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Projects in the Pipeline: Canada surges as flake tops graphite wish list September 2012

Posted by AGORACOM-JC at 11:05 AM on Sunday, September 2nd, 2012

Canada is leading the world in the hunt for new graphite supply. The boom in the exploration-friendly province of Quebec has spearheaded the drive after investors became hooked on graphite’s anode role in electric vehicle batteries.

Canada is leading the world in the hunt for new graphite supply. The boom in the exploration-friendly province of Quebec has spearheaded the drive after investors became hooked on graphite’s anode role in electric vehicle batteries.

The timing coincided with the graphite supply squeeze of 2011, which effectively doubled prices, forcing high-quality +80 mesh, 94-97% carbon flake over $2,000/tonne. The story and industry dynamics were attractive to newcomers and independent and retail investors resulting in a flood of new companies.

The number of active companies in the sector has surged since mid-2011. The number of projects in mid-July stood at 110. All of these are flake graphite projects, except for one located in central-Ontario and operated by Zenyatta Ventures Ltd, which is the Albany vein graphite deposit, similar to that found in Sri Lanka.

Click here to read article in its entirety.

Lomiko Commences Drilling at Quatre Milles East Flake Graphite Property In Quebec

Posted by AGORACOM-JC at 12:24 PM on Wednesday, August 29th, 2012

Vancouver BC – LOMIKO METALS INC. (TSX-V:LMR, OTC: LMRMF, FSE: DH8B) (the “Company”) is pleased to announce that drilling has commenced at the Quatre Milles Flake Graphite Property in Quebec. Contractor Forage Val D’Or Inc. has been retained to complete the 1500-1750 metre Phase I drilling program at the Quatre Milles East Property.

The previous drilling by Graphicor at Quatre Milles East indicated a near-surface, road-accessible target which was intersected by multiple drill holes during historic, non-43-101 drilling. The available information has been complied into a NI 43-101 which will be the template for describing a resource if the drilling program is successful.

Lomiko geological consultants Consul-Teck have a budget of $307, 028 for Phase I and a contingent $724,041 for Phase II for work on the property in the technical report dated March 27, 2012.

Lomiko’s drilling will focus on verifying the areas of historical high-grade graphite intersected previously by Graphicor on the property. The historical results are detailed below. It is Lomiko’s goal is to complete both Phase I & II and establish a flake graphite resource at the Quatre Milles Property by December 2012.

Lomiko’s Quatre Milles Graphite Property

The Quatre Milles Property is road accessible and is located approximately 175 km northwest of Montreal and 17 km due north of the village of Sainte-Veronique, Quebec. The property consists of 28 contiguous claims totaling approximately 1,600 hectares.

The property was originally staked and explored by Graphicor Resources Inc. (“Graphicor”) in the summer of 1989 based on the results of a regional helicopter-borne EM survey. The underlying geology consists of intercalated biotite gneiss, biotite feldspar gneiss, marble, quartzite and calc-silicate lithologies of the Central Metasedimentary Belt of the Grenville Province.

Historical Highlights

Graphicor completed reconnaissance mapping and prospecting as well as ground geophysics and a 26 hole diamond drill program totaling 1,625 metres.   The work identified several conductive trends in the central portion of the property and at least three, relatively flat lying graphitic beds.

Three surface samples were collected and analyzed returning results of 14.16% Cgf, 18.06% Cgf and 20.35% Cgf.  23 of the initial 26 drill holes intersected graphite concentrations with graphite concentration in range of 4.69% in hole Q90-1 to a highlight of 8.07% Cgf over 28.60 metres in hole Q90-7. The highest individual assay was reported in hole Q90-10 reporting 15.48% Cgf over 0.50 metres. A table of results from the 43-101 indicates:

