Rob Bills
Managing Director & Chief Executive Officer
T: +61-8-9381-7838
E: admin@emmersonresources.com.au
www.emmersonresources.com.au

Prospect Resources Ltd (ASX:PSC) Earthmoving Contractor Appointed and Response to Media Article

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Prospect Resources Ltd (ASX:PSC) ("Prospect" or "Company") is pleased to announce the appointment of J.R. Goddard (Pvt) Ltd ("JRG") as the earthmoving contractor for the Arcadia Lithium project. JRG is expected to begin mobilisation of plant and equipment immediately and to break ground in the coming weeks.

JRG has been at the forefront of the construction industry in Zimbabwe since 1982. They are specialists in large-scale earthworks, civil construction and infrastructure development.

JRG currently owns and operates 120 major items of earth moving equipment and boasts a transport fleet of over 100 vehicles and ancillary equipment. They currently employ in excess of 1,200 staff and has successfully completed over 200 contracts since the company's inception.

Prospect is excited about the Company moving the Arcadia Lithium project into the development and build phase. Since the updated off-take agreement was announced on the 4th April 2018, the Company is now in complete control of the design, build, commissioning and financing of the mine and concentrate plant. In a short space of time the Company has made significant progress on all fronts including:

- Building out the Company's team at all levels as demonstrated by Sam Hosack joining the Company;

- Appointment of global engineering firm DRA to provide engineering services and design of the Arcadia Lithium project;

- Appointment of JRG as the earthmoving contractor; and

- Imminent ground-breaking ceremony.

Project Finance Update

Prospect expects to secure more than US$55 million in funding for the first phase of its Arcadia Lithium project in Zimbabwe that will see it produce lithium concentrates for export by 30 June 2019.

Funding for the Arcadia Lithium project is currently a mix of equity and off-take prepayment. Prospect is currently considering additional indicative finance offers which are a mix of foreign debt and equity, off-take prepayment as well as local borrowings. Contrary to a recent press article, the Board firmly believe that the design, build and funding of the first stage of the Arcadia Lithium project, ie the mine and concentrate plant, are on track.

Sinomine has already invested A$10 million via a share placement at 6c per share and will also pay an additional US$10 million in advance payment for lithium concentrates once the ball mill is bolted down. Sinomine has a seven-year off-take agreement with Prospect for some 70% or phase one production.

Prospect still has some 30% of the phase one supply to sign under off-take agreements. A number of international and domestic parties have made indicative offers to finance the mine and to acquire this off-take, including traditional bank lenders, battery makers and car manufacturers. Work continues to convert these indicative offers to binding offers. Our priority is to identify the best strategic fit for the short and medium term develop of the lithium project and the Company. It is encouraging to receive indicative finance offers from North America, Asia and from the Zimbabwe banking and investor network.

Looking forward to the next stage for the Company, Prospect continues to produce battery grade lithium carbonate from its pilot plant and progress work on the pre-feasibility study for the production of lithium carbonate at the Arcadia project site.

It is expected that The President of Zimbabwe, The Honourable Emmerson Mnangagwa, will be officiating at the official ground-breaking ceremony at the Arcadia Lithium Mine in the near future. As soon as the date is confirmed, shareholders and interested parties will be extended an invitation to attend. Those shareholders interested in attending the ceremony should please make contact with the Company as soon as possible so that travel arrangements can be co-ordinated as this is likely to be at short notice.

Hugh Warner
Prospect Resources Ltd
Executive Chairman
T: +61-413-621-652

Harry Greaves
Prospect Resources Ltd
Executive Director
T: +263-772-144-669
WWW: www.prospectresources.com.au

Cervantes Corporation Limited (ASX:CVS) Drilling Starts on the Primrose Project

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With the authorisation of the submitted Programmes of Work, Cervantes (ASX:CVS) has mobilised two drilling rigs to its Primrose Project (see Figure 1 in link below) to start drill testing of identified targets.

HIGHLIGHTS

- Drill testing of historic gold mineralisation in the Pansy Pit has started

- The drilling aims to confirm, better define, and expand that gold mineralisation

- Regional aircore (AC) drilling will be taken on select lines across the interpreted position of the Primrose Shear, a structure which past exploration has shown to be linked to the district's gold mineralisation

Those targets, identified in the announcement made on 28 March, 2018, are situated in favorable locations along the Primrose Shear (see Figure 1 & 2 in link below), namely:

Blue Bell: north of the historically mined Paynes Find area, the Blue Bell target is located on a jog in the Primrose Shear with which surface (MMI) anomalous gold geochemistry has been detected.

