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Battle North Gold Delivers Feasibility Study Results of 50% After-Tax IRR, C$305 Million After-Tax NPV5% and C$419 Million Free Cash Flow for the Bateman Gold Project

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Battle North Gold Delivers Feasibility Study Results of 50% After-Tax IRR, C$305 Million After-Tax NPV5% and C$419 Million Free Cash Flow for the Bateman Gold Project






Battle North Gold Corporation (TSX: BNAU) (OTCQX: BNAUF) announces a positive Feasibility Study1 for the shovel-ready Bateman Gold Project. All references to dollars herein are in Canadian dollars unless otherwise specified. Numbers in tables and diagrams may not add due to rounding.


Bateman Gold Project Feasibility Study Highlights:


Table 1: Economic analysis summary (estimates)


Metrics Gold Price Assumption Per Ounce (“oz”)

(Base Case)

After-tax Internal Rate of Return (“IRR“)(%) 50.3% 86.4%
After-tax Net Present Value2 (“NPV5%“) $305.0 million $531.4 million
After-tax Cumulative Life of Mine (“LOM“)

Free Cash Flow3 (“FCF“), Net of Initial Capital

$418.5 million $698.3 million
FX rate assumption (CAD$/US$) 0.7407 0.7407
NPV5%/Initial Capital ratio 2.8 4.9
Payback period 3.6 years 2.6 years
Remaining tax loss pools after LOM $406.7 million $143.1 million


Table 2: LOM plan summary (Base Case estimates)


Metrics   Total   Per Unit  
Total LOM from Initial Production 8.2 years
Commercial Production period4 (“CP“) 7.0 years
Project construction start to Initial Production 7 months
Project construction and ramp-up to CP (“Pre-CP“) 21 months
LOM ore tonnes milled (including Pre-CP tonnes)(“LOM tonne“) 3,562,572 1,208 tonnes per day (“tpd“)
CP ore tonnes milled (“CP tonne“) 3,314,309 1,315 tpd
Dilution (external and backfill)(%)/mining recovery (%) 16.6%/95.0%
LOM mill head grade5 5.54 g/t Au
Gold recoveries (%)/via gravity (%) 95.0%/43.0%
LOM payable gold production (including Pre-CP oz)(“LOM oz“) 602,987 oz 73,835 oz/LOM year
Payable gold during Pre-CP (“Pre-CP oz“) 47,829 oz
CP Payable gold production (“CP oz“) 555,158 oz 79,308/CP year


Table 3: LOM Capital and Operating Costs Summary (Base Case estimates)


Metrics Total (millions) Per Unit Per Ounce
Capital costs:      
(A)   Initial Capital (including 10% contingency6)(Pre-CP) $109.3
(B)   Pre-CP operating costs $62.5 $252/Pre-CP tonne US$968/Pre-CP oz
(C)   Royalties (3%) and other production taxes7 (Pre-CP) $1.7 $7/Pre-CP tonne US$27/Pre-CP oz
(D)   Proceeds from sale of Pre-CP oz @ US$1,525/oz $98.4
(E)   Net Pre-CP operating cash flow: (D) – (B) – (C) $34.2
Net Pre-CP Capital: (A) – (E) $75.1
Projected Funding Requirement8 (@ US$1,525/oz) $93.2
(F)   Sustaining Capital (CP) $188.8 $27 million/CP year US$252/CP oz
(G)   Total LOM capital expenditures: (A) + (F) $298.1 $37 million/LOM year US$366/LOM oz
Operating costs:      
Mining $336.9 $95/LOM tonne US$414/LOM oz 
Processing $123.9 $35/LOM tonne  US$152/LOM oz 
Site G&A $24.2 $7/LOM tonne  US$30/LOM oz 
(H)   Total LOM operating costs $485.0 $136/LOM tonne  US$596/LOM oz
(I)     Total commercial operating costs (CP): (H) – (B) $422.5 $127/CP tonne US$564/CP oz 
(J)    Royalties (3%) and other production taxes7 (CP) $37.2 $11/CP tonne US$50/CP oz 
(K)   Total Cash Costs (CP): (I) + (J)  $459.7 $139/CP tonne US$613/CP oz 
(L)   All-in sustaining costs9 (“AISC”)(CP): (F) + (K) $648.5 $196/CP tonne US$865/CP oz
(M)   All-in costs (“AIC”): (G) + (H) + (C) + (J) $822.0 $231/LOM tonne  US$1010/LOM oz
Tax loss pools:      
Existing tax loss pools (N) $703.5
Tax loss pools utilized in the LOM plan (O) $296.8
Remaining tax loss pools after conceptual LOM (N) – (O) $406.7