 ------------------------------------------
 |HOLE NO.|FROM(M)|TO(M)|WIDTH (M)|GRADE  |
 |        |       |     |         |(% CGP)|
 |----------------------------------------|
 |Q90-1   |8.94   |10.46|1.52     |7.33   |
 |----------------------------------------|
 |Q90-2   |28.68  |30.13|1.45     |10.38  |
 |----------------------------------------|
 |Q90-3   |16.23  |17.84|1.61     |4.09   |
 |----------------------------------------|
 |Q90-4   |9.4    |14.1 |4.7      |3.95   |
 |----------------------------------------|
 |Q90-5   |2      |3.90 |1.90     |2.07   |
 |----------------------------------------|
 |Q90-5   |22.13  |23.25|1.12     |10.52  |
 |----------------------------------------|
 |Q90-6   |32.54  |41.19|8.65     |8.07   |
 |----------------------------------------|
 |Q90-6   |43.47  |44.05|0.98     |3.87   |
 |----------------------------------------|
 |Q90-7   |3.94   |32.54|28.60    |8.07   |
 |----------------------------------------|
 |Q90-8   |1.54   |2.16 |0.62     |14.89  |
 |----------------------------------------|
 |Q90-8   |5.23   |8.05 |2.82     |7.45   |
 |----------------------------------------|
 |Q90-9   |2.05   |3.10 |1.05     |8.47   |
 |----------------------------------------|
 |Q90-9   |5.76   |6.8  |1.04     |10.86  |
 |----------------------------------------|
 |Q90-10  |2.14   |5.54 |3.40     |8.02   |
 |----------------------------------------|
 |Q90-10  |7.03   |7.61 |0.58     |10.59  |
 |----------------------------------------|
 |Q90-10  |8.53   |9.03 |0.50     |15.48  |
 |----------------------------------------|
 |Q90-10  |9.27   |11.24|1.97     |12.37  |
 |----------------------------------------|
 |Q90-10  |14.16  |15.46|1.30     |4.26   |
 |----------------------------------------|
 |Q90-11  |26.82  |34.02|7.20     |4.63   |
 |----------------------------------------|
 |Q90-12  |0.94   |8.53 |7.59     |8.60   |
 |----------------------------------------|
 |Q90-12  |38.16  |43.61|5.45     |3.79   |
 |----------------------------------------|
 |Q90-13  |0.69   |10.28|9.59     |4.64   |
 |----------------------------------------|
 |Q90-13  |40.95  |43.14|2.19     |3.82   |
 |----------------------------------------|
 |Q90-14  |5.56   |7.22 |1.66     |8.12   |
 |----------------------------------------|
 |Q90-15  |2.21   |5.59 |3.38     |9.76   |
 |----------------------------------------|
 |Q90-16  |       |     |         |NSV    |
 |----------------------------------------|
 |Q90-17  |15.48  |18.63|3.15     |8.11   |
 |----------------------------------------|
 |Q90-17  |21.43  |23.67|2.24     |13.29  |
 |----------------------------------------|
 |Q90-17  |36.77  |47.97|11.20    |5.88   |
 |----------------------------------------|
 |Q90-17  |57.15  |58.21|1.06     |9.53   |
 |----------------------------------------|
 |Q90-17  |59.54  |69.82|10.28    |5.99   |
 |----------------------------------------|
 |Q90-18  |10.68  |12.90|2.22     |8.12   |
 |----------------------------------------|
 |Q90-19  |47.80  |49.25|1.45     |9.16   |
 |----------------------------------------|
 |Q90-19  |50.42  |58.49|8.07     |5.72   |
 |----------------------------------------|
 |Q90-20  |13.51  |16.98|3.47     |5.81   |
 |----------------------------------------|
 |Q90-21  |2.80   |4.98 |2.18     |5.56   |
 |----------------------------------------|
 |Q90-22  |17.37  |20.04|2.67     |2.58   |
 |----------------------------------------|
 |Q90-23  |       |     |         |NSV    |
 |----------------------------------------|
 |Q90-24  |1.78   |4.14 |2.36     |3.77   |
 |----------------------------------------|
 |Q90-24  |12.32  |13.09|0.77     |4.20   |
 |----------------------------------------|
 |Q90-24  |16.86  |18.66|1.80     |4.96   |
 |----------------------------------------|
 |Q90-25  |19.69  |21.24|1.55     |3.67   |
 |----------------------------------------|
 |Q90-25  |25.27  |26.65|1.38     |9.66   |
 |----------------------------------------|
 |Q90-26  |       |     |         |NSV    |
 ------------------------------------------

The Company cautions that it has not had the chance to verify the quality and accuracy of the historic sampling and drilling results reported in this news release which predate the introduction of NI 43-101 and cautions readers not to rely upon them. The historic figures were generated from sources believed to be reliable, however, they have not been confirmed. Although the sampling and drilling results are relevant, they have not been verified.

Graphite Market

-The price for flake graphite is $ 2000-$4000 per tonne depending on flake size and grade.

-Graphite prices have been increasing in recent months and over the last couple of years prices for large flake, high purity graphite (+80 mesh, 94-97%C) have more than doubled.

-Graphite prices have almost tripled since 2005 due to the ongoing industrialization of China, India and other emerging economies and resultant strong demand from traditional steel and automotive markets.

-Demand for graphite is expected to rise as electric vehicles and lithium battery technology are adopted, nuclear reactors are built in China, and if fuel cells and graphene patents become products.

-China, which produces about 70 per cent of the world’s graphite, is seeing production and export growth leveling, and export taxes and a licensing system have been instituted.

-Europe and the USA have both indicated graphite is of economic importance and has a supply risk (Critical Raw Materials for the EU, July 2010).

Graphite Facts

-Natural graphite comes in several forms: flake, vein, amorphous and lump.

-Southwestern Quebec is host to some of the most favorable geological terrain for graphite exploration in Canada and is known to host graphite resources, including the nearby Lac Des Iles mine operated by Timcal.

-Graphite has many important new applications such as lithium-ion batteries, fuel cells, and nuclear and solar power that have the potential to create significant incremental demand growth.

-There is roughly 20-30 times more graphite by weight needed to produce a lithium-ion battery than there is lithium.

-Of the 1.2 million tonnes of graphite produced annually, approximately 40 per cent is of the most desirable flake type.

-High-growth, high-value graphite applications require large-flake and high-purity graphite which is the prime exploration and development target at the Quatre Milles Property.

Near-Term Strategy

Lomiko plans to mount an aggressive exploration campaign on the Quatre Milles Graphite Property commencing with a complete compilation of historic geologic work followed by surface mapping, prospecting and follow-up diamond drilling.

Jean-Sebastien Lavallée (OGQ #773), geologist, a Qualified Person as defined by National Instrument 43-101, has reviewed and approved the technical content of this release.

For more information, review the website at www.lomiko.com, contact

A. Paul Gill at 604-729-5312 or email: [email protected]

On Behalf of the Board

“A. Paul Gill”

Chief Executive Officer

We seek safe harbor. Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.

Northern Graphite a step closer to commercial production

Posted by AGORACOM-JC at 10:46 AM on Wednesday, August 29th, 2012

TORONTO (miningweekly.com) – Canadian graphite project developer Northern Graphite this week filed a bankable feasibility study (BFS) for its Bissett Creek graphite deposit, in eastern Ontario, confirming the project’s financial returns sufficient to justify the investment.