Princess Mary: south of the historically mined Paynes Find area also sits on a jog on the Primrose Shear with associated elevated gold surface geochemistry.

Goodingnow: a largely untested length of the Primrose Shear.

Pansy South: the extension of the Primrose Shear to the south of the Pansy Pit has, again, elevated surface gold geochemistry but has never been tested. The area is structurally complex.

These four prospects will each be tested with a minimum of two lines of AC drilling at a planned spacing of 25m. Drilling will be "to refusal", ie, until hard bedrock is hit, ensuring the sample derived is truly in situ and not contamination from this extensively mined area. A total of 63 holes for a notional 756m will be drilled. Drilling will either be expanded or curtailed depending on final drill depths.

The Pansy Pit will be investigated with a nominal 22 Reverse circulation (RC) holes for a total of 730m to test mineralisation intersected by historic drilling (see Figure 3 in link below). That drilling intersected up to 8m at 7.08g/t gold (refer to the 28 March 2018 announcement). The potential quantity and grade of this target is conceptual in nature, there has been insufficient exploration to estimate a Mineral Resource and it is uncertain if further exploration will result in the estimation of a Mineral Resource.

The drilling programme will also serve to provide fresh material for metallurgical testing and geotechnical information to assist in evaluation. With fresh material and results from this exploration program, Cervantes expects to be in a stronger position to continue discussions with nearby mills regarding treatment of the ore.

Cervantes also now controls the base metal rights over the majority of the Primrose project area, the Company intends to pursue a report on the base metals in the near future. The Company has also noted a comment made by a well respected Geologist E de C Clark who worked for the Mine Department in 1920; "The goldfield contains epidiorite, hornblende schist, serpentine, and foliated quartz porphyries, in addition to hornblende-biotite gneiss forming the matrix of the ore body. The gold quartz veins are found mainly in the epidiorites and hornblende schists, and only rarely in the serpentine. The gold bearing gneiss is east of the greenstone belt, and are of two lithological types 1) biotite dominant with quartz parallel to the foliation planes 2) mica subordinate to the hornblende. He compares the geology as similar to Westonia (Edna May Mine) elsewhere in the State." (sourced: Mindat website "Paynes Find Goldfield (Goodingnow)"). The board seek an independent report on this and will advise in due course.

About the Primrose Project

The Primrose Project covers in excess of 8km of the highly gold mineralised Primrose Shear in the Murchison District of the Eastern Goldfields, Western Australia. Over 37 gold mines, of various sizes, operated in this field from 1911 till 1982. Some 63,000 ounces of gold was mined at an average grade of 25g/t during this period. It is generally accepted that significantly more gold than this was won from alluvial and unreported production.

Cervantes now controls 25 mining leases, prospecting licences, and an exploration licences that cover the majority of this historic gold field. A large database of drilling, surface geochemistry, geological, and geophysical data has been assembled to allow the field to be better understood than at any time in its history.

To view figures, please visit:
http://abnnewswire.net/lnk/4SRT0AOQ

Collin Vost
Executive Chairman
T: +61-8-6436-2300
E: cvost@cervantescorp.com.au

Sayona Mining Ltd (ASX:SYA) Completion of the Authier Metallurgical Pilot Program

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Sayona Mining Limited (ASX:SYA) (OTCMKTS:DMNXF) ("Sayona" or the "Company") is pleased to announce the completion of the Authier lithium project pilot plant operation at SGS Canada Inc. ("SGS").

Highlights:

- Optimised pilot flowsheet produced a 6.0% Li2O concentrate at 79% lithium recovery

- Final process design completed for the Definitive Feasibility Study

- Further testing will continue over the next six months targeting further optimisation and improvements to the flow sheet and operating parametres

Approximately 5.5 tonnes of mineralised pegmatite ore was collected during the Phase 3 drilling program in December 2017. The diamond drill core was assayed and stage-crushed to the appropriate particle size to feed the pilot plant. Two composite pilot plant feed samples have been prepared to represent Years 0 to 5 and Years 5+ of the operation.