Key Takeaways from the Feasibility Study:


  • The Feasibility Study LOM of an estimated 8.2 years is 2 years longer than the 2019 PEA10 Conceptual LOM.
  • Pre-CP ramp-up period of an estimated 21 months to Commercial Production and anticipated Initial Production commencing an estimated 7 months after construction start, are comparable to the 2019 PEA10 ramp-up timelines.
  • Initial Capital (Pre-CP) of an estimated $109.3 million (inclusive of 10% contingency) and Sustaining Capital (CP) of an estimated $27.0 million per CP year are comparable to the 2019 PEA10 Initial Capital ($101.2 million) and Sustaining Capital ($30.0 million/CP year) estimates, respectively.
  • Early operating cash flow estimate of $34.2 million during the forecast Pre-CP period and application of the Company’s tax loss pools over the LOM plan help drive the estimated after-tax IRR, after-tax NPV5%, LOM FCF and lower the Projected Funding Requirement.
  • The Feasibility Study benefits from more than $770 million in sunk capital including a fully-operational state-of-the-art 1,800 tpd mill, a 730-metre deep shaft and hoisting facility, an existing tailings management facility and more than 14,000 metres of developed mine workings.
  • Excess mill capacity enables the potential to process incremental tonnes from the F2 Gold Deposit along strike and at depth, and at the emerging McFinley and Pen Zone targets.


CEO Comment


Battle North President and CEO George Ogilvie, P.Eng., stated, “I am very pleased to deliver the maiden Feasibility Study for our shovel-ready Bateman Gold Project, which demonstrates the Project’s robust commercial viability as an operating mine in the prestigious Red Lake Gold Mining camp. At a US$1,525/oz gold price assumption, the Feasibility Study estimates LOM Free Cash Flow generation at $419 million, a 50.3% after-tax IRR, a $305 million after-tax NPV5%, C1 Cash Costs and AISC of US$613/oz and US$865/oz, respectively, during the Commercial Production period. There are few stand-alone projects in the world that are as substantially de-risked, with significant infrastructure, with a short timeline to Initial Production, in a safe jurisdiction, as the Bateman Gold Project. The Feasibility Study reflects a purposeful focus on rigor and prudence as the foundation for the prospective construction and operation of the Project. We believe the Feasibility Study is a well-designed, comprehensive plan assembled under the direction of a management team and consultants with successful and extensive underground mine operations experience.”


“I am proud of the Battle North team and the work that has been completed over the last several years to get the Project to this stage. Subject to Board review and approval, we will be tasked with initiating construction and bringing the Project to Commercial Production. We have commenced the development planning for the Bateman Gold Project, including a full risk assessment. We have strategies in place to mitigate ramp-up risks including targeting capital development of at least 9 months ahead of the mine plan, infill drilling the F2 Gold Deposit to 10 m drill centres, creating ramp access to increase shaft capacity, and installing an ammonia reactor in the wastewater treatment plant before operating the mill. Most importantly, we have an operating team with extensive experience in building, operating and turning around underground mines; the collective operating experience of the Battle North team will be a significant factor in ultimately achieving a successful ramp-up to Commercial Production.”


“We currently have $55 million of cash on our balance sheet that is dedicated to fund the development capital of the Project. We are also in advanced discussions with lenders to secure a debt facility to fund the remaining development capital and achieve a fully-funded Project.”


