Novo Resources Corp. (TSX: NVO) (NVO.WT & NVO.WT.A) (OTCQX: NSRPF) is pleased to report significant assay results received from the current diamond drilling program on RL006587 at the Malmsbury Project, approximately 50 km SSW of the high-grade Fosterville mine in Victoria, Australia.
Novo exercised its option over the Malmsbury Project to earn a 50% interest and the right to earn an additional 10% interest by incurring A$5 million in exploration expenditure over a four-year period1.
“These preliminary, high-grade results from the Malmsbury Project are very promising,” commented Ms. Kas De Luca, Novo’s GM, Exploration. “Following the early success and results from the first 3 holes of this drill program, further work to confirm potential for mineralization extension, including IP and additional drilling, are planned for 2022 and early 2023. We look forward to working with our partner, GBM, to continue advancing the exciting potential of the Malmsbury Project.”
(Figure 1: Location of drill holes MD13 – MD18 from current diamond program on RL006587 with key target gold reefs (red lines) and solid geology. Refer to Appendix 1 for full geology legend.)
Drilling Program 2021 – 2022
Approximately 2,000 m (7 holes, 1 in progress) of a circa 2,650 m planned diamond drilling program have been completed to date at the Malmsbury Project. At the time of writing, gold, and multi-element assays from three of six holes completed have been returned in full. Significant results from these early holes are highly encouraging and include, but are not limited to:
*Interval not closed owing to 0.5 m core loss from 72.9 m – 73.4 m
Table 1 below provides a list of significant intersections (reporting >1 gram metre) using parameters that include a 0.3 g/t Au cut-off and no more than 2 m internal waste for drill holes MD13, MD14 and MD16. Reported intersections for MD14 and MD13 are considered at (or close to) true widths, with exception to the Leven Star Reef intersection in MD13 ca. 32 m – 40 m that will have an oblique component. Reported intersections for MD16 are considered to have an oblique, down-dip component, and thus true widths will have reduced intersections.
(Figure 2: Location of current diamond holes MD13 – MD16 with targets, geology, historic workings, and significant intercepts. Refer to Appendix 1 for detailed geology legend.)
Drill holes MD13, MD14 and MD16 were drilled to target high-grade potential shoot zones and other high-order gold targets, including the Missing Link Gold Reef. In addition, these holes will provide material for metallurgical test-work from the Leven Star mineralization. All three holes were drilled as larger core diameter HQ3 (triple tube method) to provide a bigger sample size and maximise core return. All holes successfully intersected the Leven Star Reef mineralization.
Drill hole MD14 was planned to drill beyond the interpreted Leven Star Reef position to test extensions to the Missing Link and Panama South historic gold reef workings (Figure 2 and 3). Significant gold mineralization within multiple puggy, sulphide rich, sericite altered shears in distinctly bleached sediments from 65 m – 74 m (Refer to Table 1 for significant intercepts), strongly suggest that the Missing Link Reef has been intercepted in this hole, and add a significant strike and down-dip extension to the known extent of this gold reef target.
The Missing Link Reef was also likely intersected in MD13 within similarly bleached and sericite altered sediments from 71 m – 84 m, returning 4 m @ 2.9 g/t Au from 80 m, including a narrow high-grade interval of 0.4 m @ 24.4 g/t Au from 81.2 m, and confirming the high-grade potential for this reef (Refer to Table 1 for additional significant intercepts).
(Figure 3: MD13 cross section highlighting intersection of the Leven Star (upper) and potentially Missing Link (lower) mineralization.)
Drill hole MD16 targeted a complex potential splay and high-grade shoot zone on the Leven Star mineralization where previous historic reverse circulation (“RC”) drilling conducted by GBM intersected 7 m @ 5.4 g/t Au (LSCR015) including 2 m @ 16 g/t Au from 67 m2 (the “GBM Results”) (not verified by Novo), on-section and up-dip from MD16. Three distinct zones of high-grade gold mineralization were returned from MD16, including:
(Figure 4: MD16 Tray 21, 22 & 23. Oxidised upper Leven Star intersection. 6.8 m @ 2.5 g/t Au from 73 m incl. 1.3 m @ 5.6 g/t Au from 73.6 m & 0.9 m @ 8.7 g/t Au from 75.7 m. Limonitic tectonic fault breccia (TBXH). Interval ends in 1.1 m of core loss.)
(Figure 5: MD 16 Tray 39 – 40. Fresh sulphide Leven Star intersection. 14 m @ 6.1 g/t Au from 120 m incl. 7.6 m @ 6.7 g/t Au from 121.9 m & 3 m @ 11.1 g/t Au from 131 m. Silt and fine sand package with abundant arsenopyrite stringers and disseminations throughout becoming moderately silicified in places. Gold values increase with appearance of white quartz stocking at 132 m.)
Reported intercepts for MD16 are interpreted to be oblique. Exact true widths cannot be determined until mineralization trends are remodelled to incorporate the recent results (including the new potential splay zone); however, these are anticipated to be a reduction in the stated intersection widths.
