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METALS AUSTRALIA LTD Capital/Financing Update 2016

Oct 19, 2016

65344_rns_2016-10-19_2a1b05c1-3045-4060-ad39-46e6ece3043e.pdf

Capital/Financing Update

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ASX Announcement

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20 October 2016

Metals Australia to Acquire Graphite and Lithium Exploration Projects in Quebec, Canada

Highlights:

  • MLS has entered into a binding Agreement to acquire 100% of the issued capital of Quebec Lithium Limited (“QLL”), a company that owns one graphite project and three lithium projects in Quebec, Canada

  • QLL owns a 100% interest in the following projects:

  • the 1,674Ha Lac Rainy Nord graphite project boasting all-year road access

  • a ~20,000Ha landholding in the Abitibi Greenstone Belt, the most advanced lithium producing region in Quebec. This landholding contains the three lithium projects, being Lac La Motte, Lac La Corne and Lacourciere-Darveau projects

  • The Lac Rainy Nord graphite project is located in a dominant graphite endowed region of Quebec. Exploration done to date has already identified several mineralised targets within the project area

  • The Abitibi Greenstone Belt within which the three lithium projects are located contains over 20 recorded lithium occurrences and deposits with some of the highest Li2O grades in the world

  • The Lac La Motte, Lac La Corne and Lacourciere-Darveau lithium projects host multiple mapped Lithium-Caesium-Tantalum (LCT) pegmatites within their licence boundaries

Lac Rainy Nord

  • Located approximately 22km southwest of the historic mining town of Fermont and 15km east of Route 389, a paved all weather highway which travels north to Fermont

  • Previous exploration consisted of geophysics (MAG - VLF EM) ground and helicopter prospecting, stripping, trenching, geological surveys and sampling

  • Located in a well understood geological setting which is host to numerous graphite occurrences and deposits owned by major operators

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  • The Lac Rainy Nord graphite project is located within 5 km of five (5) high grade graphite deposits

Lac La Motte

  • The Lac La Motte lithium project is located:

  • less than 1 km from the Authier lithium deposit owned by Sayona Mining Limited (ASX: SYA) which has a reported JORC Measured, Indicated and Inferred resource of 9.22Mt @ 0.96% Li2O

  • less than 1.5km south from the Duval lithium deposit with an average grade of 1.45% Li2O

  • approximately 500m west of the Baillarge-Ouest lithium project, where spodumene rich outcrops have assayed up to 1.94% Li2O

  • The Lac La Motte VII-47 lithium occurrence is located within metres of the licence boundaries. This occurrence is a mapped 10m wide pegmatite, trending in an eastwest direction which remains open along strike and has been reported as containing spodumene in high concentration

  • The Lac La Motte lithium deposit is located within 1 km of the QLL licence boundaries. This lithium-bearing pegmatite dyke swarm contains spodumene in high concentration and beryl

  • Drilling at the nearby Duval lithium project, located approximately 5 km north of Lac La Motte has identified high grade mineralised zones that are interpreted to continue into the Lac La Motte licence boundaries

Lac La Corne

  • The Lac La Corne lithium project is located:

  • less than 1 km east of the Chubb lithium deposit with an average grade of 1% Li2O

  • 5km south west of the Quebec Lithium Mine, owned by Jilin Jien Nickel Industry Co., Ltd. (Jilin) which has an NI 43-101 Measured and Indicated resource of 33.2Mt at 1.19% Li2O and an Inferred resource of 13.8Mt at 1.21% Li2O

  • Outcropping spodumene pegmatites within the project area were mapped by the Geological Survey of Quebec in July 2014. The Geological Survey sampling showed it contained spodumene in high grade concentration

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  • Despite recommendations by the Geological Survey, no follow-up drilling or exploration has been undertaken to date

Lacourciere-Darveau

  • Located approximately 15 kilometres west of the community of Malarctic and sits within a massive pegmatitic pluton

  • Beryl occurrences and lithium mineralisation in the vicinity indicate high potential for the discovery of complex pegmatites and associated lithium mineralisation

  • Within approximately 8km to the east of the project is the Wells-Lacourciere historic lithium occurrence. A small-scale bulk sampling program on this occurrence exhibited results ranging from 2.87% Li2O to 4.0% Li2O

Terms

  • Attractive acquisition terms provide a strong platform for significant upside and enhanced shareholder returns

  • Consideration to QLL to consist of shares and options together with a small cash component, subject to shareholder approval

Placement Completed

  • Sanlam Private Wealth, as Lead Manager has completed a placement to raise $950,000 in two tranches via the issue of fully paid ordinary shares at an issue price of $0.003 per share (Placement)

  • Participants in the Placement to also receive free attaching options on a 1 for 4 basis with an exercise price of $0.003 per share and an expiry date of 1 December 2019

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Acquisition of Quebec Lithium Limited

Metals Australia Ltd (ASX: MLS) (“ MLS” or the “Company” ) is pleased to announce that it has entered into a binding Heads of Agreement (“ Agreement ”) to acquire 100% of the issued capital of Quebec Lithium Limited (ACN 614 157 630) ( “QLL” ), an exploration company focused on technology-driven exploration projects, primarily graphite and lithium, with exploration projects in Quebec, Canada.

The execution of the Agreement follows legal and technical due diligence completed by MLS on the one graphite and three lithium projects owned by QLL.

QLL has acquired 100% of the Lac Rainy Nord graphite project and 100% of the Lac La Motte, Lac La Corne and Lacourciere-Darveau lithium projects, located in Quebec.

Chairman of MLS, Mr Solomon Majteles commented on the milestone acquisition of QLL, stating:

“We are excited to be committing to the graphite and lithium space during this period of massive technological transformation. MLS has made a strategic decision to focus on this burgeoning sector. Our goal is to develop a portfolio of assets across several geographical and political jurisdictions to take advantage of the exponentially growing battery market and to provide portfolio diversity to maximise upside to shareholders.”

“QLL have assembled an exciting portfolio of graphite and lithium exploration assets in Quebec. The Lac Rainy Nord graphite project is located in the dominant graphite endowed regions of Quebec near to the historic mining town of Fermont, whilst the three lithium projects are located in the Abitibi region, which is recognised as the pre-eminent location for lithium deposits in Canada.”

“The Lac Rainy Nord project is host to a high grade graphite occurrence with several other primary mineralised targets identified. The Lac La Motte project is located near existing developed lithium occurrences in extensively mapped LCT pegmatite dyke swarms. The Lac La Corne project hosts a significant spodumene outcrop containing spodumene in high concentrations. We are excited by the deal with QLL and are looking forward to commencing our exploration and drilling campaigns.”

The acquisition of QLL represents an outstanding opportunity to explore, develop and operate in a region with a well understood geological setting and all regional infrastructure in place necessary to establish a low-cost production operation.

The acquisition of QLL will, when completed, provide MLS with a diversified portfolio of exploration projects which are aligned to technological driven growth and complement the existing high grade Manindi zinc project owned by MLS.

MLS and QLL are also considering additional projects for joint venture or acquisition, including additional graphite projects located in Quebec.