“Battle North is now well-positioned for near-term and long-term success: the Bateman Gold Project is poised for prospective development to Commercial Production, the Company is on track to deliver NI 43-101 Mineral Resource estimates at the McFinley and Pen Zones within the next six months, and we have commenced a regional exploration program of our Red Lake Properties. We are very pleased to have reached this important milestone for our shareholders, our employees, the community of Red Lake, and all of our other stakeholders.”


Underground Development: The Key to Successful Mining


The Project benefits from more than 14,000 m of extensive developed mine workings and related site infrastructure. The Project has an operational shaft down to 730 m below the surface, with loading pockets located at the 337 m and 685 m Levels. Most of the existing underground development, including lateral development, a partially completed ramp system, waste/ore passes, and ventilation raises, are located between 122 m and 305 m Levels.


The Feasibility Study contemplates an estimated 36,657 m of underground waste development (28,123 m lateral, 6,839 m ramp, and 1,695 m vertical) throughout the LOM plan. The increase in underground development metres compared to the 2019 PEA10 is attributed to higher estimated ore tonnes in the Feasibility Study LOM mine plan and additional lateral development to access the stopes as a result of additional engineering. The Feasibility Study contemplates an estimated 8,562 m of underground waste development, including raises for ventilation and a ramp to surface, for the 21-month Pre-CP period. The Pre-CP underground development metres are anticipated to provide access to an estimated 40 to 50 working stopes and up to 9 months of development flexibility ahead of mining, before Commercial Production is forecast to be declared. The Feasibility Study contemplates the use of contractors during the Pre-CP development with a transition to an owner-operated team during CP. The Feasibility Study assumes peak development rates of 24 m (or ~6 rounds) per day, with an average of 18.2 m (~5 rounds) per day LOM. Please see Diagram 1 for LOM underground development plan contemplated by the Feasibility Study.


Mining and Stope Information: A Robust Bulk Mining Operation


The Feasibility Study contemplates mining 403 stopes comprising more than an estimated 3.5 million tonnes of ore over the estimated LOM. Based on a US$1,375/oz gold price assumption, the stope shapes were designed using a blended 3.41 g/t Au mining cut-off grade (including Cut-and-Fill Talc stopes, where a 5.0 g/t Au mining cut-off grade was applied). The Company and its consultants identified an additional 100 stopes that fall below the 3.41 g/t Au mining cut-off grade assumed in the Feasibility Study (and are therefore not included) which could potentially be included in a future LOM plan with further engineering, infill diamond drilling, and utilizing a lower mining cut-off grade (based on a higher gold price assumption). The Feasibility Study reflects extensive geo-mechanical and geo-technical analysis towards the stope design and underground development planning, resulting in smaller average stopes sizes that require additional underground development metres when compared to the 2019 PEA10.


Four mining methods are contemplated by the Feasibility Study: Sub-Level Longhole (bulk mining, 64% LOM tonnes), Uppers (bulk mining, 16% LOM tonnes), Mass Blasting Raise Mining (“MBRM“) (bulk mining, 13% tonnes) and C&F (selective mining, 7% tonnes). Table 7 provides additional detail on these mining methods as contemplated by the LOM plan in the Feasibility Study. The amenability of Sub-Level Longhole and Uppers mining methods was demonstrated during the test trial mining program in 201811. An opportunity for the Project is the potential to expand the use of MBRM due to its minimal use of sub-level development and the ability to mine narrow widths (down to 1.2 m).


The Feasibility Study contemplates that mined ore will be mucked from the stope draw point, transported to Level re-mucks where it will be loaded into trucks for haulage to surface or to the 610 m Level truck dump/grizzly prior to being skipped to surface and stockpiled. Prior to mill processing, the stockpiled ore would be sent to the primary surface crusher and crushed to a size minimum size of 150 mm (or 6-inch minus), the optimal feed for the Semi-Autogenous mill.


The Feasibility Study estimates total LOM payable gold production of 602,987 oz over a period of 8.2 years, of which 47,829 ounces of production is estimated during the 21-month Pre-CP ramp-up period. Annual production during CP averages an estimated 79,308 oz per year over the 7-year CP period. Please see Diagram 2 for the LOM production profile under the Feasibility Study.