(Figure 6: MD16 cross section highlighting three distinct zones of high-grade gold mineralization associated with a complex high-grade shoot and potential splay zone on the Leven Star trend. MD16 was characterized by east-dipping stratigraphy interpreted to represent the eastern limb of a prospective anticline hinge position located adjacent and to the west of the MD16 collar.)
Drill hole MD17 was designed as a westerly directed, ca. 400 m hole to test the recently discovered Missing Link Monzogranite at depth, in addition to the Missing Link and Hanover West historic gold reefs. This hole aimed to determine the geometry and gold endowment of the intrusion and targeted the monzogranite for its potential as an IRGS, in addition for the potential for orogenic vein style mineralization.
MD17 successfully intercepted the Missing Link Monzogranite between 204 m – 269 m down hole, in addition to a smaller and potentially parallel shallow sub-surface granite dyke interpreted in strongly oxidised material near the collar. Drilling confirms a steep (70 – 80°) east-dipping geometry for the intrusive that widens noticeably at depth. The intrusive is characterized by strong sericite alteration and disseminated sulphides throughout with regular intervals of planar white quartz-sulphide stockwork veining. A distinct 1 m-wide sulphide-shear-breccia within strongly quartz veined sandstone occurs within a metre of the upper granite contact.
Results referred to in this news release are not necessarily representative of mineralization throughout the Malmsbury Project.
Forward Work Program 2022
Diamond drilling continues with the remaining 2 holes on the Drummond Field (farmland) to test between the Queens-Egyptian and O’Connor’s Historic reefs. These holes aim to test the down-dip continuity of the high-grade reefs and constitute the final holes as part of the Phase 1 drilling program at the Malmsbury Project. The program will be completed in the current quarter with final assays anticipated across Q2-Q3 2022.
The work program moving forward will involve a larger second phase of drilling in 2022 – 2023 in addition to an IP survey to help define sulphide rich target zones and enhanced quartz veining within the granite (IRGS) target corridor, in addition to delineating disseminated sulphide haloes around various high-priority gold reef targets. Further expansion of systematic soil geochemistry, mapping and rock chip sampling is also scheduled.
Sampling & Analytic Methodology
Rock chip samples and drill core is assayed at ALS Brisbane using the using four acid digest ore grade 30 g charge fire assay with AA finish (method Au-AA25) and multielement using four acid digest ICPMS (method ME-MS61) after pulverization.
QAQC for rock chip samples was completed at the rate of 3 standards and 3 blanks per hundred samples.
The diamond drill core was sampled by cutting the core in half longitudinally. Samples were cut to geological boundaries or to a preferred length of 1.0 m. The core was halved along the plane of orientation using a diamond saw and the upper half of the core dispatched for analysis and the lower half returned to the core tray in its original orientation. Sampling interval lengths range from 0.3 m up to 1.3 m. Core loss zones greater than or equal to 0.2 m are recorded. Sampling does not cross core loss zones of greater than or equal to 0.3 m. Depending on their relationship to potential mineralization, zones with core loss less than 0.3 m and greater than 0.1 m can terminate a sampling sequence or be included within a sample interval with the percentage of sample recovery recorded. Where core loss cannot be specifically attributed, the percentage of sample recovery is recorded.
All core samples were crushed and pulverised (ALS CRU-21/PUL-23) and sub-sampled for fire assay and multi-element analysis (ALS Au-AA26, ME-MS61).
Drill core duplicates are inserted at a rate of one sample every 25. To produce a duplicate sample, the whole core sample is first cut in half, with half of the core returned to the tray. The other half is then quartered with one quarter used as a primary sample and the other as the duplicate.
Blanks and standards are inserted at a rate of eight samples in 100, with three OREAS CRM standards (OREAS 232, OREAS 239, OREAS 264) and one blank (OREAS C26d) systematically repeated.
No QAQC issues were detected. All relevant data was verified by a qualified person as defined in NI 43-101 by reviewing analytical procedures undertaken by ALS.
Dr. Quinton Hennigh (P.Geo.) is the qualified person, as defined under National Instrument 43-101 Standards of Disclosure for Mineral Projects, responsible for, and having reviewed and approved, the technical information contained in this news release except for the GBM Results. Dr. Hennigh is the non-executive co-chairman and a director of Novo.
Novo operates its flagship Beatons Creek gold project while exploring and developing its prospective land package covering approximately 12,500 square kilometres in the Pilbara region of Western Australia. In addition to the Company’s primary focus, Novo seeks to leverage its internal geological expertise to deliver value-accretive opportunities to its shareholders.
American Lithium Corp. (TSX-V:LI) (NASDAQ:AML) (Frankfurt:5LA1) a... READ MORE
Treasury Metals Inc. (TSX: TML) (OTCQX: TSRMF) is pleased to anno... READ MORE
Results continue to confirm the existence and continuity o... READ MORE
Adventus Mining Corporation (TSX-V: ADZN) (OTCQX: ADVZF) and Salazar Res... READ MORE
Madison Metals Inc. (CSE: GREN) (OTCQB: MMTLF) is pleased to anno... READ MORE