The pilot plant operated for over 100 hours at a feed rate of 50 kg/hour and produced over 400 kg of spodumene concentrate. The pilot plant flowsheet included grinding, de-sliming, magnetic separation, mica and spodumene flotation (see Figure 2 in link below). The optimised pilot flowsheet was able to achieve a concentrate grading 6.0% Li2O at a 79% recovery. The pilot program has confirmed the final process flow sheet and operating parametres for the Definitive Feasibility Study ("DFS").

In addition, prior to the pilot plant operation, a number of batch and locked-cycle testing programs were run to confirm the optimal conditions for the final pilot testing program. The results were similar to historical testing programs incorporated into the Pre-Feasibility Study, including:

- Batch flotation testing - up to 6.0% Li20 concentrate grade at 82% recovery; and

- Locked cycle testing - composite 1 achieved 5.85% Li20 concentrate grade at 84% recovery and composite 2 achieved 5.86% Li20 concentrate grade at 83% recovery.

Dan O'Neill, Managing Director, commented "The Company is pleased with the excellent results achieved during the program, enabling the final design of the plant for the DFS. The program assists in de-risking the metallurgical parametres for the plant construction, commissioning and ramp-up periods. Over the next six months, the Company will continue to undertake further testing targeting improvements to the operating parametres of the plant, including a testing program at the McGill University".

Pilot Program Overview

The objectives of the piloting program were to produce a 6% Li20 concentrate at recoveries of greater than 80% and confirm:

- Finalisation of the flowsheet and processing parameters for spodumene concentrate production developed during the Pre-Feasibility Study;

- Produce engineering data for equipment sizing and plant design; and

- Generation of spodumene concentrate for downstream lithium carbonate testing and marketing purposes.

Approximately 5.5 tonnes of mineralised pegmatite ore was collected during the Phase 3 drilling program in December 2017 (see Figures 4, 5 and 6 in link below). The diamond drill core was assayed and stage-crushed to the appropriate particle size to feed the pilot plant. Two composite pilot plant feed samples have been prepared to represent Years 0 to 5 and Years 5+ of the operation - see Table 1 in link below.

An 80 kilogram sub-sample of each composite was used for batch and locked-cycle-testing. Over 40 batch flotation tests were completed assessing variations in grind size, reagents and dosages, and with and without the use of mica flotation. The optimal batch flotation test conditions produced a 6.0% Li20 concentrate grade at an 82% recovery.

Based on the optimal batch flotation conditions, the two composites were subject to locked cycle flotation testing. The two results included:

- Composite 1 achieved 5.85% Li20 concentrate grade at 84% recovery; and

- Composite 2 achieved 5.86% Li20 concentrate grade at 83% recovery.

Based on the optimal flotation conditions from both the batch and locked cycle testing program, the pilot plant program was designed. The two composites were campaign processed through the pilot plant which operated at 50 kg/hour and produced over 400 kg of spodumene concentrate. The pilot plant flowsheet included grinding, de-sliming, magnetic separation, mica and spodumene flotation. The best campaign run produced a 6% Li20 concentrate at a 79% lithium recovery. During each campaign the test conditions were modified with the aim of maximising the recovery and concentrate grade. As a result there was some variability in the results over the total program. Figure 1 (see link below) compares the batch, locked-cycle and continuous pilot plant grade-recovery curves. Pilot plant results on the optimized flowsheet resulted in 71-76% lithium recovery for Composite 1 and 73-79% recovery for Composite 2.

Ongoing Testing Programs

Concentrate and tailings samples from the pilot plant were sent to Pocock Industrial Inc. in Salt Lake City, Utah for thickening (flocculent screening, static and dynamic settling) and filtration testing. The data produced will be used to size the industrial equipment for the solid-liquid separation.

The information collected from the piloting program will be incorporated into the Definitive Feasibility Study which is expected to be completed late 2Q 2018.

Sayona will continue process optimisation work through a collaboration with Prof. Kristian Waters who specializes in mineral processing at the McGill University in Montréal, Québec. A research project has commenced at the University to further explore the key findings from the pilot plant.

To view tables and figures, please visit:
http://abnnewswire.net/lnk/A44Q7DVO

Dan O'Neill
Managing Director
Phone: +61-7-3369-7058
Email: info@sayonamining.com.au
www.sayonamining.com.au

Lake Resources NL (ASX:LKE) Drilling Confirms Large Scale Lithium Brine Basin Kachi Lithium Project, Argentina

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Argentine-focused lithium exploration and project development company Lake Resources NL (ASX:LKE) is pleased to report initial drill results and ongoing exploration activities at its 100%-owned Kachi Lithium Brine Project in Catamarca Province.