Mill Processing and TMF: Benefiting from Substantial Surface Infrastructure


The Project has an operational mill processing facility at site. The main components of the Project mill are a SAG grinding unit, Knelson gravity concentrators, a ball mill, and the carbon-in-leach circuit. The Project mill has an estimated top-end capacity throughput of 1,800 tpd at the current configuration with minor upgrades. Prospective further capital upgrades (primarily installing an additional ball mill) could potentially expand mill capacity up to an estimated 2,500 tpd. During the 2018 bulk sample processing program11, the existing Project mill achieved an average throughput of 1,540 tpd (based on a 22-hour mill availability) and gold recoveries of 95.1% (43.2% from gravity); the Feasibility Study assumes similar mill recovery estimates.


The Feasibility Study contemplates a 21-month ramp-up period to Commercial Production4, which commences in Year 1 of the LOM financial model in the Feasibility Study (See Table 8 for LOM financial model). The LOM plan in the Feasibility Study forecasts commencement of stockpiling ore shortly after the start of construction, with processing of stockpiles forecast to commence after 7 months of the Pre-CP period (i.e., in Year -2 stub year). The Feasibility Study assumes an application to amend the Project permits to a higher throughput rate of 1,800 tpd during the Pre-CP period in order to be able to operate above 1,250 tpd from Year 2 of CP.


The Project currently has an existing TMF and operating water treatment plant. The Feasibility Study includes the expansion of the TMF and addition of an ammonia treatment unit to the current water treatment plant.


Capital and Operating Costs Estimates


Please see Table 3 for a summary of the Feasibility Study capital and operating costs estimates. Please see Table 4 for more details on the Initial and Sustaining Capital estimates in the Feasibility Study.


Capital Costs


The Feasibility Study estimates total LOM capital expenditures are to be $298.1 million, comprised as follows:


  • Initial Capital (Pre-CP) – $109.3 million: Initial Capital represents expenditures during the 21-month ramp-up to CP, including a 10% contingency6. The Feasibility Study applies estimated contractor rates during the Pre-CP period with a transition to estimated owner-operator rates when Commercial Production is achieved.
  • Sustaining Capital (CP) – $188.8 million, or $27.0 million per year of CP: Sustaining Capital represents expenditures incurred from the declaration of Commercial Production to the end of the estimated LOM, inclusive of estimated closure costs and net of salvage value estimates.


Table 4: LOM Capital Costs estimates


Capital item   Pre-CP
Underground development and infrastructure $55.7 $124.7
Equipment lease $5.4 $50.3
Surface and mill (including TMF, water treatment, crushers, camp upgrades, buildings, etc.) $34.1 $13.7
EPCM Team $3.6  
Closure costs $7.7
Salvage   ($7.6)
Contingency (10%) $10.5
Total Initial Capital $109.3
Total Sustaining Capital $188.8
Total LOM capital expenditures $298.1
Pre-CP Production  
Pre-CP operating costs $62.5
Royalties and other production taxes7 $1.7  
Proceeds from sale of Pre-CP oz @ US$1,525/oz $98.4
Net Pre-CP operating cash flow $34.2
Net Pre-CP Capital $75.1
Projected Funding Requirement8 $93.2


The largest component of the LOM capital costs estimated in Feasibility Study are underground development expenditures. Including indirect costs, the Feasibility Study estimates that the average cost per underground development metre ranges between $5,000 to $6,000 per metre for lateral and ramp development. The Feasibility Study assumes equipment lease financing of the mining fleet throughout the LOM plan. The estimated increase in the Initial Capital “Surface and mill” segment compared to the 2019 PEA10 can be explained by the contemplated expansion of the TMF. The increase in the Initial and Sustaining Capital “Underground development and infrastructure” segment compared to the 2019 PEA10 is explained by the increase in estimated ore tonnes in the LOM plan and contemplated increase in underground development metres as a result of the geo-mechanical and geo-technical analysis.