The BFS found that Bissett Creek’s production level, when compared with the total market, should enable its successful introduction in the supply of large and extra-large graphite flake products, without impacting the supply-demand relationship and resulting prices, allowing the company to take full advantage of the expected constrained graphite supply dynamic of the current market.

Graphite demand and prices have increased substantially over the past few years as a result of the ongoing modernisation of China and other emerging economies, which has resulted in strong demand from traditional steel and automotive markets. New applications such as lithium-ion batteries, vanadium-redox batteries, fuel cells and nuclear power have the potential to significantly increase demand for the allotrope of carbon.

Northern Graphite said China currently produced about 70% of the world’s graphite and an export tax and a licensing system had been instituted to restrict exports and encourage value-added processing in China. Recently, more legislation was introduced which would make it increasingly difficult to construct new graphite mines in China.

Existing Chinese production was also expected to decline owing to the effects of many years of high grading, the consolidation or elimination of smaller producers, and improvements in labour and environmental standards.

“The recent proposals on new mines are the third major graphite supply-related announcement out of China this year and follow calls for rare-earth-element-type protection from the largest Chinese graphite producer, and the formation of a State-owned amorphous graphite monopoly.

“As a result of the supply-demand situation for graphite, both the European Union and the US have declared graphite a supply critical mineral,” CEO Gregory Bowes said in a statement.

However an analyst told Mining Weekly Online that large economic deposits are rare and right now, most operating mines in North America are small. “We could see the need for 30 to 40 new graphite mines over the next decade,” the analyst said.

FAVOURABLE ECONOMICS

Mining Weekly Online in May reported that Northern Graphite found itself among a handful of miners developing a high-quality graphite project, scheduled for production within the next year or so. The miner planned to open its Bissett Creek project, one of the first new graphite mines to open outside China since the 1990s, by the end of 2013.

The proposed development of the project entails the construction of an openpit mine and a 2 500 t/d processing plant. It would consist of conventional crushing, grinding and flotation circuits, followed by concentrate drying and screening and is based on proven methods and equipment that are widely used in the mineral industry.

The Ottawa-based company planned to build a natural gas pipeline to the site from the main TransCanada pipeline, about 15 km away, to fuel five 1 MW generators that would produce electrical power. Waste heat from the generators would be used to dry the concentrate, resulting in low overall energy costs of $0.079/kWh.

About 97% of the tailings will be non-acid generating.

Over the first five full years of operation a total of 4.2-million tons of ore would be processed at an average head grade of 2.22% graphite to produce an average of 18 600 t of graphite concentrate at 94.5% graphite a year.

About 80% of production would be +80 mesh large flake and half would be XL (+50 mesh) and XXL (+32 mesh) flake.

Cash operating costs will average C$851/t of concentrate over the first five years. Capital costs are estimated at $102.9-million, including a $9.4-million contingency, but excluding any financial assurance relating to reclamation obligations.

Among Northern Graphite’s peers counted Ontario Graphite who was also developing a graphite mine at its Kearney deposit, located in the same region as Northern Graphite’s Bisset Creek, and the Almenara graphite project, being undertaken by Magnesita, an unlisted company in Brazil.

The company’s TSX-V-listed stock traded 5.36% lower at C$1.06 apiece on Tuesday afternoon.

Edited by: Creamer Media Reporter
Source: http://www.miningweekly.com/article/northern-graphite-a-step-closer-to-commercial-production-2012-08-28

Energizer Resources Outlines 100 Million Tonne Footprint of the Molo Deposit with the Completion of Resource Drill Program

Posted by AGORACOM-JC at 9:11 AM on Wednesday, August 29th, 2012

TORONTO, ONTARIO–(Aug. 29, 2012) – Energizer Resources Inc. (TSX:EGZ)(OTCBB:ENZR)(FRANKFURT:YE5) (“Energizer” or the “Company”) is pleased to announce it has received additional assays from its recently completed National Instrument (NI) 43-101 graphite resource drill program on the Molo deposit. The Company is now in a position to outline the prospective deposit size and boundaries, as well as the grade and tonnage.

The Molo deposit is located in the Green Giant Graphite project, and is part of the joint venture (JV) property with Malagasy Minerals Limited in Madagascar. Energizer has a 75% ownership interest and is the operator of the Project.

NI 43-101 Graphite Resource Program Complete

The recently completed drill program will provide the necessary data to complete a National Instrument (NI) 43-101 graphite resource, which will be part of the Preliminary Economic Assessment (PEA) due in Q4 of this year. DRA Mineral Projects, Africa’s largest mine engineering, construction and operations firm, is authoring the PEA Study, while Caracle Creek International Consulting Inc. of South Africa is authoring the resource statement. In total, 41 diamond drill holes over 8,450 metres, and 18 trenches over 2,100 metres were completed during the program.

Drill and Trench Intersections Confirm Large Footprint of Molo

The Company has now received assays for the first 9 (of 41) drill holes, and the first 8 (of 18) trenches completed during the course of the recently concluded resource delineation program. Coupled with the 6 diamond drill holes and 1 trench completed during the December 2011 exploration program, this assay data confirms that the Molo has a very large footprint.

