Mr. Tim Moody reports

PAN GLOBAL INTERSECTS 1.6% COPPER OVER 9.7 METERS CONFIRMING CONTINUITY OF LA ROMANA COPPER-TIN-SILVER DISCOVERY OVER 1.4KM

Pan Global Resources Inc. has released results for nine new drill holes from the La Romana copper-tin-silver (Cu-Sn-Ag) discovery in the company's 100-per-cent-owned Escacena project in the Iberian pyrite belt, southern Spain. The drill holes are part of a 25-hole program aimed at delineating the western extension of the La Romana deposit.

The significance of these drill results:

• The near-surface copper mineralization is extended more than 50 metres west and is now continuous for a total strike length of 1.4 kilometres, remaining open for further expansion along strike to the northwest and down-dip.
• A new higher-grade (1-per-cent-plus copper) sector has been identified with grades ranging as high as 7.7 per cent copper over 1.7 m. This mineralization is coincident with a 290 m by 90 m down-hole electromagnetic (DHEM) target, providing a strong guide to potential extensions for future drilling.

Drilling highlights:

• LRD173: 9.7 m at 1.69 per cent copper equivalent (CuEq) (1.61 per cent Cu, 0.02 per cent Sn and 3.8 grams per tonne (g/t) Ag) from 99 m, including 5.7 m at 2.70 per cent CuEq (2.58 per cent Cu, 0.03 per cent Sn and 6.2 g/t Ag);
• LRD177: Eight m at 1.48 per cent CuEq (1.21 per cent Cu, 0.10 per cent Sn and 1.5 g/t Ag) from 55 m, including 3.4 m at 2.85 per cent CuEq (2.72 per cent Cu, 0.04 per cent Sn and 3.2 g/t Ag);
• LRD179: 18.1 m at 0.65 per cent CuEq (0.61 per cent Cu, 0.01 per cent Sn and 1.5 g/t Ag) from 108 m, including 6.1 m at 1.50 per cent CuEq (1.42 per cent Cu, 0.02 per cent Sn and 3.5g/t Ag);
• LRD172: 12 m at 0.74 per cent CuEq (0.60 per cent Cu, 0.05 per cent Sn and 1.4 g/t Ag) from 76 m, including six m at 1.36 per cent CuEq (1.09 per cent Cu, 0.10 per cent Sn and 2.6 g/t Ag);
• Drilling to resume in 2024, including five holes in the current plan at La Romana.

"These drill results highlight a significant new zone of higher-grade copper at La Romana that remains wide open to the northwest. Drilling continues to grow the La Romana deposit, demonstrating good continuity of the mineralization over 1.4 kilometres strike length, and from surface to more than 200 m down dip. We look forward to resuming drilling shortly and advancing the growing pipeline of high-priority exploration targets in the Escacena project, particularly the copper/gold discovery at Canada Honda and high-priority Bravo target following access," said Tim Moody, president and chief executive officer of Pan Global.

"Ongoing exploration continues to demonstrate multidiscovery potential with numerous targets not yet tested. The project is located in a Tier 1 mining jurisdiction, in close proximity with producing copper mines and advanced development projects, and excellent infrastructure," said Mr. Moody.

Drill hole assay results are summarized in the table entitled "La Romana new drill results summary."

The main La Romana copper mineralization occurs in two highly continuous layers, Zone B and Zone C, commencing from surface or directly below a thin cover of postmineral sediments. The mineralization includes primary chalcopyrite and minor bornite, overprinted at shallow depths by secondary/supergene copper sulphide (chalcocite), and an overlying oxide zone with local native copper and copper oxides. The tin mineralization is cassiterite, the preferred mineral for commercial extraction.

About the Escacena project

The Escacena project comprises a large, contiguous, 5,760-hectare land package controlled 100 per cent by Pan Global in the east of the Iberian pyrite belt. Escacena is located near operating mines at Las Cruces and Riotinto, and is immediately adjacent to the former Aznalcollar and Los Frailes mines, where Minera Los Frailes/Grupo Mexico is in the final permitting stage to recommence mining. The Escacena project hosts the La Romana copper-tin-silver discovery and a number of other prospective targets, including Canada Honda, Romana North, Bravo, Barbacena, El Pozo, San Pablo, Zarcita, Hornitos, La Jarosa and Romana Deep.

About Pan Global Resources Inc.

Pan Global Resources is actively targeting copper-rich mineral deposits, given copper's compelling supply-demand fundamentals and outlook for strong long-term prices as a critical metal for global electrification and energy transition. The company's flagship Escacena project is located in the prolific Iberian pyrite belt in southern Spain, where a favourable permitting record, excellent infrastructure, mining and professional expertise, and support for copper as a strategic raw material by the European Commission collectively define a Tier 1 jurisdiction for mining investment. The Pan Global team comprises proven talent in exploration, discovery, development and mine operations -- all of which are committed to operating safely and with utmost respect for the environment and the company's partnered communities. The company is a member, and operates under the principles of, the United Nations Global Compact.

Quality assurance/quality control (QA/QC) procedures

Core size was HQ (63 millimetres), and all samples were one-half core. Nominal sample size was one m core length and ranged from 0.5 m to two m. Sample intervals were defined using geological contacts, with the start and end of each sample physically marked on the core. Diamond blade core cutting and sampling were supervised at all times by company staff. Duplicate samples of one-fourth core were taken approximately every 30 samples, and certified reference materials were inserted every 25 samples in each batch.

Samples were delivered to ALS laboratory in Seville, Spain, and assayed at the ALS laboratory in Ireland. All samples were crushed and split (method CRU-31, SPL22Y), and pulverized (method PUL-31). Gold analysis was by 50-gram fire assay with ICP (inductively coupled plasma) finish (method Au-ICP22) and multielement analysis was undertaken using a four-acid digest with ICP-AES (inductively coupled plasma atomic emission spectroscopy) finish (method ME-ICP61). Overgrade base metal results were assayed using a four-acid digest ICP-AES (method OG-62). Overgrade tin was determined using peroxide fusion with ICP finish (method Sn-ICP81x).

Qualified person

James Royall, vice-president of exploration for Pan Global Resources and a qualified person as defined by National Instrument 43-101, has reviewed the scientific and technical information for this news release. Mr. Royall is not independent of the company.

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