Acquisition Terms

MLS has signed a binding Heads of Agreement with QLL and its shareholders to acquire 100% of the issued capital of QLL, the owner of the Lac Rainy Nord graphite project and the Lac La Motte, Lac La Corne and Lacourciere-Darveau lithium projects in Quebec (the “ QLL Projects ”). Schedule 1 provides a list of the mineral claims and mineral claim applications that comprise the QLL Projects.

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MLS has agreed to provide QLL shareholders with total consideration of $70,000 payable in cash together with the issue of 150,000,000 fully paid ordinary shares at a deemed issue price of $0.002 per share (" Consideration Shares ) and the issue of 150,000,000 options with an exercise price of $0.003 per share expiring on 1 December 2019 ( Consideration Options ).

The acquisition is subject to a number of conditions precedent including obtaining necessary MLS Shareholder and regulatory approvals, the completion of due diligence by both parties to their satisfaction and MLS raising at least $250,000 by way of a capital raising.

The condition precedent must be satisfied by 30 November 2016 (or such later date as the parties agree).

MLS will seek shareholder approvals required for the acquisition at its Annual General Meeting, and anticipates dispatching an AGM Notice of Meeting and accompanying explanatory statement to Shareholders in the coming week, with the AGM to be held in November 2016.

If Shareholders approve the acquisition of QLL, MLS will complete the acquisition shortly thereafter.

The Agreement contains other standard clauses for an agreement of this nature, including warranties by both parties and restrictions on the conduct of QLL’s business prior to settlement. On settlement, the board of QLL is to resign and be replaced by nominees of MLS.

Quebec Lithium Limited

QLL is an unlisted Australian public company that has acquired a portfolio of graphite and lithium exploration projects in Quebec, Canada.

These projects known as Lac Rainy Nord, Lac La Motte, Lac La Corne and Lacourciere-Darveau (the “ QLL Projects ”) are all located in well-known geological environments and are host to existing graphite occurrences in the case of Lac Rainy Nord and extensively mapped LCT pegmatite dyke swarms and known lithium and beryl occurrences in the case of Lac La Motte, Lac La Corne and Lacourciere-Darveau.

The Lac La Motte and Lac La Corne lithium projects are situated within the Abitibi Greenstone Belt – the complex forming one of the best prospective areas for lithium mineralization. The Lac Rainy Nord graphite project is located in the most dominant graphite geological regions of Quebec, approximately 22km southwest of the historic mining town of Fermont.

The QLL Projects are comprised of a total of 336 mineral claims and 53 mineral claim applications which cover an aggregate area of approximately 212.1 km[2] .

Each mineral claim has either been formally granted, resulting in the grant of active mineral claims by the Quebec mines department or is an application pending grant subject to “Villegiature-status” where additional consultation with First Nations is required. Exploration activities are permitted on the “Villegiature-status” mineral claims.

The acquisition of QLL, when completed, will allow MLS to diversify its project suite and take advantage of the transformational growth of technology driven commodities such as graphite and lithium.

The growing demand for “green” energy and the emergence of the energy storage market has meant that graphite and lithium remain key inputs into this technologically advancing sector. MLS

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and QLL are seeking to capitalise on this growth, focused on emerging projects in North America, close to potential offtake partners and end user groups.

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Figure 1. Lithium Project Location Map

The QLL Projects are located in the established mining-friendly province of Quebec with access to all required infrastructure, mining related services, utilities and a trained workforce that will be required to undertake exploration and development.

The area also boasts the facilities to commence mining and the production of spodumene concentrate as well as value-added products such as lithium carbonate and lithium hydroxide.

The favourable political, social and mining environment of Quebec has resulted in it being ranked the sixth best-ranked mining jurisdiction in the world by the Fraser Institute. This makes Quebec an ideal location to do business, with a well-established mining industry already present.

Quebec is also an ideal jurisdiction to operate and produce value-added lithium products due to its favourable proximity to end-users based in the United States.

Access to low-cost hydro-generated electricity means that the processing of spodumene concentrate into lithium carbonate and lithium hydroxide can be achieved through established and

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industry scale tested hydro-metallurgical electrolysis processes, such as those being adopted by Nemaska Lithium Inc. (TSX: NMX) at the Whabouchi Mine.

All of the four projects are easily accessible by all-weather roads.

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Figure 2: Location of the three lithium projects

Lac Rainy Nord Graphite Project

The Lac Rainy Nord graphite project is located in the most dominant graphite geological regions of Quebec, approximately 22km southwest of the historic mining town of Fermont and 260km north-north-east of city of Sept-Iles. The Lac Rainy Nord graphite project is located approximately 15km east of Route 389, a paved highway which travels north to Fermont.

Access to the Lac Rainy Nord Graphite Project is facilitated by a system of small off-road tracks which connect to Route 389.

The Lac Rainy Nord Graphite Project consists of a contiguous landholding of 32 mineral claims covering an area of approximately 16.74 km[2] .

Figure 3 illustrates the location of the Lac Rainy Nord graphite project and its location relative to other developed graphite occurrences and deposits in the region.

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----- Start of picture text -----

QLL: Lac Rainy Nord
7.86% Cg
(Sample 2306;
Report GM-49448)
Focus Graphite: Lac
Knife Graphite Deposit
9.6Mt Measured and
Indicated @ 14.77% Cg
and 3.1Mt Inferred @
13.25% Cg
----- End of picture text -----

Figure 3: Location of the Lac Rainy Nord graphite project

The Lac Rainy Nord Graphite Project, including surrounding lands, was previously owned by Soc. Expl. Min. Mazarin Inc. ( Mazarin Inc. ).

Historical exploration conducted by Mazarin Inc. at the Lac Rainy Nord graphite project and surrounding lands was comprised of geophysics (MAG - VLF EM), ground and helicopter prospecting, stripping, trenching, geological surveys and sampling. This exploration has identified several primary mineralised targets.

The Lac Rainy Nord graphite project is located in a well understood geological setting which is host to numerous graphite occurrences and deposits owned by major operators. The favourable location and access to the project facilitates exploration and development in a low cost environment.

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The Lac Rainy Nord graphite project is located within 5 km of the following known and explored graphite projects:

  • Fermont – Site 7 and 9 : 15.06% Cg over 1.5 m (sample RX- 5324; Site 7); 11.83% Cg over 1.5 m (sample spline RX- 5328; Site 9); 9.96% Cg over 2.0 m (sample RX- 5332; Site 9); 25.37% Cg (grab samples RX- 5351; Site 9) and 24.69% Cg (grab samples RX- 5353; Site 9).

  • Fermont – Site 11 : 21.58% Cg over 1.5 m (RX- 5339); 11.39% Cg over 1.5 m (sample RX5341); 5.57% Cg over 1.5 m (sample RX- 5338); 13.90% Cg (sample RX- 5352). The size of graphite flakes is from 1 to 5 mm.