The Molo deposit exists within a folded sequence over a 2 km strike length. In the north, it is between 50 to 60 metres wide then flares to over 500 metres in width. From this point, the graphite deposit tapers down to a width of approximately 250 to 350 metres. Finally, the deposit splits into two ‘arms’ of between 50 and 100 metre widths respectively. A satellite image of the Molo deposit footprint can be viewed on the Company’s website at www.energizerresources.com.

Drill and trench data received to date, as well as mapping, prospecting and geophysical surveying, confirms graphite mineralization at surface, and over an area of at least 250,000 m2. Depth of mineralization has been confirmed by drilling in excess of 300 metres. Based on the size of the Molo footprint, as well as the tenor of mineralization found in the 15 drill holes (9 from 2012 and 6 from 2011) and 8 trenches received to date, the Company is confident of delineating a deposit in excess of 100 million tonnes at an average grade greater than 6% carbon (graphite)…

To view the figure associated with this press release, please visit the following link: http://media3.marketwire.com/docs/EGZ2908_Figure1.pdf.

Assay Results

The drill hole and trenches were designed to delineate the extent of the Molo deposit. The first 3 holes were emplaced to help determine the eastern and western boundaries of the Molo deposit. Diamond drill holes MOLO-12-04 through MOLO-12-09 were drilled to delineate the eastern edge of the deposit.

Trench MOLO-TH-12-03 assayed 7.2% carbon over 413 metres and was emplaced to test the extent of surficial mineralization over the width of the Molo. This trench was extended further to the east. Assays are still pending on this extension. Trenches MOLO-TH-12-04 through MOLO-TH-12-07 were emplaced to test the mineralized width of the northern limb of the Molo deposit, while MOLO-TH-12-08 was emplaced to test the widths of the southern limbs of the deposit.

The table below summarizes the drill and trench intersections. An assay table summarizing all results is also provided on the Company’s website.

DDH From (m) To (m) Length (m) C%
MOLO-12-04 0.8 221 220.2 5.42
MOLO-12-05 10.5 163.6 153.1 6.01
MOLO-12-06 0.5 362 361.5 5.60
MOLO-12-07 1.5 293.5 292 6.48
MOLO-12-08 1.2 212 210.8 6.45
MOLO-12-09 0.2 137 136.8 6.83
Trench From (m) To (m) Length (m) C%
MOLO-TH-12-03 5 418 413 7.20
MOLO-TH-12-04 2 119 117 6.64
MOLO-TH-12-05 22 90 68 6.73
MOLO-TH-12-06 52 118 66 7.49
MOLO-TH-12-07 37 138 101 6.45
MOLO-TH-12-08 86 140 54 7.45
MOLO-TH-12-08 186 296 110 6.70

Targeting Low Cost Production

Energizer’s Molo deposit possesses four key attributes that set it apart from other deposits in the world and position it to be a potential low-cost production model for the industry. These include:

  • An excellent topographical setting. The Molo deposit rests in a flat and semi-arid environment, with no environmental issues. With the deposit immediately at surface, operations can be optimized through little to no stripping requirements and easy access to site.
  • An ideal geographic location. The Molo deposit is uniquely located in the centre of the hub of key graphite demand markets of China, India, South Korea and Japan. Furthermore, the Molo deposit is in close proximity to specialty-finishing battery producers in both Korea and Japan. Currently, China must send almost all of its spherical cut graphite (required for batteries) to both Korea and Japan for specialty coating, which is the final, and very complex, process to produce battery-grade graphite.
  • At 100 million tonnes and an average grade greater than 6% carbon, the Molo would be the world’s largest known single source deposit of high-grade graphite. In addition, the Molo deposit possesses a unique metallurgical characteristic that allows simple mechanical separation of the graphite up to 93% without flotation.
  • Current in-place and serviceable infrastructure for transportation water and power. Confirmed by the PanaAlpina Group, one of the world’s leading intercontinental air and ocean freight supply chain and logistics companies, the in-place infrastructure at Molo will allow for immediate production. Utilizing a now serviceable road structure from site to port, 160km away, there are existing water sources proximal to the Project. Over-the-fence power will be required initially and will be satisfactory until the nearby Sakoa Coal Field (35km away) will upgrade the now serviceable infrastructure to world-class status. Targeted to produce 5 million tonnes of coal on an annualized basis, the Sakoa Coal Field will require significant upgrades to road infrastructure, port infrastructure, and on-sight power plants that Energizer expects to tap into. It is the Company’s understanding that the Sakoa Coal Field is targeting operation between 2015 and 2016.

Energizer believes the Molo’s 100 million tonnes will be required and relevant to what the Company views as the re-emergence of electric vehicles, evidenced in recent news from Ford, General Motors, BMW, Kia, Hyundai, Nissan and Toyota.

Qualified Person

Craig Scherba, Senior Vice President Exploration and Operations for Madagascar, P.Geol., is the qualified person for the technical information provided in this release.

For more information, please visit our website at www.energizerresources.com.

We seek Safe Harbour: This press release may contain forward-looking statements that may involve a number of risks and uncertainties. Actual events or results could differ materially from expectations and projections set out herein.

Contact Information

 

Energizer Resources Inc.
Brent Nykoliation
Vice President of Business Development
Toll Free: 800.818.5442 or 416.364.4911
[email protected]

Energizer Resources Inc.
Kirk McKinnon
Chairman and CEO
Toll Free: 800.818.5442 or 416.364.4911
www.energizerresources.com

Focus Graphite and SOQUEM Commence Their 2012 Kwyjibo Exploration Program-4,000m Drilling Planned

Posted by AGORACOM-JC at 5:01 PM on Tuesday, August 28th, 2012

OTTAWA, ONTARIO–(Aug. 28, 2012) – Focus Graphite Inc. (“Focus” or the “Company”) (TSX VENTURE:FMS)(OTCQX:FCSMF)(FRANKFURT:FKC) and partner SOQUEM Inc. (“SOQUEM”) are pleased to announce the start of their 2012 exploration program at the Kwyjibo Polymetallic Property (the “Property”), located in the Grenville geological region of northeastern Québec.