Operating Costs


The Feasibility Study’s operating costs estimates during CP contemplate predominantly owner-operated rates. The largest component of operating costs is labour, which accounts for approximately 50-60% of the total costs. The predominant deployment of productive bulk mining methods in the LOM plan has translated into CP operating cash costs of $139 per tonne or US$613 per ounce, respectively. Please see Table 3 for a summary of the Feasibility Study’s operating costs estimates and Table 7 for the estimated cost per tonne of each mining method contemplated in its LOM plan.


Tax Loss Pools, Royalties, and Other Production Taxes


The Company currently has approximately $704 million of tax-deductible pools, tax losses, and tax credits available for deduction during CP. In the Feasibility Study, application of these tax loss pools is estimated to result in the payment of no income taxes against the estimated LOM net income generated by the Project under Base Case assumptions (see Table 6) and improve estimated LOM FCF by approximately $132 million. The Feasibility Study estimates that Battle North would have $407 million of unused federal and provincial tax loss pools at the end of the LOM Base Case economic assumptions. In the current gold price environment, it is projected that the $704 million of tax loss pools will be depleted during LOM plan.


The mineral claims that comprise the Project’s F2 Gold Deposit are subject to a 3% NSR (2.0% NSR payable to Franco-Nevada; 1.0% NSR payable to Royal Gold). Other production costs include estimated LOM community payments.


Feasibility Study Mineral Reserve and Mineral Resource Estimates


The Mineral Reserve and Mineral Resource estimate for the Project in the Feasibility Study is based on a 3.41g/t Au mining cut-off grade (except for C&F stopes, which are based a 5.0 g/t Au). See Table 5 for further details.


Table 5: Feasibility Study Mineral Reserve and Mineral Resource Estimate



Category Quantity (tonnes) Grade (g/t Au) Contained Gold (oz)
Proven Reserve 339,227 5.76 62,830
Probable Reserve 3,223,337 5.52 572,009
Total Reserves 3,562,565 5.54 634,838
Measured (M) 391,000 6.50 81,700
Indicated (I) 1,115,000 7.49 268,600
M + I Resource 1,506,000 7.24 350,300
Inferred Resource 1,303,000 6.50 272,200

·       Effective date is September 7, 2020.

·       The Feasibility Study Mineral Reserve estimates uses a break-even blended economic mining cut-off grade of 3.41 g/t Au based on assumptions of a gold price of US$1,375/oz, an exchange rate of US$/C$0.76, mining cash costs of $98/t, processing costs of $25/t, G&A and other (including exploration, refining, transport, and royalty costs) of $30/t, and mining recovery of 95%.

·       The Feasibility Study Mineral Resource estimates use a break-even economic cut-off grade of 3.0 g/t Au based on assumptions of a gold price of US$1,400/oz, an exchange rate of US$/C$ 0.74, mining cash costs of C$97/t, processing costs of C$33/t, G&A of C$18/t, sustaining capital C$20/t, refining, transport and royalty costs of C$59/oz, and average gold recoverability of 95%.

·       Reported from within an envelope accounting for mineral continuity.

·       All figures are rounded to reflect the relative accuracy of the estimates and totals may not add correctly.


The Feasibility Study Mineral Reserve and Mineral Resource estimate is entirely within the F2 Gold Deposit of the Project. The high-titanium basalt units represent the main host rock for gold mineralization, followed by the Felsic Intrusive Units. A small proportion of mining contemplated by the Feasibility Study is planned in the Ultramafic/Ultramafic Talc Units. The near-vertical orientation of the deposit and strong competency of the High-Ti Basalt Units are expected to mitigate external dilution, as was previously demonstrated by during the 2018 test trial mining program11. The F2 Gold Deposit remains open at depth and along strike.