  • Fermont – Site 3, 5 and 6 : 16.87% Cg (sample RX- 5347); 6.78% Cg (sample RX- 5349 - Site 5); 6.25% Cg (sample RX- 5317 - Site 3); 5.49% Cg to 1.5 m (sample RX – 5323 - Site 6). The size of graphite flakes is from 2 to 8 mm.

  • Permit 861 : 22.27% Cg and 16.68% Cg (sample 2215 and 2214). In this stratigraphic horizon, the content ranges from 5% to 20% graphitic carbon and fine flake.

  • Lac Knife : 13.19% Cg (sample RX4560); 9.55% Cg over 2.5 m (sample RX4559). Graphite is very coarse flakes.

The Lac Rainy Nord graphite project was first discovered in 1989 and has been subject to some exploration over that time, however previous exploration was not conducted in a systematic manner and was focused more on the iron potential of the region which has meant that the true mineralisation and potential of the Lac Rainy Nord graphite project has not been fully established.

The Lac Rainy Nord graphite project is contiguous with the Lac Knife Graphite Deposit which is owned by Focus Graphite.

The Lac Knife Graphite Deposit hosts a reported Measured and Indicated resource totalling 9,576,000 million tonnes grading 14.77% graphitic carbon together with Inferred resources of 3,102,000 tonnes grading 13.25% graphitic carbon.

(Note: Inferred Resources are considered too geologically speculative to have mining and economic considerations applied to them and to be categorized as Mineral Reserves)

The Feasibility Study completed by Met-Chem Canada Inc. (released on 8 August 2014) on the Lac Knife Graphite Deposit indicates that the Lac Knife Graphite Deposit has the potential to become one of the lowest-cost, highest-margin producers of graphite in the world.

Refer to http://www.focusgraphite.com/wp-content/uploads/largeReport/Lac-Knife-FeasibilityStudy-Technical-Report-August-2014.pdf for further information in relation to the Feasibility Study at the Lac Knife graphite project.

Graphite mineralization is set in migmatized biotite-bearing quartz-feldspar gneiss belonging to the Nault Formation of the lower Proterozoic Gagnon Group.

According to the Québec Ministry of Natural Resources, where this gneissic unit is sheared, brecciated and silicified, coarse graphite flakes and associated sulphide minerals make up 5% to 10% of the rock, with up to 20% or more in the more brecciated zones.

Fuchsite and other iron-rich micas accompany the graphite and sulphide mineralization in the more silicified horizons.

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Figure 4 below illustrates the geological setting relevant to the Lac Rainy Nord graphite project.

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----- Start of picture text -----

QLL: Lac Rainy Nord
7.86% Cg
(Sample 2306;
Report GM-49448)
Focus Graphite: Lac
Knife Graphite Deposit
9.6Mt Measured and
Indicated @ 14.77% Cg
and 3.1Mt Inferred @
13.25% Cg
----- End of picture text -----

Figure 4: Geology of the Lac Rainy Nord graphite project

Lac La Motte Lithium Project

The Lac La Motte lithium project is located in the Abitibi Greenstone Belt of Quebec approximately 25 kilometres northwest of the historic mining town of Val d'Or and 400 km northwest of Montreal.

The Lac La Motte project consists of a contiguous landholding of 64 mineral claims and 25 mineral claim applications covering an area of approximately 49.4 km[2] .

Access to the Lac La Motte project from Val d'Or is easily gained via paved Highway 111 and a number of all-weather gravel roads.

Figure 5 shows the location of the Lac La Motte project, the key infrastructure, and the known lithium occurrences surrounding the project.

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Figure 5. Lac La Motte Project Location. Green squares represent lithium deposits. See also Figure 7 showing pegmatite trends and magnetic imagery

Regional Mineralisation

The Lac La Motte lithium project represents a significant landholding surrounded by known lithium deposits and occurrences, as well as known beryl occurrences. The lithium mineralisation at the Lac La Motte project is contained in north-east and east-west trends. The Lac La Motte project is targeting spodumene-bearing rare metal LCT pegmatite dyke complexes.

Previous exploration in the region has concentrated on gold and base metal potential of the area, with little focus on lithium until recently, despite the prevalence of lithium deposits and occurrences recorded in the vicinity of the Lac La Motte project.

This presents a unique opportunity for MLS to commence an immediate exploration program focused on the detailed structural geological features that exist at the project. A comprehensive mapping and sampling program has already been designed, with a maiden drill campaign to commence as soon as the results from the phase 1 program are known.

Within the Lac La Motte project, numerous LCT pegmatites hosting spodumene varying from 1.6m to 6m in width exist which intrude diorites, monzonites and metasediments of the Caste Group that are in contact with the basalts of the Lower Malartic Group. The lithium mineralisation occurs mainly in medium to large spodumene crystals.

The La Motte lithium occurrence, which is located within metres of the Lac La Motte project licence boundaries, has exhibited strong lithium mineralisation where previous drill hole intercepts highlighted high grade lithium mineralisation of 1.65% Li2O over 1.0 m (drill hole No. 16, Quebec Government file report GM 03089), 1.34% Li2O over 0.9 m (drill hole No. 15) and 1.12% Li2O over 1.32 m (drill hole No. 14).

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Existing Lithium Deposits in Close Proximity

The Jilin owned Quebec Lithium Mine which is located in the northeast part of the region less than 7 km northeast of the Lac La Motte project, contains a measured and indicated mineral resource of 33.24 Mt at 1.19% Li2O and an inferred mineral resource of 13.76 Mt at 1.21% Li2O (NI 43-101 compliant), according to a technical report filed by Canada Lithium Corp. on 12 October 2012.

For further information, refer to the following:

www.rb-e.com/i/pdf/Quebec_Lithium_Mineral_Resources_and_Reserves_Estimates.pdf

The Lac La Motte project is located less than 1 km east of the Authier lithium deposit which has a reported JORC Measured, Indicated and Inferred resource of 9.22Mt @ 0.96% Li2O.

For further information, refer to the following:

www.sayonamining.com.au/PDF/ASX7Jul16_Authier%20JORC%20Resource%20Estimate.pdf

The Duval Lithium deposit is located less than 1.5km north-northwest of the Lac La Motte licence boundaries. Trenching and bulk sampling at the Duval lithium deposit resulted in high grade lithium being exhibited:

  • 1.45% Li2O (dyke 1 average of 15 bulk samples of 22 kg each);

  • 3.4% MoS2 over 0.5 m (dyke 1 poll 10);

  • 0.57% Li2O (dyke 2 from 4 bulk samples of 22 kg each); and

  • 0.54% Li2O over 2.1 m (sample L-19).

The Baillarge-Ouest lithium-tantalum deposit is located less than 500 metres east of the Lac La Motte licence boundaries and contains spodumene-hosted lithium in pegmatite outcrop grading 1.94% Li2O.

Lithium Deposits and Occurrences on the Lac La Motte Project

The Lac La Motte VII-47 lithium occurrence is located within metres from the claims comprising the Lac La Motte lithium project. This LCT pegmatite dyke intersects metasediments of the Caste Group that are in contact with the basalts of the Lower Malartic Group. Spodumene and beryl are observed in fracture fillings in LCT pegmatite dykes.