- Initial drilling confirms the Kachi Lithium Project is a maiden discovery of a very large deep lithium brine-bearing basin being a similar size to producing globally significant lithium projects.

- Lithium brines intersected in numerous horizons from surface to 400metres in drill holes spaced 11 kilometres apart at Lake's 100%-owned Kachi Lithium Brine Project in Catamarca Province, Argentina.

- Seven rotary and diamond drill holes completed in lithium brine-bearing sediments in the Kachi salt lake. Results reported for four of the seven new resource drill-holes, with variable depths up to 402 metres.

- Highlights include drill-hole PP2-DV-003, which averaged 308mg/l lithium after 27 hours of airlifting, with low impurities and low average Mg/Li ratio of 4.3.

- Results are pending from a number of samples from depths below 200 metres with promising conductivities.

- Six of the seven holes ended in sandy material, and remain open at depth. The extensive sands encountered have relatively high drainable porosity based on initial site observations, and are expected to have relatively high permeability, positive for future brine extraction requirements and resource estimation.

- Lake considers the Kachi project to be a covered salt lake over 25 x 15 kilometres hosting a very large lithium brine body in sandy sediments with high permeability and low impurities.

- A seismic survey and drilling data suggests the Kachi basin is over 400 metres deep with potential to host a very significant volume of brine. This vindicates the exploration approach, despite slow drilling and delays in results.

- Deeper horizons are being targeted to locate higher grades and assess flow rates and extend the potential. The implied size of the brine reservoir has made the Company contemplate further drilling rigs to accelerate the resource assessment.

The Company can now definitively demonstrate that lithium brine is present in numerous horizons from near surface to at least 400m depth in drill holes spaced 11km apart (see Figure 1 in link below). Drilling also confirms Kachi is a very large-scale covered salt lake over an area of around 25 x 15 kilometres (375 km2).

Lake has been conducting two concurrent phases of drilling operations:

1. Resource exploration drilling utilising a diamond drill rig to collect drill cores for porosity assessment and to obtain brine samples for resource estimation, and

2. Production well drilling using rotary drill rigs for additional resource estimation data and construction of wells for test pumping purposes. These will have the potential to pump lithium brine into trial evaporation ponds and test the latest extraction methods. A total of seven drill holes have been completed on three separate drill platform locations (see Figure 1 in link below).

Lake's Managing Director, Steve Promnitz, commented "The significant scale of the Kachi basin is evident. We believe that there is a covered salt lake with an estimated area over 25 x 15 kilometres, hosting a very large brine body in sandy sediments with good permeability and low impurities.

Drilling has intersected multiple brine aquifers. The higher lithium values with a low Mg/Li ratio in hole- 003 area positive discovery and indicate good potential for future positive results. Three drill rigs are on site in the expanded drill programme to accelerate exploration to produce a resource statement."

Resource Drilling - Kachi Lithium Brine Project

Lake Resources' 100%-owned Kachi Lithium Brine Project in Catamarca province, Argentina covers over 50,000 hectares of mining leases owned 100% by Lake's Argentine subsidiary, Morena del Valle Minerals SA. These are held over the centre of the known Kachi salt lake in the deepest part of the basin. Surface sampling has revealed positive lithium results in conductive brines, which are being quantified through the drilling program and geophysics.

The current status of resource diamond drilling works comprises the completion of four diamond drillholes, with the receipt of analytical results from brine samples from the first three drill-holes. Table 1 (see link below) provides drill hole location details and averaged lithium results. Three rotary wells have also been drilled to date with more underway.

Completed diamond drill holes were progressively drilled deeper as drilling knowledge has been gained. Within the lake, variable lithologies have been intersected which are dominated by sandy sediments. Samples have been collected for porosity measurements that will be undertaken by a laboratory in the USA with extensive experience in analysing salt lake sediments for their porosity characteristics, in particular the specific yield for drainable porosity. Once completed, the porosity data will be used together with the systematic brine analyses from the drilling samples to produce a resource estimate in accordance with the JORC reporting code.

Analytical results for lithium to date have been highest in drill-hole PP2-DV-003. Brine samples in this hole display encouraging conductivities and densities with a favourable Li/Mg ratio of 4.3.

The diamond drilling intersected thick intervals of intercalated sands, gravels, sandy clays and clay horizons. The predominant litho-type of lake sediments is sand-dominant, and poorly consolidated, with relatively low core recoveries in sandy material. Figure 2 (see link below) shows a range of grain sizes in material from drill site JV006 (in the south) within unconsolidated sediments found to 300m depth.