Economics, Cash Flow Model and Valuation Sensitivities


The Feasibility Study demonstrates robust after-tax IRR and NPV5% estimates of 50.3% and $305.0 million, respectively, and LOM FCF (net of Initial Capital) of $418.5 million, using a Base Case gold price assumption of US$1,525/oz LOM. At US$1,900/oz, which is close to current spot prices, after-tax IRR, NPV5% and LOM FCF (net of Initial Capital) estimates increase significantly to 86.4%, $531.4 million, and $698.3 million, respectively. Please see Table 8 for the Feasibility Study LOM financial model. Please see Diagram 3 for an illustrative chart of the Feasibility Study’s estimates of Annual and Cumulative LOM FCF at US$1,525/oz and US$1,900/oz gold prices, respectively.


Sensitivities of the Feasibility Study estimates for Project after-tax IRR and NPV5% are provided for gold price and CAD/USD exchange rate estimates in Table 6 below. Other such sensitivities under different scenarios for LOM grade, throughput, capital and operating costs are provided in Diagram 4.


Table 6:  Gold Price and CAD/USD Exchange Rate Sensitivities – After-Tax IRR (%) and NPV5% ($millions)





Gold Price (US$/oz)
US$1,200 US$1,325 US$1,400 US$1,525

Base Case

US$1,600 US$1,700 US$1,900 US$2100
0.84 6%/$9 17%/$19 23%/$121 34%/$191 40%/$233 48%/ $289 64%/ $400 82%/ $510*
0.80 12%/42 23%/$116 29%/$160 40%/$233 46%/$277 55%/ $336 73%/ $454 91%/ $552*

Base Case

20%/$100 32%/$178 39%/$226 50%/$305 57%/$352 67%/ $416 86%/ $531* 107%/ $622*
0.70 27%/$143 39%/$227 46%/$278 59%/$361 66%/$412 76%/ $479 98%/ $582* 120%/ $677*
0.66 34%/$192 47%/$281 55%/$335 68%/$423 76%/$477 87%/ $535* 110%/ $637* 135%/ $737*
*Scenarios where entire the $704 million of tax loss pools are depleted        


Implementation Plan: Mitigating Risks During Ramp-Up to CP


A construction decision on the Project remains subject to ongoing review and, ultimately, approval by the Company’s Board of Directors. However, in the interim, Battle North will be working to develop an implementation plan for development of the Project as contemplated by the Feasibility Study. The Company understands that bringing development-stage projects to Commercial Production entails numerous risks and, therefore, will also be focused on mitigating such associated risks and potential issues including those related to the construction of an underground mine and ramp-up to Commercial Production. Some of these risk mitigation factors and strategies are outlined below:


  • Grade control and mine plan execution:
    • In 2018, the Company successfully test mined (utilizing sublevel longhole and uppers mining methods) and processed more than 35,000 tonnes of bulk sample material at the Project11, demonstrating a positive reconciliation with respect to grade, tonnes, and ounces, respectively, compared to block model estimates, providing confidence in the geological interpretation and Mineral Resource estimation.
    • The July 2020 Measured and Indicated Mineral Resource estimates12 were drilled, on average, at 8 m and 19 m centres, respectively, and formed the basis for the Feasibility Study Mineral Reserve and Mineral Resource estimates. The Feasibility Study contemplates additional stope definition drilling on 10 m centres to define correspondingly more accurate stope grade estimates prior to mining.
    • Implementing systems to reduce ore re-handling and comingling with waste, and incentivizing mine crews to meet grade targets rather than tonnage targets.
    • Underground waste development during Pre-CP of an estimated 8,562 m period is anticipated to provide up to 9 months of stope development ahead of the mining and access to an estimated 40-50 additional stopes.
    • Reasonable unplanned and backfill dilution averaging 16.6% and mining recovery of 95%. These estimates are supported by actual test mining of the deposit that achieved 8.7% unplanned external dilution during the 2018 test trial mining program11.
  • Capital expenditures and scheduling:
    • Substantial and fully-operational existing infrastructure reduces construction risk and scheduling complexities, shifting primary focus to other areas of construction and development.
    • Majority of the estimated Initial and Sustaining Capital is underground development, where there is extensive and recent experience in managing ground conditions, development crews and costs.
    • Connection of the underground ramp to surface would create a second means of access to the underground to transport personnel and equipment, and allow the existing shaft to focus on moving ore and waste.
    • Activate Battle North’s existing worker camp to host workforce ramp-up and contractor requirements.
    • Gradual 21-month ramp-up to Commercial Production, with potential to increase daily development rates with additional mining crews.
  • Mill recovery rates and managing TMF ammonia levels:
    • The Project’s existing state-of-the-art 1,800 tpd mill achieved 95% recovery (43% from gravity) during the 2018 bulk sample processing program11 and has processed more than 100,000 tonnes of material since 2015.
    • An ammonia reactor is anticipated to be installed at the Project’s wastewater treatment plant to treat ammonia in the effluent early on during the construction period prior to operating the mill.
  • COVID-Related Measures:
    • The Project has already implemented a comprehensive risk management plan which includes the following measures:
      • Continuing to practice social distancing and supplying employees with additional PPE, sanitizers, and cleaners.
      • Conducting temperature checks prior to site entry and implementing a rapid COVID testing protocol is in the works.
      • Pre-screening measures before visiting site and crew segregations within the camp.
      • For additional safety measures already in place, please review the Company’s March 23, 2020 news release available on the its website or under the Company’s profile on SEDAR
  • Management and Project Team Experience:
    • The Battle North team has significant construction, operating and turnaround experience in challenging underground mines around the world including the Witwatersrand basin in South Africa, Northern Ontario mining camps (Sudbury, Timmins, Kirkland Lake, and Red Lake), Northern Manitoba, Val d’Or mining camp in Quebec, Northern New Brunswick, Northern Saskatchewan, and in Newfoundland.