This prospect has been identified as a potentially significant lithium lode, which is oriented in an east-west direction. It has been interpreted that this lithium bearing mineralized zone continues into the Lac La Motte licence boundaries and could represent an important source for mineralisation at the project.

The nearby Lac La Motte lithium occurrence is located in close proximity to licence boundaries of the Lac La Motte lithium project. The host LCT pegmatite dykes contain spodumene in high concentrations with associated beryl and occur in multiple locations across the Lac La Motte project.

There are at least 6 known parallel LCT pegmatite dykes containing spodumene. The irregular distribution of the lithium-bearing pegmatite dykes in fractures in the granites suggests that this system of dykes could also be present on the Lac La Motte project.

Historical Exploration at Lac La Motte Project

Exploration and historical drilling on the Lac La Motte project took place on the edges of the volcanics and ultramafics and focussed on the gold, zinc, nickel and copper potential, with little

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exploration directed at lithium. Extensive mapped outcrops of LCT pegmatite hosting beryl exist on the Lac La Motte project.

The Lac La Motte project contains numerous Li (spodumene) ±Ta (tantalite) ±Be (beryllium) mineralised occurrences which have been investigated only sporadically by junior mining companies with various geophysical, geochemical and geological tools from the early 1950s until the present day.

Lacourciere-Darveau Lithium Project

The Lacourciere-Darveau lithium project consists of 153 mineral claims and 28 mineral claim applications totalling approximately 104.25 km[2] located approximately 15 kilometres west of the community of Malarctic.

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Figure 6. Lacourciere-Darveau Project Location.

Regional Mineralisation and Existing Lithium Deposits in Close Proximity

The Lacourciere-Darveau project is located approximately 8 km east of a 200m[2] excavation where a sample taken from the enrichment zone between trench 2 and trench 3 yielded 2.87% Li2O. The 5 veins sampled contained between 3.0% Li2O and 4.0% Li2O.

Other lithium occurrences in the vicinity of the project include Ile du Refuge and Lac Simard which are located along trend about 50km to the SSW and host known lithium deposits with average grades of 2.1% Li2O and 1% Li2O respectively.

Though there are several lithium occurrences in the vicinity, the property itself has seen limited exploration. Geological mapping and outcrop mapping were conducted in 1956 and 1957, with the geological mapping being reinterpreted in 2009.

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This new geology map revealed the presence of multiple zones of LCT pegmatites and granites. The work on the property in the 1950s identified three beryl occurrences in LCT pegmatite veins, which is considered to be significant as these LCT pegmatites may also host lithium mineralisation. No drill testing has been recorded on the Lacourciere-Darveau project.

The presence of beryl and spodumene-rich occurrences within complex LCT pegmatites in the vicinity indicates high potential for the discovery of lithium mineralisation within the project area.

Lithium Deposits/Occurrences on the Lacourciere-Darveau Project

Strong NNE-trending structures control the distribution of the beryl and lithium deposits in the project region. Beryl and lithium occur on the edges of the pegmatitic pluton.

==> picture [329 x 303] intentionally omitted <==

Figure 7. Lacourciere-Darveau Project Geology.

The distribution of the beryl and lithium deposits indicates mineralisation is the result of intrusive LCT pegmatite dykes, where spodumene crystals can reach up to 30cm in length and up to 15cm in diameter.

Economic analysis of the lithium and beryllium potential has not yet been undertaken, despite the fact that the Ile du Refuge, Lac Simard and Wells-Lacourciere high-grade lithium deposits are located nearby.

The lithium potential of this beryl occurrence and the associated LCT pegmatite outcrop is yet to be determined. The pegmatite has been mapped in a NNE trend and remains open along strike. Tantalum and niobium have been identified in the LCT pegmatite outcrop.

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Lac La Corne Lithium Project

The Lac La Corne lithium project is located in approximately 20 kilometres north of the historic mining town of Val d'Or and 400 km northwest of Montreal and represents a contiguous landholding of 87 mineral claims totalling approximately 49.8 km[2] . Access from Val d'Or is gained via paved Highway 111 and a number of all-weather gravel roads.

==> picture [387 x 259] intentionally omitted <==

Figure 8. Lac La Corne Project. Green squares represent lithium deposits.

Figure 8 above shows the location of the Lac La Corne project and associated key infrastructure. It also shows the pegmatite trends though the project interpreted from the regional magnetic imagery and which correspond to the location of Outcrop 1548 and known lithium deposits to the west, south west and north east.

Regional Mineralisation

The Lac La Corne lithium project represents a significant landholding surrounded by known lithium deposits and occurrences as well as beryl occurrences. The lithium mineralisation at the Lac La Corne project is contained in tight north-north-east trending zones.

The Lac La Corne project is targeting spodumene and rare metal-bearing LCT pegmatite dyke complexes.

The region is dominated by quartz monzodiorite and metasomatized quartz diorite (tonalite) of the La Corne plutonic complex. A swarm of spodumene-rich granitic pegmatite dykes intrude fractures and small faults within the plutonic rocks.

The LCT pegmatite dykes are as much as 6m thick and are generally crudely zoned, some having quartz cores and border zones of aplite. The granitic LCT pegmatites are composed of quartz, albite and/or cleavelandite, K-feldspar, muscovite, with spodumene in high concentration.

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Existing Lithium Deposits in Close Proximity

Located less than 1km west of the Lac La Corne project is the Chubb Lithium deposit which is currently owned by Globex Mining Enterprises, and was optioned to Great Thunder Gold Corporation in May 2016.

Drilling intersections obtained in 1994 by Abitibi Lithium Corp. at the Chubb Lithium deposit, produced intervals of 3.72 m @ 1.78 wt. % Li2O, 2.75 m @ 1.00 wt. % Li2O and 2.38 m @ 1.25 wt. % Li2O.

Source: “Technical Report and Recommendations for Three Li-Mo Properties Associated With the Preissac-Lacorne Batholith in the Abitibi Subprovince, Quebec, Canada: The Chubb, International and Athona Properties.”

Lithium Deposits / Occurrences on the Lac La Corne Project

The Quebec Geological Survey Department in July 2014 recorded outcrop 1584 as having high spodumene and molybdenum potential. This outcrop is located in the south-west portion of the Lac La Corne project.

To date no drilling or follow up exploration has been undertaken, despite strong recommendations from the Geological Survey Department geologist at the time. Outcrop 1584 is contained in a NNEtrending structure that continues along strike into the Lac La Corne project.

The Company has made contact with the Geological Survey Department geologist who was responsible for conducting this survey and subsequently identified the outcrop. Follow-up exploration is planned immediately for this high priority target.

==> picture [452 x 277] intentionally omitted <==

----- Start of picture text -----

Primary exploration
target zone
----- End of picture text -----

Figure 9. Magnetic Imagery showing strong trends interpreted to control pegmatite orientations on the Lac La Motte and Lac La Corne Projects.

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Figure 9 shows the location of the Lac La Motte and Lac La Corne lithium projects over regional magnetic imagery which highlights the interpreted LCT pegmatite trends though the projects and which correspond to the location of Outcrop 1548 and other known lithium deposits in the area.