Initial indications from field hydraulic testing indicate high permeabilities for the sandy material, which will be further tested with the installation of large diameter production test bores.

The deepest drilling to date at 402m has been undertaken in the south of the project area in diamond drill hole PP2 at site JV006 (see Figure 1 in link below). Here approximately 300m of almost continuous, predominantly sandy sediments have been intersected as well as two ignimbrites. An ignimbritic breccia was encountered below 300m, underlain by a sedimentary conglomerate (see Figure 3 in link below) containing brines with encouraging densities and conductivities and iron staining which suggests secondary permeability features. The seismic geophysical program identified the ignimbritic breccia horizon which shows considerable extent in the basin.

Brine Chemistry

Brines with high conductivity and density (1.18 - 1.22 g/cm3) have been intersected in thick sandy and gravelly aquifers, with the best results to date 308 mg/L after 27 hours of airlifting from 200m depth in hole PB1-JV003. A number of samples are pending from greater depths to 400m, where the brine has promising elevated conductivities and densities. Pump testing will occur in the near future as the rotary rig completes replication of the diamond drilling in larger diameter holes, allowing the installation of test production wells. Regular updates will be provided in future as drilling progresses. To date the lithium brines analysed show positive chemistry with low combined impurities (boron, sulphate, calcium, magnesium, iron). Brines pending analysis from deeper levels (350 - 400m) in JV006 also show high density (1.2 g/cm3). Deeper horizons are being targeted to locate higher grades and extend the potential size of the brine mineralisation. The suggested size of the brine body has made the Company contemplate further drilling rigs to accelerate the resource statement.

Production Well Drilling

The Company has recently completed three rotary drill-holes. One of which will be used as an aquifer test well to better understand hydraulic properties. This first production well is located at site JV006 in the south, and diamond drill-holes at this site will act as monitoring wells. The production well is installed with 6-inch PVC casing and screens in the hole drilled at a 9.5-inch diameter. A rotary drill hole was also drilled at JV003 in the west, to a depth of 242m (PP2-DV-003). Brine in the hole was air lifted which returned a lithium grade of 308 mg/L lithium following a period of 27 hours, , with an average Mg/Li ratio of 4.3. These grades are significantly higher than recorded from shallower levels at the same location, and the airlift sample at 30 minutes is interpreted to include contributions from shallower levels.

Geophysical Survey

A geophysical seismic survey is being undertaken using passive seismic techniques, with the aim of developing an understanding of basin geometry and thickness of the sediments hosting brine. This method distinguishes lithologies with highly contrasting seismic velocities such as unconsolidated lake sediments and harder cemented sediments or ignimbrites. To date 170 stations have been processed.

The results correlate well with dense lithologies intersected at 300m depth in PP2-JV003 in the south, and suggest the presence of unconsolidated sediments to a depth in excess of 500m under gravel cover. The survey suggested the majority of the basaltic material visible at surface is a thin veneer overlying lake sediments, which is very positive for the project as it increases the potential volume of sediments to host brines.

To view tables and figures, please visit:
http://abnnewswire.net/lnk/PGYHMTL6

Steve Promnitz
Managing Director
Lake Resources N.L.
T: +61-2-9188-7864
E: steve@lakeresources.com.au

Altech Chemicals Ltd (ASX:ATC) Final Instalments Made for Johor HPA Site

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Altech Chemicals Limited (Altech/the Company) (ASX:ATC) (FRA:A3Y) is pleased to announce that it has paid the final instalments totalling AU$5.1 million for ~4 hectares of industrial land within the Tanjung Langsat Industrial Complex, Johor, Malaysia. The final payments secure the site for the Company's proposed high purity alumina (HPA) plant. The Company expects to receive a deed of title from the Johor state government for the land (30 year lease, with the option to renew for an additional 30 years) within the coming month.

Highlights

- Final instalments for Malaysian high purity alumina (HPA) plant site now paid

- Secures the 4ha industrial land site within the Tanjung Langsat Industrial Complex

- 30 year lease with option to renew for an additional 30 years

The ~4 hectare industrial site is located in a section of the Tanjung Langsat Industrial Complex that is designated for chemical processing facilities. As previously announced, the Company selected Johor, Malaysia as the location for its proposed HPA plant based on significant economic and development benefits, including the ready availability of required consumables such as hydrochloric acid, limestone, quicklime, power and natural gas - all at highly competitive prices. The availability of skilled labour, proximity to an international container port and international airports (Johor Bahru and Singapore), and the various investment incentives on offer such as a 5-year corporate tax benefit are other important advantages of the selected location.