Optimization Opportunities


Battle North has identified the following opportunities to enhance the Feasibility Study, which the Company will evaluate in due course:


  • Conduct a cost/benefit analysis of a lower mining cut-off grade with a higher gold price assumption, which could potentially add profitable stopes into the LOM plan.
  • Infill and step-out drilling of Inferred Mineral Resource estimates and Explore Target areas13 including the McFinley and Pen Zones, as potential sources of future incremental mill feed.
  • Analyze the expanded use of MBRM to lower mining costs.
  • Expanding the contemplated fleet of electric and/or battery operated underground mobile equipment (e.g. haul trucks) to reduce long-term emissions and ventilation requirements.
  • Hiring additional mining crews to expedite the advancement of the underground development and, in turn, timeline to Commercial Production.


The Path Forward


  • File an updated Technical Report for the Project reflecting the Feasibility Study on within 45 days of this news release.
  • Secure financing to address the currently unfunded Projected Funding Requirement.
  • Construction decision.
  • Staff and mobilize the Battle North EPCM team.
  • Deliver Mineral Resource Estimates at McFinley and Pen Zones in Q4/20 and Q1/21, respectively.


Permitting, Consultation, Closure and Rehabilitation


The Company will qualify for the material permits required for an average production rate of 1,250 tpd upon the successful implementation of an ammonia treatment upgrade to the Project’s water treatment system and the installation of sceptic field bed systems throughout the site. At a future juncture, Battle North will evaluate the permit amendments required for the increased projected production rate. The Company believes the increased production rate envisaged in the Feasibility Study will not materially increase the surface area of the Project site, which could potentially simplify the permit amendment and associated consultation processes.


Rehabilitation measures have been designed using a precautionary approach targeting the long-term physical and environmental stability of the site in accordance with applicable legislation and the associated First Nations’ consultation process. The rehabilitation measures are intended to return the site to a productive land use that will not require long-term care and maintenance. The Feasibility Study estimates the end of LOM rehabilitation costs to be $7.7 million, offset by an estimated salvage value of material site assets at closure of $7.6 million.


The Company is continuing consultations with the impacted First Nations communities, and local municipalities. Battle North currently has Exploration Agreements in place with those First Nations communities and expects to commence IBA discussions soon.


Consultants and Technical Report


The Feasibility Study was conducted by T. Maunula & Associates Consulting Inc. a consulting practice independent of the Company. Since 2017, TMAC has worked closely with Battle North on its Mineral Resource estimation and its 2019 PEA10. The Company plans to file an updated technical report for the Project reflecting the Feasibility Study, prepared in accordance with National Instrument 43-101 of the Canadian Securities Administrators (“Technical Report“), on within 45 days.


