Olivut Provides Exploration Update

In This Article:

Olivut Resources Ltd.
Olivut Resources Ltd.

TORONTO, Jan. 17, 2025 (GLOBE NEWSWIRE) -- Olivut Resources Ltd. (“Olivut” or the “Company”) (TSXV:OLV) hereby provides an exploration update for the 2024 field program conducted on the Seahorse Project (the “Seahorse Project”).

A mini bulk sample was collected to follow-up previously reported extremely positive results of one macrodiamond of greater than 1mm and 19 microdiamonds found in heavy mineral beach sand concentrates taken from the same area. Several of these previously reported microdiamonds have features that indicate they are fragments of larger diamonds. A drill program is in the process of being planned to test the large main Seahorse geophysical target as well as related targets.

The 2024 mini bulk sample program was carried out simultaneously with the required staking program maximizing logistical benefits. Thus, one hundred and eighty-three (183) samples were collected of +0.5mm to -1.0mm and +1.0mm to -3.5mm beach material. Of these, the budgeted fifty-one (51) samples (averaging approximately 7 kg per sample) of the coarser size fraction were analyzed using caustic fusion by Saskatchewan Research Council (“SRC”). No macro diamonds were recovered. Dilution resulting from wave action is a probable explanation.

Analysis of the remaining 132 samples will not be conducted at this time as drill testing of the main Seahorse target is considered the priority given the previously recovered 19 microdiamonds and the macrodiamond, as well as the presence of relatively large pyrope grains recovered from 2024 caustic fusion.

Ongoing preliminary examination of the 51 sample residues by Dr. Malcolm McCallum and associate in laboratory facilities located in Loveland, Colorado, indicate that these coarse samples contain very few heavy minerals relative to the diamond bearing samples collected in previous field programs that were taken proximally to the main Seahorse target. These 51 samples have been reduced by caustic fusion to generally less than only two grams per sample indicating that the original sample was comprised primarily of diluting lighter, silicate minerals. In contrast, the previous diamond bearing samples were obtained by careful collection of only very fine grained (>95% less than 0.5mm), heavy mineral rich beach sands.

One unscreened 2024 sample (apparently mostly <0.5mm) collected under shallow water and near shore, was analyzed by SRC using Inductively Coupled Plasma (“ICP”). Relative to previous program samples of similar grain size, this sample had relatively elevated levels of potassium, aluminum and sodium which could be expected due to the presence of observed clay minerals. This also supports the probable dilution explanation. Otherwise, the material had similar chemistry to that of previously reported samples containing microdiamonds.