At the W2 Project in the Canadian province of Ontario, PTX Metals (TSXV: PTX, FSE: 9PX, WKN: A0MVNG) has commenced a new drilling program. It is designed for a total length of 5,000 meters and covers the entire project area, with the first drill holes being sunk at the CA1 and AP deposits.
The project launch was preceded by important agreements in metallurgy, geophysics, and infrastructure. PTX Metals assesses these as significantly improving the prospects for drilling. The program is so extensive that it will be divided into several phases.
In the first phase, the already known drilling targets will be further tested. The objective is to improve the resource estimate and to further expand the already identified ore bodies through step-out drilling, which will be conducted within the geologically promising zones.
Within this phase, PTX Metals will therefore focus on improving the understanding of the deposits, determining the precise location of higher-grade ore bodies, and searching for potential enrichments. The potential for possible enrichments within an already identified larger sulfide-bearing envelope is considered particularly high. In addition to drilling, further fieldwork is planned. These will primarily serve to test geophysical targets.
PTX Metals adjusts drilling plans based on new geological findings
Various geological indications that PTX Metals has become aware of in recent months have led to changes in the plans for the new drilling. This results in a new, as yet untested, geological interpretation of the entire W2 Project. It enables the company to more precisely align current and future drilling plans.
The data considered in the planning of the current drilling includes, in addition to historical work and drilling by previous owners, all drilling conducted by PTX Metals. This wealth of more than 120 drill holes, together with the high-resolution magnetic survey conducted this year, the subsequent 3D inversion models, and the electromagnetic surveys, enabled a realignment of the drilling plan.
A compilation of this data with the drilling conducted by PTX Metals shows that the mineralization is primarily located within a deformed, sulfide-bearing, highly magnetic gabbro unit, whose formation was influenced by various structural factors. For PTX Metals, the synthesis of all this data results in a significant reduction in risk when identifying broad mineralized sections and potential massive, localized sulfide zones.
In the coming weeks, PTX Metals therefore has the opportunity not only to expand the already known mineralization through step-out drilling, but also to discover new attractive ore bodies. Investors can therefore look forward to an exciting winter drilling season and interesting drilling results in the first months of the new year.