Some 4,000 meters of exploration drilling is planned with the aim of validating grades, thickness and continuity of the REE-Fe-Cu mineralization in the vicinity of the Josette horizon, where the best drilling intersections were obtained in 2011 such as;

  • Hole 10885-11-57; 2.40% TREO over 48.8 m
  • Hole 10885-11-60; 3.61% TREO over 33.1 m

The Company intends to incorporate the results of the 2012 exploration program into a National Instrument 43-101 compliant resource estimate at the end of the program.

Other work on the property includes line cutting, ground time-domain electromagnetic (TDEM) geophysical surveying, a borehole Pulse-EM survey, and a metallurgical sampling and testing program on different showings.

“Focus Graphite and SOQUEM believe we have made remarkable progress during the last two years at Kwyjibo,” said Focus Graphite President and CEO Gary Economo.

“The indication of higher value heavy rare earths leads us to believe this year’s exploration program will clear the way for subsequent, expanded drilling at key targets at Kwyjibo,” Mr. Economo said.

Focus Graphite Vice President, Exploration, Mr. Tony Brisson, is the Qualified Person, as defined by National Instrument 43-101 and has approved this news release.

Property Location

The Kwyjibo polymetallic Iron-Rare Earth Elements-Copper-(Gold) (Fe-REE-Cu-(Au)) property, totalling 118 mining titles and covering 6,278 hectares, is located several kilometers north of Manitou Lake and 125 km northeast of Sept-Îles, in the Côte-Nord administrative district of Québec. The property is also located 25 km east of the Québec North Shore and Labrador railway line and is accessible by air from Sept-Îles.

Terms of the Agreement

On August 3, 2010, the Company announced the signing of an option agreement with SOQUEM Inc. to acquire a 50% interest in the Kwyjibo property.

Under the terms of the agreement, Focus may acquire a 50% interest in the Kwyjibo property, by spending up to $3 million in exploration work on the property over a period of 5 years of which $1 million must be spent during the first 2 years.

SOQUEM will act as the operator for all exploration work carried out on the property for the first two years of the option period or until the first $1 million in exploration work expenditures have been spent. Focus will then have the option to become operator by paying $50,000 in cash or issuing a block of common shares valued at $50,000.

As of July 31, 2012, Focus has spent approximately $2.98 million on the Kwyjibo project.

About Focus Graphite Inc.

Focus Graphite Inc. is an emerging mid-tier junior mining company, a technology solution supplier and a business innovator. It is the owner of one of the highest-grade (16%) technology graphite resources in the world. The company’s goal is to assume a dominant industry leadership position by becoming the lowest-cost producer of technology-grade graphite. As a technology-orientated enterprise with a view to building long-term, sustainable shareholder value, Focus Graphite is invested in the development of graphene applications and patents through Grafoid Inc.

About SOQUEM

SOQUEM is a wholly-owned subsidiary of Ressources Québec. Ressources Québec, a new Investissement Québec subsidiary, specializing in the mining and hydrocarbon industries; it will consolidate and spur government investment in projects carried out by mining companies and the hydrocarbon sector.

Forward Looking Statements – Disclaimer

This news release may contain forward looking statements, being statements which are not historical facts, and discussions of future plans and objectives. There can be no assurance that such statements will prove accurate. Such statements are necessarily based upon a number of estimates and assumptions that are subject to numerous risks and uncertainties that could cause actual results and future events to differ materially from those anticipated or projected. Important factors that could cause actual results to differ materially from the Company’s expectations are in our documents filed from time to time with the TSX Venture Exchange and provincial securities regulators, most of which are available at www.sedar.com Focus Graphite disclaims any intention or obligation to revise or update such statements.

Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.

 

Source: Marketwire Canada (August 28, 2012 – 4:00 PM EDT)News by QuoteMedia
www.quotemedia.com

Donner Metals: President’s Message to Shareholders

Posted by AGORACOM-JC at 10:23 AM on Tuesday, August 28th, 2012

   Donner Metals: President’s Message to Shareholders
Message du président aux actionnaires

Donner Metals: Message du président aux actionnaires

Northern Graphite Files Bankable Feasibility Study

Posted by AGORACOM-JC at 1:52 PM on Monday, August 27th, 2012

OTTAWA, ONTARIO–(Aug. 27, 2012) – Northern Graphite Corporation (TSX VENTURE:NGC)(OTCQX:NGPHF) is pleased to announce that the bankable feasibility study (“FS”) for its 100% owned Bissett Creek graphite deposit has been filed on SEDAR and is available on the Company’s website. The FS was prepared by GMining Services Inc. with contributions from SGS Canada Inc. (Lakefield-metallurgy), Geostat-resource modelling), Knight Piesold Ltd. (environmental, permitting, tailings management and road infrastructure) and Met-Chem Canada Inc.(process engineering).