The strong magnetic trends identified in figure 9 follow a NE and NNE direction along strike of the known lithium mineralisation and lithium deposits / occurrences, striking through the Lac La Motte and Lac La Corne lithium projects.

These magnetic trends highlight the anticipated mineralised zones across the two projects and provide the Company with a focused area where future exploration programs will be conducted.

Share Placement Completed

MLS is pleased to advise that, in conjunction with entering into an Agreement to acquire QLL, the Company has raised $950,000 at an issue price of $0.003 per share via the issue of 316,666,667 fully paid ordinary shares ( Placement ). Subscribers under the Placement will also be granted a free attaching option on a 1 for 4 basis with an exercise price of $0.003 per share and expiring on 1 December 2019.

The Placement is being completed in two tranches with the first tranche comprised of the issue of 158,333,333 shares at an issue price of $0.003 per share to raise $475,000 together with a free attaching option on a 1 for 4 basis on the terms outlined above.

A second tranche, which is subject to shareholder approval at the upcoming AGM, will raise a further $475,000 at an issue price of $0.003 per share together with a free attaching option on a 1 for 4 basis on the terms outlined above.

This raising satisfies one of the key conditions precedent to the Agreement to acquire the QLL Projects.

Sanlam Private Wealth Pty Ltd ( Sanlam ) acted as Lead Manager to the Placement and as part of the engagement and successful completion of the Placement received 9,000,000 options each with an exercise price of $0.003 per share expiring 1 December 2019. Sanlam also received brokerage fees of 6.0% (gross plus GST) of the funds raised under the Placement.

The Placement was subscribed by sophisticated and professional investors, none of which are related parties of the Company. The funds will be applied to the exploration of the Company’s existing high grade Manindi zinc deposit as well as advancing the exploration of the newly acquired graphite and lithium projects (subject to completion of the Acquisition of the QLL Projects).

For more information, please contact:

Mr. H S Majteles Chairman Metals Australia Ltd Phone: +61 8 9481 7833

17

Competent Person Statement

Mr Glenn S Griesbach, PGeo, a qualified person under NI 43-101, has reviewed and verified the technical information provided in this announcement. Any information in this announcement that relates to historical resources, resource estimates or exploration results, is based on information compiled by Mr Glenn S Griesbach, PGeo, who is a Member of the Association of Professional Engineers and Geoscientists of Saskatchewan (a Recognised Overseas Professional Organisation (‘ROPO’) included in a list promulgated by the ASX from time to time). Mr Griesbach is a Consultant Geologist to and a shareholder of Quebec Lithium Limited. Mr Griesbach has sufficient experience, which is relevant to the style of mineralisation and type of deposit under consideration and to the activity which he is undertaking, to qualify as a Competent Person as defined in the 2012 Edition of the ‘Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves’. Mr Griesbach consents to the inclusion in this report of the matters based on his information in the form and context in which it appears.

18

SCHEDULE 1 – QLL PROJECTS MINERAL CLAIMS/CLAIM APPLICATIONS

(a) Lac Rainy Nord Graphite Project

Licenses
application
number		 Claim
number (CDC
series)		 Area
(ha.)		 Claims
license
expiry date		 16 1578708 CDC 2462767 52.36 18-Sep-18
17 1578708 CDC 2462768 52.33 18-Sep-18
18 1578708 CDC 2462769 52.33 18-Sep-18
1 1578708 CDC 2462752 52.34 18-Sep-18
19 1578708 CDC 2462770 52.31 18-Sep-18
2 1578708 CDC 2462753 52.32 18-Sep-18 20 1578708 CDC 2462771 52.31 18-Sep-18
3 1578708 CDC 2462754 52.32 18-Sep-18 21 1578708 CDC 2462772 52.35 18-Sep-18
4 1578708 CDC 2462755 52.32 18-Sep-18 22 1578708 CDC 2462773 52.35 18-Sep-18
5 1578708 CDC 2462756 52.31 18-Sep-18 23 1578708 CDC 2462774 52.31 18-Sep-18
6 1578708 CDC 2462757 52.30 18-Sep-18 24 1578708 CDC 2462775 52.30 18-Sep-18
7 1578708 CDC 2462758 52.34 18-Sep-18 25 1578708 CDC 2462776 52.30 18-Sep-18
8 1578708 CDC 2462759 52.34 18-Sep-18 26 1578708 CDC 2462777 52.36 18-Sep-18
9 1578708 CDC 2462760 52.32 18-Sep-18 27 1578708 CDC 2462778 52.35 18-Sep-18
10 1578708 CDC 2462761 52.32 18-Sep-18 28 1578708 CDC 2462779 52.34 18-Sep-18
11 1578708 CDC 2462762 52.30 18-Sep-18 29 1578708 CDC 2462780 52.33 18-Sep-18
12 1578708 CDC 2462763 52.33 18-Sep-18 30 1578708 CDC 2462781 52.33 18-Sep-18
13 1578708 CDC 2462764 52.31 18-Sep-18 31 1578708 CDC 2462782 52.33 18-Sep-18
14 1578708 CDC 2462765 52.31 18-Sep-18 32 1578708 CDC 2462783 52.34 18-Sep-18
15 1578708 CDC 2462766 52.30 18-Sep-18