About Johor

Renowned as being the most sought-after location for industries in Malaysia, Johor is a dynamic and vibrant industrial corridor for the world's manufacturing hub, the south-east Asian region. The only state in Malaysia with three ports and an international airport for cargo, Johor is the international metropolis for investment providing political and social stability, fully-developed industrial parks, a growing English-speaking workforce, supportive government policies with attractive tax incentives and low inflation rates. Johor has the largest concentration of the world's leading manufacturers and exporters of electronic products such as semiconductors and synthetic sapphire products; solar panel and glass products; textiles, rubber and wood products.

About Tanjung Langsat Industrial Complex

The Tanjung Langsat Industrial Complex is located approximately 40km to the south-east of the capital city of Johor Bahru, and it caters to light, medium to heavy industries. The industrial complex contains multinational production groups from petrochemical, oil and gas, resource-based, ferrous and non-ferrous metal, biofuel, marine, palm oil and oleochemicals. Major companies currently operating within the Tanjung Langsat Industrial Complex include major Spanish steel manufacturer Acerinox Group; Titan Petrochemicals; Kiswire; Dairen Chemicals; Dialog and Lion Eco Chemical.

To view figures, please visit:
http://abnnewswire.net/lnk/D2VNK6QM

Iggy Tan
Managing Director
Altech Chemicals Limited
Tel: +61-8-6168-1555
Email: info@altechchemicals.com 

Shane Volk
Company Secretary
Altech Chemicals Limited
Tel: +61-8-6168-1555
Email: info@altechchemicals.com

Investor Relations (Europe)
Kai Hoffmann
Soar Financial Partners
Tel: +49-69-175-548320
Email: hoffmann@soarfinancial.com

Big Un Ltd (ASX:BIG) Shareholder Update

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BIG Un Limited (ASX:BIG) (OTCMKTS:BGGNF) (or 'BIG') wishes to inform stakeholders and the market that the directors of Big Review TV Ltd ('BRTV'), a wholly owned subsidiary of BIG, have placed BRTV into voluntary administration.

The purpose of BRTV entering into voluntary administration is to allow for the restructure of its business via a Deed of Company Arrangement ('DOCA') and preserve value for shareholders of BIG Un Limited.

BRTV received notice that FC Capital Pty Ltd ('FC Capital') has assigned all of its interests in the Sponsorship Agreement dated August 2017 with BRTV to a third party, AS Capital Ventures Pty Ltd ('AS Capital').

AS Capital is a company whose director and secretary is Mr Adam Shepherd, a Sydney based director who specialises in small to medium enterprises and the work-out of secured creditor positions.

FC Capital has advised the Board of BIG that it has agreed to assist AS Capital in its efforts to work with the Board of BIG to help the group to restructure and preserve value for shareholders of BIG.

The board of BIG are currently conducting ongoing negotiations with AS Capital to effect an agreement that is intended to release each other from all claims and under which the debt owing to AS Capital by BRTV (pursuant to the Sponsorship Agreement) will be discharged.

The aim of the negotiations is to allow the restructuring of BRTV which is intended to emerge from this process as an ongoing Australian concern. The negotiations remain to be successfully concluded and implemented.

AS Capital has indicated it will continue to fund BRTV during the course of the administration.

BIG Un Limited will continue to operate the BHA Media Pty Ltd and Food and Beverage Media Pty Ltd businesses, which will continue to be run by existing management, from existing premises.

Big Un Ltd
T: +1300-910-329
E: contact@bigreviewtv.com
WWW: www.bigreviewtv.com

Oventus Medical Ltd (ASX:OVN) Airway Technology Achieves Positive Clinical Trial

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Oventus Medical Ltd (ASX:OVN) is pleased to announce the results of the OVEN-003 clinical trial study being conducted in Brisbane by the company, a randomised controlled clinical trial examining the treatment outcomes of oral appliance therapy with and without 'Oventus Airway Technology'*.