The FS concludes that “based on all the engineering studies, cost estimates, price scenarios and economic analyses performed as part of this Feasibility Study, we believe that the financial returns are sufficiently robust to justify the required investment to bring the Bissett Creek Project to commercial production. Its production level, when compared to the total market, should enable its successful introduction in the supply of large and extra-large graphite flake products, without impacting the supply-demand relationship and resulting prices. When well established as a reliable supplier of quality products, Northern Graphite should be in excellent position to pursue a production expansion on the basis of its large resources at Bissett Creek.”

Gregory Bowes, CEO, stated that “There are very few development stage graphite companies and Northern is the only one that has disclosed complete independent, bankable feasibility level confirmation of reserves and resources, capital and operating costs, metallurgy, flake size distribution, carbon content of concentrates, etc.” He added that “While economies in the US, European and Chinese have slowed, the FS has identified a number of immediate, low risk opportunities to increase production and further reduce costs which we believe will offset the effect of softer graphite prices.”

Project Description

The proposed development of the Bissett Creek graphite deposit includes the construction of an open pit mine and a 2,500tpd processing plant. The processing plant will consist of conventional crushing, grinding and flotation circuits followed by concentrate drying and screening and is based on proven methods and equipment that are widely used in the mineral industry. The Company plans to build a natural gas pipeline to the site from the main Trans Canada line, approximately 15 kms away, to fuel five 1.0 MW-generators that will produce electrical power. Waste heat from the generators will be used to dry the concentrate resulting in low overall energy costs of $0.079/kWh. Infrastructure includes upgrading the last 5 kms of access road, site preparation, and tailings facilities. Approximately 97% of the tailings will be non-acid generating.

Over the first five full years of operation a total of 4.2 million tonnes of ore will be processed at an average head grade of 2.22% Cg to produce an average of 18,600 tonnes of graphite concentrate at 94.5% Cg per year. Approximately 80% of production will be +80 mesh large flake and 50% will be XL (+50 mesh) and XXL (+32 mesh) flake. Cash operating costs will average CDN$851 per tonne of concentrate over the first five years. Capital costs are estimated at $102.9 million including a $9.4 million contingency but excluding any financial assurance relating to reclamation obligations. The FS does not include any upgrading to value added products such as spherical graphite for Li ion batteries which sell for significantly higher prices than those used in the FS.

Project Opportunities

The FS has identified a number of significant, low risk opportunities to further enhance project returns including upgrading some inferred resources to indicated, both within and outside the proposed pit, which will increase the grade and production, and further reduce operating costs. In addition, actual graphite production from the pilot plant was approximately 4% higher, and graphite production from eight locked cycle tests was approximately 12% higher, than assayed head grades indicating that the reserve grade is conservative and potentially understated. The Company is planning a review of assay procedures to identify the reasons for the understatement. The Company’s objective is to achieve operating costs of less than $800/tonne.

Qualified Persons

The FS was prepared in accordance with NI 43-101 standards by G Mining Services Inc. Louis Gignac, ing., Nicolas Menard, ing., Antoine Champagne, ing., Ahmed Bouajila, ing., Robert Menard, ing., and Robert Marchand, ing. are the independent “qualified persons” under NI 43-101 who were responsible for preparing the FS on behalf of GMining Services Inc.

This press release has been reviewed and approved by Don Baxter, P.Eng, President of the Company and a non- independent “Qualified Person” under NI 43-101.

The Graphite Market

Graphite demand and prices have increased substantially over the past few years due to the ongoing modernization of China and other emerging economies which has resulted in strong demand from traditional steel and automotive markets. In addition, new applications such as lithium ion batteries, vanadium redox batteries, fuel cells and nuclear power have the potential to create significant incremental demand growth.

China currently produces 70% of the world’s graphite and an export tax and a licensing system have been instituted to restrict exports and encourage value added processing in China. Recently the Chinese government has proposed a set of new rules relating to the size, operational performance, quality and environmental standards for new graphite mines which will make them much more difficult to build. Also, existing Chinese production is expected to decline due to the effects of many years of high grading, the consolidation or elimination of smaller producers, and improvements in labor and environmental standards. The recent proposals on new mines are the third major graphite supply related announcement out of China this year and follow calls for REE type protection from the largest Chinese graphite producer, and the formation of a state owned amorphous graphite monopoly. As a result of the supply/demand situation for graphite, both the European Union and the United States have declared graphite a supply critical mineral.

Northern Graphite Corporation

Northern Graphite Corporation is a Canadian company that has a 100% interest in the Bissett Creek graphite deposit located in eastern Ontario. Northern has established itself as an industry leader with a large flake, high purity, scalable deposit that is located close to infrastructure and has very competitive operating costs. Additional information is available under the Company’s profile on SEDAR at www.sedar.com and on the Company’s website at www.northerngraphite.com

This press release contains forward-looking statements, which can be identified by the use of statements that include words such as “could”, “potential”, “believe”, “expect”, “anticipate”, “intend”, “plan”, “likely”, “will” or other similar words or phrases. These statements are only current predictions and are subject to known and unknown risks, uncertainties and other factors that may cause our or our industry’s actual results, levels of activity, performance or achievements to be materially different from those anticipated by the forward-looking statements. The Company does not intend, and does not assume any obligation, to update forward-looking statements, whether as a result of new information, future events or otherwise, unless otherwise required by applicable securities laws. Readers should not place undue reliance on forward-looking statements.