(b) Lac La Motte Lithium Project

License
application
number		 Claim
number
(CDC series)		 Area
(ha.)		 Claim
license
expiry date		 30 1570688 CDC 2455478 57.26 27-Jul-18
31 1570688 CDC 2455479 57.26 27-Jul-18
32 1570688 CDC 2455480 57.26 27-Jul-18
1 1571638 Villegiature 57.29 pending-1 33 1570688 CDC 2455481 57.26 27-Jul-18
2 1570688 CDC 2455462 57.29 27-Jul-18 34 1570688 CDC 2455482 57.26 27-Jul-18
3 1570688 CDC 2455463 57.29 27-Jul-18 35 1570688 CDC 2455483 57.26 27-Jul-18
4 1571638 CDC 2455487 57.28 27-Jul-18 36 1570688 CDC 2455484 57.26 27-Jul-18
5 1571638 CDC 2455488 57.28 27-Jul-18 37 1570688 CDC 2455485 57.26 27-Jul-18
6 1570688 Villegiature 57.28 pending-2 38 1570688 CDC 2455486 57.26 27-Jul-18
7 1570688 Villegiature 57.28 pending-3 39 1568029 CDC 2455432 29.94 27-Jul-18
8 1570688 Villegiature 57.28 pending-4 40 1568029 CDC 2455433 54.02 27-Jul-18
9 1570688 Villegiature 57.28 pending-5 41 1568029 Villegiature 57.25 pending-7
10 1570688 CDC 2455464 57.28 27-Jul-18 42 1568029 CDC 2455434 57.25 27-Jul-18
11 1570688 CDC 2455465 57.28 27-Jul-18 43 1568029 CDC 2455435 57.25 27-Jul-18
12 1570688 CDC 2455466 57.27 27-Jul-18 44 1568029 CDC 2455436 57.25 27-Jul-18
13 1570688 CDC 2455467 57.27 27-Jul-18 45 1568029 CDC 2455437 57.25 27-Jul-18
14 1571638 Villegiature 57.27 pending-6 46 1569550 Villegiature 57.25 pending-8
15 1571638 CDC 2455489 57.27 27-Jul-18 47 1569550 Villegiature 57.25 pending-9
16 1571638 CDC 2455490 57.27 27-Jul-18 48 1569550 CDC 2455445 57.25 27-Jul-18
17 1571638 CDC 2455491 57.27 27-Jul-18 49 1569550 CDC 2455446 57.25 27-Jul-18
18 1571638 CDC 2455492 57.27 27-Jul-18 50 1569550 CDC 2455447 57.25 27-Jul-18
19 1571638 CDC 2455493 57.27 27-Jul-18 51 1569550 CDC 2455448 57.25 27-Jul-18
20 1570688 CDC 2455468 57.27 27-Jul-18 52 1569550 CDC 2455449 57.25 27-Jul-18
21 1570688 CDC 2455469 57.27 27-Jul-18 53 1569550 CDC 2455450 57.25 27-Jul-18
22 1570688 CDC 2455470 57.27 27-Jul-18 54 1569550 CDC 2455451 57.25 27-Jul-18
23 1570688 CDC 2455471 57.27 27-Jul-18 55 1569550 CDC 2455452 47.63 27-Jul-18
24 1570688 CDC 2455472 57.26 27-Jul-18 56 1569550 CDC 2455453 57.25 27-Jul-18
25 1570688 CDC 2455473 57.26 27-Jul-18 57 1569550 Villegiature 57.25 pending-10
26 1570688 CDC 2455474 57.26 27-Jul-18 58 1568029 CDC 2455438 39.10 27-Jul-18
27 1570688 CDC 2455475 57.26 27-Jul-18 59 1568029 CDC 2455439 57.24 27-Jul-18
28 1570688 CDC 2455476 57.26 27-Jul-18 60 1568029 CDC 2455440 57.24 27-Jul-18
29 1570688 CDC 2455477 57.26 27-Jul-18 61 1568029 CDC 2455441 57.24 27-Jul-18
62 1568029 CDC 2455442 57.24 27-Jul-18
63 1568029 CDC 2455443 57.24 27-Jul-18
64 1568029 CDC 2455444 57.24 27-Jul-18
65 1569550 Villegiature 57.24 pending-11
66 1569550 Villegiature 57.24 pending-12
67 1569550 Villegiature 57.24 pending-13
68 1569550 Villegiature 57.24 pending-14
69 1569550 CDC 2455454 57.24 27-Jul-18
70 1569550 CDC 2455455 57.24 27-Jul-18
71 1569550 CDC 2455456 57.24 27-Jul-18
72 1569550 Villegiature 57.23 pending-15
73 1569550 Villegiature 57.23 pending-16
74 1569550 CDC 2455457 57.23 27-Jul-18
75 1569550 CDC 2455458 57.23 27-Jul-18
76 1569550 Villegiature 57.23 pending-17
77 1569550 Villegiature 57.22 pending-18
78 1569550 Villegiature 57.22 pending-19
79 1569550 Villegiature 57.22 pending-20
80 1569550 Villegiature 57.22 pending-21
81 1569550 CDC 2455459 33.56 27-Jul-18
82 1569550 CDC 2455460 41.19 27-Jul-18
83 1529267 CDC 2438019 42.48 13-Mar-18
84 1529267 CDC 2438020 45.81 13-Mar-18
85 1569550 Villegiature 46.08 pending-22
86 1569550 CDC 2455461 22.73 27-Jul-18
87 1569550 Villegiature 63.15 pending-23
88 1569550 Villegiature 83.89 pending-24
89 1569550 Villegiature 41.50 pending-25

(c) Lac La Corne Lithium Project

License
application
number		 Claim number
(CDC series)		 Area
(ha.)		 Claim
license
expiry
date
1 1567089 CDC 2455213 57.31 27-Jul-18
2 1567089 CDC 2455214 57.30 27-Jul-18
3 1567089 CDC 2455215 57.30 27-Jul-18
4 1567089 CDC 2455216 57.29 27-Jul-18
5 1567089 CDC 2455217 57.29 27-Jul-18
6 1567089 CDC 2455218 57.29 27-Jul-18
7 1568007 CDC 2455240 57.29 27-Jul-18
8 1568007 CDC 2455241 57.29 27-Jul-18
9 1568007 CDC 2455242 57.29 27-Jul-18
10 1568007 CDC 2455243 57.29 27-Jul-18
11 1568007 CDC 2455244 57.29 27-Jul-18
12 1568007 CDC 2455245 57.29 27-Jul-18
13 1568007 CDC 2455246 57.28 27-Jul-18
14 1568007 CDC 2455247 57.28 27-Jul-18
15 1568007 CDC 2455248 57.29 27-Jul-18
16 1563137 CDC 2450086 57.29 19-Jun-18
17 1563137 CDC 2450087 57.29 19-Jun-18
18 1565954 CDC 2454427 57.29 27-Jul-18
19 1565954 CDC 2454428 57.29 27-Jul-18
20 1567128 CDC 2455233 57.29 27-Jul-18
21 1567128 CDC 2455234 57.29 27-Jul-18
22 1568007 CDC 2455249 57.29 27-Jul-18
23 1568007 CDC 2455250 57.29 27-Jul-18
24 1568007 CDC 2455251 57.28 27-Jul-18
25 1568007 CDC 2455252 57.28 27-Jul-18
26 1568007 CDC 2455253 57.27 27-Jul-18
27 1563137 CDC 2450088 57.27 19-Jun-18
28 1552358 CDC 2444218 57.27 4-May-18
29 1552358 CDC 2444219 57.27 4-May-18
30 1565954 CDC 2454429 57.27 27-Jul-18
31 1565954 CDC 2455219 57.27 27-Jul-18
32 1567128 CDC 2455235 57.27 27-Jul-18
33 1568007 CDC 2455254 57.27 27-Jul-18
34 1568007 CDC 2455255 57.27 27-Jul-18
35 1568007 CDC 2455256 57.27 27-Jul-18
36 1568007 CDC 2455257 57.27 27-Jul-18
37 1568007 CDC 2455258 57.27 27-Jul-18
38 1568007 CDC 2455259 57.27 27-Jul-18
39 1568007 CDC 2455260 57.26 27-Jul-18
40 1568007 CDC 2455261 57.26 27-Jul-18
41 1568007 CDC 2455262 57.26 27-Jul-18
42 1568007 CDC 2455263 57.26 27-Jul-18
43 1568007 CDC 2455264 57.26 27-Jul-18
44 1568007 CDC 2455265 57.26 27-Jul-18
45 1565954 CDC 2454430 57.26 27-Jul-18
46 1563137 CDC 2450089 57.26 19-Jun-18
47 1563137 CDC 2450090 57.26 19-Jun-18
48 1565954 CDC 2454431 57.26 27-Jul-18
49 1567089 CDC 2455220 57.26 27-Jul-18
50 1567089 CDC 2455221 57.26 27-Jul-18
51 1567089 CDC 2455222 57.26 27-Jul-18
52 1568007 CDC 2455266 57.26 27-Jul-18
53 1568007 CDC 2455267 57.26 27-Jul-18
54 1568007 CDC 2455268 57.26 27-Jul-18
55 1568007 CDC 2455269 57.26 27-Jul-18
56 1568007 CDC 2455270 57.26 27-Jul-18
57 1568007 CDC 2455271 57.26 27-Jul-18
58 1568007 CDC 2455272 57.26 27-Jul-18
59 1568007 CDC 2455273 57.25 27-Jul-18
60 1568007 CDC 2455274 57.25 27-Jul-18
61 1568007 CDC 2455275 57.25 27-Jul-18
62 1568007 CDC 2455276 57.25 27-Jul-18
63 1565954 CDC 2454432 57.25 24-Jul-18
64 1565954 CDC 2454433 57.25 24-Jul-18
65 1565954 CDC 2454434 57.25 24-Jul-18
66 1565954 CDC 2454435 57.25 24-Jul-18
67 1567128 CDC 2455236 57.25 27-Jul-18
68 1567089 CDC 2455223 57.25 27-Jul-18
69 1567089 CDC 2455224 57.25 27-Jul-18
70 1567089 CDC 2455225 57.25 27-Jul-18
71 1568007 CDC 2455277 57.25 27-Jul-18
72 1568007 CDC 2455278 57.25 27-Jul-18