Key points:

- OVEN-003 Brisbane clinical trial (patient group of 32 suffering from sleep apnoea) showed overall efficacy of 'Oventus Airway Technology' in a jaw advancement oral appliance to reduce the apnoea hypopnoea index (AHI) from 23.9 to 10.2 events per hour

- The number of patients that responded to treatment increased by 40% when Oventus' 'Airway Technology' was incorporated into oral appliance therapy for non-responders to traditional jaw advancement therapy

- This means that 40% more patients will respond to treatment using Oventus' Treatment Platform than if they were treated with other oral appliances that only act to move the jaw forward

- The main reason for this improvement in response rate was a 20% increase in efficacy for patients that failed to respond to treatment using jaw advancement alone

- These findings support the position that treatment incorporating Oventus' 'Airway Technology' improves clinical outcomes compared to traditional mandibular advancement therapy

- Results further showed Oventus' 'Airway Technology' is able to specifically improve clinical outcomes for patients who do not respond well to traditional jaw advancement therapy

- Study was based on a randomised control design comparing jaw advancement oral appliances with and without 'Oventus Airway Technology'.

A strong response was found across the group of 32 patients suffering from obstructive sleep apnoea (OSA) wearing a jaw (mandibular) advancement oral appliance incorporating 'Oventus Airway Technology', resulting in a statistically significant overall efficacy improvement of 57% based on patients' apnoea hypopnoea index (AHI) reducing from 23.9 to 10.2 events per hour (p
The study found that the number of patients that responded to treatment increased by 40%, for non-responders to traditional jaw advancement therapy. A responder is defined as achieving a minimum 50% improvement in AHI.

Patients in the trial that did not respond well to jaw advancement alone (achieving less than 50% improvement in AHI), who then used the same device incorporating 'Oventus Airway Technology', achieved a statistically significant 20% improvement in AHI (p=0.05).

A large number of responding patients in the study were found to have nasal restriction. Further data analysis from the study at the patient subgroup level is ongoing.

Previous studies have shown increases in efficacy of between 30%(see Note 1 below) and 50%(see Note 2 below), reduced collapsibility similar to levels achieved by optimised CPAP and the ability to treat those with and without nasal obstruction and/or soft palate collapse equally as effectively(see Note 1,3 below) where other devices may not be able to(see Note 4 below). Additionally, when used as a CPAP interface, 'Oventus Airway Technology' has been shown to reduce pressure requirements by 67% and allow mouth breathing while simultaneously delivering nasal CPAP (nCPAP) eliminating the need for full face mask and the need for straps(see Note 2 below).

In recent presentations of 'Oventus Airway Technology' to stakeholders in the all-important US market, the feedback on 'Oventus Airway Technology' was overwhelmingly positive. Sleep physicians in particular understand the technology and the benefits it can deliver for many of their patients. These discussions, the clinical evidence and Oventus Treatment Platform technology, are a key part of the strategy to launch 'Oventus Airway Technology' as a new treatment modality within the sleep channel at the upcoming AADSM (dental sleep) and SLEEP 2018 conferences in Baltimore June 1-6, 2018.

Founder and Clinical Director Dr Chris Hart commented, "These results further consistently demonstrate treatment incorporating 'Oventus Airway Technology' is more efficacious than traditional mandibular advancement therapy alone.

We also now have further clinical evidence that our 'Airway Technology' is able to improve clinical outcomes for patients that have previously failed to respond to traditional oral appliance therapy.

Nasal obstruction is very common in obstructive sleep apnoea sufferers - it is an issue which impacts more than 50% of patients. The 'Airway Technology' embedded in our O2VentTM appliance range recognises that these patients will be unable to breathe through their noses, and therefore delivers air through the mouth to the back of the throat. It effectively operates like a second nose, helping mild to moderate OSA patients to sleep better without the need for conventional sleep apnoea treatments, like CPAP machines."

Notes:

1 Walsh J, Pantin C, Lim A, Maddison K, Baker V, Szollosi I, McArdle N, Hillman D, Eastwood P. The Effect of a Novel Oral Appliance Therapy on Obstructive Sleep Apnoea: Preliminary Results. Abstract Sleep Downunder Auckland 2017

2 Amatoury J, Tong B, Nguyen C, Szollosi I, Eckert DJ THE ROLE OF A NOVEL ORAL APPLIANCE THERAPY DEVICE ON PHARYNGEAL PRESSURE SWINGS AND CPAP REQUIREMENTS DURING SLEEP IN OBSTRUCTIVE SLEEP APNEA: A PILOT STUDY. Abstract Supplement ADSM Boston 2017

3 Benjamin Tong, Jason Amatoury, Jayne Carberry and Danny Eckert. The effects of posture and mandibular advancement on nasal resistance and obstructive sleep apnea treatment outcome with a novel oral appliance therapy device. Neuroscience Research Australia (NeuRA) and the University of New South Wales, Sydney, Australia. Poster and Abstract World Sleep Prague 2017.