Qualified Persons and Quality Assurance and Quality Control


The content of this news release (other than tax matters) has been read, verified and approved by Michael Willett, P.Eng., Director of Projects and Isaac Oduro, P.Geo., Manager of Technical Services for Battle North, as well as Andrew Mackenzie, P.Eng. and Tim Maunula, P.Geo. for TMAC, both of whom are independent from the Company. All are Qualified Persons as defined by NI 43-101.


Underground drilling was conducted by Boart Longyear Drilling of Haileybury, Ontario and was supervised by the Battle North exploration team. All assays reported are uncut unless otherwise stated. All samples reported herein were performed by SGS Mineral Services of Red Lake, Ontario. All NQ core assays reported were obtained by fire assay with AA-finish or using gravimetric finish for values over 10.0 g/t Au.


Intercepts cited do not necessarily represent true widths, unless otherwise noted, however drilling is generally intersecting interpreted mineralized zones at angles between -30o and +30o. True width determinations are estimated at 65-80% of the core length intervals for the 305 m Level drilling, and estimated at 75-95% of the core length for the 610 and 685 m Level drilling. Battle North’s quality control checks include insertion of blanks, standards and duplicates to ensure laboratory accuracy and precision.


About Battle North Gold


Battle North Gold is a Canadian gold mine developer led by an accomplished management team with successful underground gold mine operations, finance, and capital markets experience. Battle North owns the significantly de-risked and shovel-ready Bateman Gold Project, located in the renowned Red Lake gold district in Ontario, Canada and controls the strategic and second largest exploration ground in the district. Battle North also owns a large gold exploration land package on the Long Canyon gold trend near the Nevada-Utah border in the United States. Battle North’s shares are listed on the Toronto Stock Exchange (BNAU) and the OTCQX markets (BNAUF). For more information, please visit our website at


Table 7: Mining methods contemplated for the Feasibility Study LOM Plan (Base Case estimates)



Metrics Sub-Level
Uppers MBRM C&F (Ultramafic
(“UM“) Talc)
C&F (High-Ti Basalts,
Felsics, UM)
Tonnes 2,270,291 584,990 465,805 227,212 14,266
LOM tonnes (%) 63.7% 16.4% 13.1% 6.4% 0.4%
Total stopes 141 141 52 63 6
Average stope size (tonnes) 16,101 4,149 8,958 3,607 2,378
Average dimensions (m)
40/5/24 16/5/19 42/4/22 16/4/16 10/5/16
Total dilution (%)13 17% 15% 16% 20% 14%
Average diluted grade
(after dilution & mining-loss)
5.45 g/t Au 5.40 g/t Au 5.30 g/t Au 7.24 g/t Au 6.92 g/t Au
Mining cost per tonne
(including indirect costs)
$79 $88 $111 $234 $139
Typical productivity rates for
these mining methods (tpd)
510 260 600 140 140



Table 8: Feasibility Study LOM Cash Flow Model (Base Case estimates) ; Pre-CP = Years -2 (9 month stub year) & -1; CP = Years 1 to 7; Mine closure and salvage = Year 8 (CNW Group/Battle North Gold Corporation)


Diagram 1: Feasibility Study LOM Development plan – Looking North (CNW Group/Battle North Gold Corporation)


Diagram 2: Feasibility Study LOM Annual Production, Mill Head Grade, Capital and Operating Costs Profile (Base Case estimates) (CNW Group/Battle North Gold Corporation)


Diagram 3: Feasibility Study LOM Annual and Cumulative FCF Profile at Gold Price Scenarios of US$1,525/oz and US$1,900/oz (CNW Group/Battle North Gold Corporation)


Diagram 4: Sensitivity Graphs – Impact of changes in LOM Capital Costs, Operation Costs, Throughput, and Grade on After-Tax IRR and NPV5% (CNW Group/Battle North Gold Corporation)


Posted October 21, 2020

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