20

73 1568007 CDC 2455279 57.25 27-Jul-18 81 1569244 CDC 2455280 57.23 27-Jul-18
74 1567089 CDC 2455226 57.24 27-Jul-18 82 1569244 CDC 2455281 57.23 27-Jul-18
75 1567089 CDC 2455227 57.24 27-Jul-18 83 1569244 CDC 2455282 57.23 27-Jul-18
76 1567089 CDC 2455228 57.24 27-Jul-18 84 1569244 CDC 2455283 57.23 27-Jul-18
77 1567089 CDC 2455229 57.24 27-Jul-18 85 1567128 CDC 2455237 57.21 27-Jul-18
78 1567089 CDC 2455230 57.23 27-Jul-18 86 1567128 CDC 2455238 57.21 27-Jul-18
79 1567089 CDC 2455231 57.23 27-Jul-18 87 1567128 CDC 2455239 57.20 27-Jul-18
80 1567089 CDC 2455232 57.23 27-Jul-18

(d) Lacourciere-Darveau Lithium Project

Licenses
application
number		 Claim
number (CDC
series)		 Area
(ha.)		 Claims
license
expiry date
1 1570439 CDC 2455550 57.68 27-Jul-18
2 1570439 CDC 2455551 57.68 27-Jul-18
3 1570439 CDC 2455552 57.67 27-Jul-18
4 1570439 CDC 2455553 57.67 27-Jul-18
5 1570439 CDC 2455554 57.67 27-Jul-18
6 1570439 CDC 2455585 57.67 27-Jul-18
7 1570439 CDC 2455586 57.66 27-Jul-18
8 1570439 CDC 2455587 57.66 27-Jul-18
9 1570439 CDC 2455588 57.66 27-Jul-18
10 1570439 CDC 2455589 57.66 27-Jul-18
11 1570439 CDC 2455555 57.65 27-Jul-18
12 1570439 CDC 2455556 57.65 27-Jul-18
13 1570439 CDC 2455590 57.65 27-Jul-18
14 1570439 CDC 2455591 57.65 27-Jul-18
15 1570439 CDC 2455592 57.64 27-Jul-18
16 1570439 CDC 2455593 57.64 27-Jul-18
17 1570439 CDC 2455594 57.64 27-Jul-18
18 1570439 CDC 2455595 57.64 27-Jul-18
19 1570439 CDC 2455596 57.64 27-Jul-18
20 1570439 CDC 2455557 57.64 27-Jul-18
21 1570439 CDC 2455558 57.64 27-Jul-18
22 1570439 CDC 2455559 57.64 27-Jul-18
23 1569825 CDC 2455560 57.63 27-Jul-18
24 1569825 CDC 2455597 57.63 27-Jul-18
25 1569825 CDC 2455598 57.63 27-Jul-18
26 1569825 CDC 2455599 57.63 27-Jul-18
27 1570414 CDC 2455600 57.63 27-Jul-18
28 1570414 CDC 2455601 57.63 27-Jul-18
29 1570414 CDC 2455602 57.63 27-Jul-18
30 1570414 CDC 2455603 57.63 27-Jul-18
31 1570414 CDC 2455604 57.62 27-Jul-18
32 1569309 CDC 2455605 57.62 27-Jul-18
33 1569309 CDC 2455606 57.62 27-Jul-18
34 1569309 CDC 2455561 57.62 27-Jul-18
35 1569309 CDC 2455562 57.62 27-Jul-18
36 1569309 CDC 2455563 57.62 27-Jul-18
37 1569309 CDC 2455564 57.62 27-Jul-18
38 1569309 CDC 2455565 57.62 27-Jul-18
39 1569309 CDC 2455607 57.62 27-Jul-18
40 1569619 CDC 2455608 57.62 27-Jul-18
41 1569619 CDC 2455609 57.62 27-Jul-18
42 1569825 CDC 2455610 57.62 27-Jul-18
43 1569825 CDC 2455611 57.62 27-Jul-18
44 1569825 CDC 2455612 57.62 27-Jul-18
45 1569825 CDC 2455613 57.62 27-Jul-18
46 1569825 CDC 2455614 57.62 27-Jul-18
47 1570414 CDC 2455615 57.62 27-Jul-18
48 1570414 CDC 2455566 57.62 27-Jul-18
49 1570414 CDC 2455567 57.62 27-Jul-18
50 1570414 CDC 2455568 57.62 27-Jul-18
51 1570414 CDC 2455569 57.61 27-Jul-18
52 1569309 CDC 2455570 57.61 27-Jul-18
53 1569309 CDC 2455540 57.61 27-Jul-18
54 1569309 CDC 2455541 57.61 27-Jul-18
55 1569309 CDC 2455616 57.61 27-Jul-18
56 1569309 CDC 2455571 57.61 27-Jul-18
57 1569309 CDC 2455572 57.61 27-Jul-18
58 1569309 CDC 2455573 57.61 27-Jul-18
59 1569309 CDC 2455574 57.61 27-Jul-18
60 1569619 CDC 2455575 57.61 27-Jul-18
61 1569619 CDC 2455542 57.61 27-Jul-18
62 1569825 CDC 2455543 57.61 27-Jul-18
63 1569825 CDC 2455544 57.61 27-Jul-18
64 1569825 CDC 2455583 57.61 27-Jul-18
65 1570414 CDC 2455576 57.61 27-Jul-18
66 1570414 CDC 2455577 57.62 27-Jul-18
67 1570414 CDC 2455545 57.62 27-Jul-18
68 1570414 CDC 2455546 57.62 27-Jul-18
69 1570414 CDC 2455547 57.62 27-Jul-18
70 1570414 CDC 2455578 57.62 27-Jul-18
71 1570414 CDC 2455536 57.62 27-Jul-18
72 1569309 CDC 2455548 57.60 27-Jul-18
73 1569309 CDC 2455584 57.60 27-Jul-18
74 1569619 CDC 2455579 57.60 27-Jul-18
75 1569619 CDC 2455580 57.60 27-Jul-18
76 1569619 CDC 2455537 57.60 27-Jul-18
77 1569619 CDC 2455538 57.60 27-Jul-18
78 1569619 CDC 2455539 57.60 27-Jul-18
79 1569825 CDC 2455581 57.60 27-Jul-18
80 1569825 CDC 2455582 57.60 27-Jul-18
81 1569825 CDC 2455549 57.60 27-Jul-18
82 1569825 CDC 2454954 57.60 26-Jul-18
83 1569825 CDC 2454955 57.60 26-Jul-18
84 1570414 CDC 2454977 57.61 26-Jul-18
85 1570414 CDC 2454978 57.61 26-Jul-18