FOR FURTHER INFORMATION PLEASE CONTACT:

Northern Graphite Corporation
Gregory Bowes
CEO
(613) 241-9959

Northern Graphite Corporation
Don Baxter P.Eng
President
(705) 789-9706

Graphene Could Make Artificial Photosynthesis More Efficient

Posted by AGORACOM-JC at 10:28 AM on Monday, August 27th, 2012

Wonder material graphene keeps surprising researchers with its seemingly limitless power. One of the newest applications for graphene, derived from graphite, is its use as an efficient photocatalyst — a chemical substance or material that accelerates a chemical reaction without being used itself.

In science education, we learned that the well-known photocatalyst chlorophyll captures light and aids photosynthesis, a process used by plants and other organisms to convert light energy from the sun into chemical energy used to fuel the organism’s activities.

A team of scientists from the Korea Research Institute of Chemical Technology have demonstrated that graphene may be able to improve the efficiency of artificial photosynthesis systems by serving as a photocatalyst.

That’s important because artificial photosynthesis systems could potentially produce renewable, non-polluting fuels and chemicals for a wide variety of uses. And until now, producing a solar-to-fuel conversion process has been both challenging and expensive.

Previous studies have experimented with graphene-semiconductor composites such as photocatalysts, but their efficiency was low. The new study used graphene by itself as a photocatalyst, which the researchers then coupled to a porphyrin enzyme.

“The researchers demonstrated that this material could convert sunlight and carbon dioxide into formic acid, a chemical that is used in the plastic industry and as fuel in fuel cells,” a report on the study states. “Tests showed that the graphene-based photocatalyst is highly functional in the visible light regime, and that its overall efficiency is significantly higher than the efficiencies of other photocatalysts.”

Jin-Ook Baeg, one of the researchers and a co-author of the study, said in an interview, “[t]he photocatalyst-enzyme coupled system is one of the most ideal artificial photosynthesis systems that utilize solar energy for the synthesis of various chemicals and fuel.”

Baeg added that the ability to produce solar fuel directly from carbon dioxide has applications related not only to fuel cells and plastics, but also to the pharmaceutical industry.

“As one of the strong practical merits of the system, it also can be used for the production of tailor-made fine chemicals using solar light energy,” Baeg said. “For example, chiral 2-amino-1-arylethanol derivatives are a very important intermediate of many kinds of very expensive chiral drugs. It can be easily synthesized by our photocatalyst-enzyme coupled artificial photosynthesis system simply using solar light energy.”

The hype about graphene and its applications — from desalinating sea water to telecoms to transistors to health — is gaining ground on a daily basis. But the reality is that the material — a one-atom-thick sheet of carbon that is many times stronger than steel and is a good conductor of heat and electricity — is still expensive to make and thus is currently used only in laboratories.

Focus Metals (TSXV:FMS), a diversified Canadian miner, has asserted that Grafoid, its 40 percent partner, is working on a process that will make graphene prices come down. Another miner, Northern Graphite (TSXV:NGC,OTCQX:NGPHF), said this year that it will supply extra-large-flake graphite to Grafen Chemical Industries, with which it also has a deal to develop intellectual property rights regarding graphene application.

In the meantime, a scientist working at the Nano Application Centre in Allahabad, India has synthesized graphene in the laboratory using a new, simple, cheap and time-saving method, Times of India reported, without giving any details on how he produced graphene or what the price implications are.

Source: http://resourceinvestingnews.com/42037-graphene-could-make-artificial-photosynthesis-more-efficient.html

Uranium North Receives Graphite Results for the Amer Lake Project

Posted by AGORACOM-JC at 2:42 PM on Wednesday, August 22nd, 2012

VANCOUVER, BRITISH COLUMBIA–(Aug. 22, 2012) – Uranium North Resource Corp. (“Uranium North” or the “Company”) (TSX VENTURE:UNR) announces that it has received results of a Mineral Liberation Analysis (MLA) of graphite flake size for four samples from its 100% owned Amer property in Nunavut.

Results for the samples indicate graphite occurs predominantly as very fine flake and bleb-like patches finer than 30 micrometres in size within clay-rick shaley material. The average flake or particle size is 5-15 microns, with a width of 0.3 to 0.5 microns. The graphite bearing beds extend for kilometres and to date only four samples recovered by reverse circulation drilling have been analyzed.

The limited amount of sample material tested is not considered amenable to standard recovery and would likely not produce a concentrate of high purity. However, these samples represent a very minor portion of the prospective stratigraphy across the 220 square kilometre basin. More exploration is warranted to identify higher quality zones of graphite on the property.

“The next step for the company is to determine what commercial applications exist for this form of graphite and to identify any companies that might be interested in a deposit with significant size and open pit mining potential,” says Mark Kolebaba, President of Uranium North Resources.

Multiple graphite bearing beds ranging from 15 to 25 metres thick have yielded up to 4.13% graphite (see news release dated May 16, 2012). These beds have been intersected by two reverse circulation drill holes 3.1 kilometres apart as well as a core hole drilled 15 kilometres to the east. The same graphitic units have been identified in three surface outcrop exposures spanning an area of 22 x 10 kilometres.

The graphitic rocks are flat lying and occur in a basin scale stratigraphic unit that is a minimum of 60 metres thick and is expected to extend over a 26 x 8 kilometre area based on geological mapping and drilling.

The Amer Lake graphite was recognized during the company’s uranium exploration program and was investigated as a reducing environment favorable for uranium precipitation. This new graphite discovery increases the attractiveness of Amer property where we have an existing uranium resource with potential to expand.

The project is 70 kilometres from an all season road that is 120 kilometres to sea access.