4 Prescinotto R1, Haddad FL2, Fukuchi I3, Gregório LC2, Cunali PA4, Tufik S2, Bittencourt LR.Impact of upper airway abnormalities on the success and adherence to mandibular advancement device treatment in patients with Obstructive Sleep Apnea Syndrome. Braz J Otorhinolaryngol. 2015

* 'Oventus Airway Technology' is a 3D printed airway within an oral jaw advancement appliance that bypasses obstructions caused by the nose and soft palate, reduces collapsibility and stabilises the tongue base simultaneously.

About the Oventus O2Vent airway technology

The Oventus O2Vent is an oral appliance device which brings the lower jaw forward (a process commonly referred to as mandibular advancement) and incorporates an opening to the oral cavity to allow breathing through the device airway, bypassing obstructions of the nose soft palate, stabilising the tongue base tongue and reducing airway collapsibility during sleep.

Further information can be found on our website: http://oventus.com.au/how-it-works/.

Mr Neil Anderson
Managing Director and CEO
M: +61-403-003-475
 
Jane Lowe
IR Department
M: +61-411-117-774 or 
E: jane.lowe@irdepartment.com.au

Alara Resources Limited (ASX:AUQ) Mining Licence Approved for Al Hadeetha Copper Project

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Alara Resources Limited (ASX:AUQ) (Alara or Company) is pleased to announce a mining licence has been approved and signed for its Al Hadeetha Copper Project in Oman.

Last week, the Public Authority for Mining's licencing committee approved the 'Washihi' mining licence application of Al Hadeetha Resources LLC(see Note 1 below).

Mining licence fees have now been paid and the Public Authority for Mining has signed a mining licence encompassing the Washihi Ore Reserve(see Note 2 below).
Formal presentation of the licence and associated terms is expected to follow next week.

Alara's CEO, Justin Richard, said: "This represents a major milestone for the Al Hadeetha Copper Project and for future development of the copper sector in Oman.With global demand for copper rising and further supply deficits expected to widen in the coming years, it's the right time to be developing a new copper mine."

Alara is now looking to the next major milestones as it continues to grow a copper portfolio in Oman and establish itself as a mineral producer hand in hand with its joint venture partners.

Alara and its joint venture partners have submitted a total of five mining licence applications in Oman, three pertaining to the Al Hadeetha Copper Project (one licence now approved) and two for the Daris Copper Project. The remaining applications are being followed up with relevant Ministries.

The Al Hadeetha Copper Project(see Note 3 below) includes construction of a 1 Mtpa copper concentration plant with an initial 10-year mine life. The Washihi site is located approximately 160km southeast of the Daris Copper Project and Awtad Copper Project and is set to become the next producer of copper concentrate in the Sultanate of Oman.

Copper mining in Oman dates back thousands of years(see Note 4 below). Increasing exploration activity in Oman seeks to link this rich history to a new era of copper discovery and production as the Sultanate executes its program of economic diversification(see Note 5 below).

Notes:

1 A joint venture between Alara Oman Operations Pty Ltd and Al Hadeetha Investments LLC.

2 Refer Alara's ASX Announcement dated 15 December 2016. That announcement contains information required by ASX Listing Rule 5.16. Material assumptions underpinning the Ore Reserve as announced on that date continue to apply.

3 Refer Alara's ASX Announcement dated 24 January 2017. That announcement contains information required by ASX Listing Rule 5.16 regarding the stated production target. All material assumptions underpinning the production target as announced on that date continue to apply and have not materially changed.

4 See http://www.abnnewswire.net/lnk/NJF215BV
and http://www.abnnewswire.net/lnk/N131JL2Z

5 Diversification is a core element of Oman's Five-year Development Plan to 2020. See www.tanfeedh.gov.om/en/

To view figures, please visit:
http://abnnewswire.net/lnk/R64Z4ZHZ

Justin Richard 
Managing Director 
T: +968-2449-1162
E: jrichard@alararesources.com

Stephen Gethin 
Company Secretary
T: +61-8-9240-4211
E: cosec@alararesources.com
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