21

86 1570414 CDC 2454990 57.59 26-Jul-18 140 1576180 Villegiature 57.57 pending-13
87 1570414 CDC 2454991 57.59 26-Jul-18 141 1576180 Villegiature 57.57 pending-14
88 1570414 CDC 2454992 57.59 26-Jul-18 142 1576180 Villegiature 57.57 pending-15
89 1570414 CDC 2454993 57.59 26-Jul-18 143 1576180 Villegiature 57.57 pending-16
90 1570414 CDC 2454994 57.59 26-Jul-18 144 1576180 Villegiature 57.57 pending-17
91 1570414 CDC 2454995 57.59 26-Jul-18 145 1576056 CDC 2454999 57.56 26-Jul-18
92 1569309 CDC 2454917 57.59 26-Jul-18 146 1576180 Villegiature 57.56 pending-18
93 1569309 CDC 2454918 57.59 26-Jul-18 147 1576180 Villegiature 57.56 pending-19
94 1569619 CDC 2454928 57.59 26-Jul-18 148 1576180 Villegiature 57.56 pending-20
95 1569619 CDC 2454929 57.59 26-Jul-18 149 1576180 Villegiature 57.56 pending-21
96 1569619 CDC 2454930 57.59 26-Jul-18 150 1576180 Villegiature 57.56 pending-22
97 1569619 CDC 2454931 57.59 26-Jul-18 151 1576056 CDC 2455000 57.55 26-Jul-18
98 1569619 CDC 2454932 57.59 26-Jul-18 152 1576056 CDC 2455001 57.55 26-Jul-18
99 1569825 CDC 2454956 57.59 26-Jul-18 153 1576056 CDC 2455002 57.55 26-Jul-18
100 1569825 CDC 2454957 57.59 26-Jul-18 154 1576056 CDC 2455003 57.55 26-Jul-18
101 1569825 CDC 2454958 57.59 26-Jul-18 155 1576056 CDC 2455004 57.55 26-Jul-18
102 1569825 CDC 2454959 57.59 26-Jul-18 156 1576056 CDC 2455005 57.55 26-Jul-18
103 1570414 CDC 2454996 57.59 26-Jul-18 157 1576056 CDC 2455006 57.55 26-Jul-18
104 1568175 CDC 2455116 57.58 26-Jul-18 158 1576056 CDC 2455007 57.55 26-Jul-18
105 1568175 CDC 2455117 57.58 26-Jul-18 159 1576056 CDC 2455008 57.55 26-Jul-18
106 1568175 CDC 2455118 57.58 26-Jul-18 160 1576056 CDC 2455009 57.55 26-Jul-18
107 1568175 CDC 2455119 57.58 26-Jul-18 161 1576056 CDC 2455010 57.55 26-Jul-18
108 1568175 CDC 2455120 57.58 26-Jul-18 162 1576180 Villegiature 57.55 pending-23
109 1568175 CDC 2455121 57.58 26-Jul-18 163 1576180 Villegiature 57.55 pending-24
110 1568175 CDC 2455122 57.58 26-Jul-18 164 1576180 Villegiature 57.55 pending-25
111 1568175 CDC 2455123 57.58 26-Jul-18 165 1576056 CDC 2455011 57.54 26-Jul-18
112 1568175 CDC 2455127 57.57 26-Jul-18 166 1576056 CDC 2455012 57.54 26-Jul-18
113 1568175 CDC 2455128 57.57 26-Jul-18 167 1576056 CDC 2455013 57.54 26-Jul-18
114 1568175 CDC 2455129 57.57 26-Jul-18 168 1576056 CDC 2455014 57.54 26-Jul-18
115 1568175 CDC 2455130 57.57 26-Jul-18 169 1576056 CDC 2455015 57.54 26-Jul-18
116 1568175 CDC 2455131 57.57 26-Jul-18 170 1576056 CDC 2455016 57.54 26-Jul-18
117 1568175 CDC 2455132 57.57 26-Jul-18 171 1576056 CDC 2455017 57.54 26-Jul-18
118 1568175 CDC 2455133 57.57 26-Jul-18 172 1576056 CDC 2455018 57.54 26-Jul-18
119 1568175 CDC 2455134 57.57 26-Jul-18 173 1576056 CDC 2455019 57.54 26-Jul-18
120 1569619 CDC 2454934 57.56 27-Jul-18 174 1576056 Villegiature 57.54 pending-26
121 1569619 CDC 2454935 57.56 27-Jul-18 175 1576180 Villegiature 57.54 pending-27
122 1569619 CDC 2454936 57.56 27-Jul-18 176 1576180 Villegiature 57.54 pending-28
123 1569619 CDC 2454937 57.57 27-Jul-18 177 1576056 CDC 2455020 57.53 26-Jul-18
124 1569619 CDC 2454938 57.57 27-Jul-18 178 1576056 CDC 2455021 57.53 26-Jul-18
125 1569619 CDC 2454939 57.57 27-Jul-18 179 1576056 CDC 2455022 57.52 26-Jul-18
126 1576003 Villegiature 57.61 pending-1 180 1576056 CDC 2455023 57.52 26-Jul-18
127 1576003 CDC 2454997 57.60 26-Jul-18 181 1576056 CDC 2455024 57.51 26-Jul-18
128 1576003 Villegiature 57.60 pending-2 10424.57
129 1576003 Villegiature 57.60 pending-3
130 1576003 Villegiature 57.59 pending-4
131 1576003 Villegiature 57.59 pending-5
132 1576003 Villegiature 57.59 pending-6
133 1576003 Villegiature 57.58 pending-7
134 1576003 Villegiature 57.58 pending-8
135 1576003 Villegiature 57.58 pending-9
136 1576180 Villegiature 57.58 pending-10
137 1576180 Villegiature 57.58 pending-11
138 1576180 Villegiature 57.58 pending-12
139 1576056 CDC 2454998 57.57 26-Jul-18

22

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