The samples analyzed by Act Labs in Ontario, Canada. The samples were received as minus 2 mm assay reject samples and riffle split to 200 gram sub samples for MLA sample preparation. Screened at 425 microns (42 Mesh) and the oversize hand crushed to passing 425 micron to generate 100% passing -42 mesh sample. A manual SEM investigation was performed by BSE (Back Scattered Electrons) photomicrographs and verified by Energy Dispersive X-ray Spectrometry.

Bruce Kienlen, P.Geol, and Graham Gill, P.Geo, are Qualified Persons as defined by National Instrument 43-101 reviewing the data in this news release.

On behalf of Uranium North Resources

Mark Kolebaba President and CEO

Forward-Looking Information

This release includes certain statements that may be deemed “forward-looking statements”. All statements in this release, other than statements of historical facts, that address exploration drilling, activities and events or developments that Uranium North Resources Corp (the “Company”) expects to occur, are forward-looking statements. Although the Company believes the expectations expressed in such forward-looking statements are based on reasonable assumptions, such statements are not guarantees of future performance and actual results or developments may differ materially from those in the forward-looking statements. Factors that could cause actual results to differ materially from those in forward looking statements include market prices, exploration successes, and continued availability of capital and financing and general economic, market or business conditions. Investors are cautioned that any such statements are not guarantees of future performance and actual results or developments may differ materially from those projected in the forward-looking statements. The Company does not assume any obligation to update or revise its forward-looking statements, whether as a result of new information, future events or otherwise.

“Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.”

Contact Information

 

Uranium North Resource Corp.
Heather Kays
Corporate Communication
604(484)7120
604(484)7143 (FAX)
[email protected]
www.uraniumnorth.com

Big Flakes Finish First in Graphite: Ron Struthers

Posted by AGORACOM-JC at 10:35 AM on Wednesday, August 22nd, 2012

Flakes are king in the graphite space, where large flake commands a substantial premium. But the path to production can be long and twisted, with many moving parts. Resource and tech investor Ron Struthers met up with The Critical Metals Reportand walked us through the funhouse of graphite investment. Read on to find out which companies look good in every mirror.

The Critical Metals Report: Ron, as a resource and tech-focused investor, you were clued into the graphite investment thesis before Wall Street caught on. How did you approach the market?

Ron Struthers: I was fortunate in that I had been familiar for many years with a graphite deposit in Northern Ontario so I was aware of the mineral’s uses. I first realized the extent of graphite’s potential in late 2010 when prices started to firm up. However, the timing was not right until graphite prices took off, which happened when the market became aware of the mineral’s high carbon purity and the fact that there is a lot more graphite in a lithium-ion battery than there is lithium. High carbon is also used to make graphene, which is finding its way into a lot of high-tech applications. In addition to the big demand for lithium batteries in electric cars, graphene is used in cellphones and other battery-operated tech equipment. That is when I started looking around for other good graphite deposits, and discovered it’s a pretty small market.

TCMR: Of the companies in the graphite universe – which ranges from 12 to 40 companies – how many might succeed?

RS: Over the course of the next 10 years or more, there could be quite a few success stories. However, it takes a long time to get a new mine up and running and with such a small market, one or two new graphite mines could substantially alter the supply-and-demand picture. I would advise investors to stick to companies that can get a new mine up and running sooner rather than later. That would allow the first companies to lock in better prices before other producers increase supply, potentially causing prices to drop off.

TCMR: Gareth Hatch recently echoed your thinking when he cautioned TCMR readers to evaluate the supply-and-demand projections carefully. Will the expected growth in electric vehicles and green energy be enough to support the market?

RS: Yes, I think so. The markets graphite is used for are expanding significantly.

The electric car could be critical. Although we have not yet seen it in the US or Canada on a large scale, electric cars are really big in China, which is now the world’s largest auto market. Some 50 to 100 companies are developing electric cars, electric bikes and electric golf carts. Again, it is such a small market that one or two new graphite mines could create a situation where supply gets ahead of demand for a while and prices come down.

TCMR: If prices come down, would that be a short-term correction while demand catches up to supply or is that an indication of a bubble?

RS: I do not think graphite is a bubble. Longer term, I think we will see much higher graphite prices, along with most commodity prices. I would interpret price drops as a correction.

TCMR: China supplies roughly 70% of the world’s graphite. Would a slowdown in the Chinese economy mean less domestic consumption and as a result have an effect on export prices?

RS: China’s gung-ho approach to electric cars could really boost demand no matter what happens to the economy. And its economy is still growing, although at 5-7% instead of in the double digits. China is also curtailing graphite exports, which might squeeze the market even more. In 2011, a number of Chinese state-owned enterprises were closed to preserve China’s graphite resources. China also imposed a 20% export duty plus a 17% value added tax, and instituted export licensing to ensure more supply stays for China’s domestic economy. This approach to graphite is similar to what it has done with other metals and commodities. China is curtailing exports out of concern for its own long-term supply.

TCMR: Large-flake graphite is more valuable than lead or zinc, which makes flake size a consideration in evaluating a company. Do you focus mainly on flake size, resource size, grade, management, offtake agreements or all of the above?

RS: All of the above are important, but flake size and grade are very important. Flake size is important because you get much higher prices for larger flake. A large-flake graphite mine can command a 50% higher price, maybe more. Today, large flake is fetching prices above $2,500 a ton; more than $1 a pound. You can compare that to the lead and zinc. Grade is always important, because grade will bring down the overall mining costs.

Read Article in its entirety: http://www.resourceinvestor.com/2012/08/22/big-flakes-finish-first-in-graphite-ron-struthers?ref=hp