Visit our Pavilion 1323 at the PDAC March 1 to 4, 2020

Quantec is celebrating 20 Years of supplying Deep Earth Imaging to the mining industry.

Our full team of experts will be there to answer questions about how our leading imaging technologies can help your exploration efforts.

Dec 3 – 6, 2019

Visit our booth #659, to discuss your exploration targeting. Ben St-Onge, geoscientist and Rob Gordon, geophysicist will be on hand.

September 17, 2019, Vancouver, B.C.: VR Resources Ltd. (TSX.V: VRR, FSE: 5VR; OTCBB: VRRCF), the “Company”, or “VR”, is pleased to provide an update for its Ranoke copper‐gold property in Ontario.
 IP chargeability anomaly: A TITAN24 DCIP induced polarization survey confirms a broad IP chargeability anomaly 1.1 kilometres across within the high‐density gravity anomaly at Ranoke;

VR completed three test lines of TITAN24 DCIP (Quantec Geoscience Ltd., Ontario) over the 2.5 mgal, high density gravity anomaly roughly 4 km across at Ranoke (see news release dated August 21, 2019). The
purpose of the IP survey is to test for chargeable sulfide minerals within the gravity anomaly.

From VR’s CEO Dr. Michael H. Gunning “this survey confirms the potential that a copper sulfide – bearing iron oxide breccia pipe is the root cause of the gravity anomaly at Ranoke. We are grateful for the technical expertise and diligence demonstrated by the field crew and technical services group at Quantec for their extended work on the design, execution and interpretation of this TITAN24 survey because the resultant anomaly adds a key focal point for our copper‐gold targeting within the large gravity anomaly. The sulfidebearing hematite hydrothermal breccia discovered to the south of the property is from an area with published alluvial gold occurrences, and the rock sample in Figure 3 provides our shareholders with a tangible potential analogue for the copper‐gold iron oxide breccia pipe we are targeting at Ranoke. We look forward to providing further updates as our work advances towards a first‐pass drill program.”

(Sept 16-20)

Robert Gordon recently presented “Emerging deep penetrating technologies for Exploring under cover”.

Visit “Reference” section on website to download the presentation and abstract.

Correlations in geological model and Titan 24 DCIP_MT at the Bolivar skarn mineralization, Mexico

Download Presentation

Toronto, Ontario – January 7, 2019 – Magnetic geophysics, Magnetotelluric (“MT”) geophysics and Gravity geophysics all support the potential that a large target at depth could be a massive sulphide body similar in area to the Sullivan Zinc-Lead massive sulphide deposit located 35 km north of PJX Resources’ 100% owned Vine Property near Cranbrook, British Columbia, Canada.

Highlights

  • Recent Three-Dimensional (“3D”) Modeling of Magnetic data has identified a magnetic signature that appears to correlate with a large conductive MT anomaly announced in December 2018. (see 3D images of MT and Magnetic Models http://pjxresources.com/wp-content/uploads/2019/01/pjx-vine-mt-mag.jpg)
  •  The large conductive MT anomaly can be traced for 800 metres (m) horizontally along strike. The sub-vertical MT anomaly starts at about 600 m deep and can be traced down dip to the west to a depth of at least 2 kilometres (km).
  •  Two-Dimensional Modelling of gravity data suggests the potential for large dense bodies of massive sulphide at depths similar to the MT and magnetic anomalies.
  •  The anomalies appear to occur above the Moyie fault and adjoining fault splays. Anomalous zinc and lead mineralization have been intersected above these faults, in holes drilled up dip and on strike with the anomalies.

“The addition of a magnetic signature to the large target at depth identified by MT and gravity geophysics strengthens the potential for massive sulphide mineralization on the Vine Property.” states the President and CEO of PJX, John Keating. “Each geophysical technique can be used to identify massive sulphides, however it is not often that we see all 3 correlate with the same target.”