Titan Minerals Limited announced results of surface geochemistry sampling and initial results for the aerial geophysical survey that have been received for the Copper Duke Project, located in the Loja Province of southern Ecuador, and 18km east of the company's Dynasty Gold Project. Reported assays include the initial results from an ongoing regional mapping and geochemistry campaign being completed prior to the anticipated maiden drilling next quarter on several priority targets. The preliminary geological interpretation of the geophysics has been completed which allows for ranking of the multiple gold and gold-copper targets at Copper Duke. The interpretation will also assist with prioritising the ongoing field work designed to confirm interpretations and refine targeting for drilling planned in the 2021 field season. Reported surface geochemistry at Copper Duke totals an additional 925 assay results incorporated into the database from the ongoing mapping and, concurrent validating and updating of recent exploration results. The results continue to highlight significant extensions of known copper anomalism across the Copper Duke Project as the footprint of geochemical coverage expands, and the results identify several new high-grade gold quartz veins that potentially represent additional exploration targets for evaluation. This most recent update to the database represents the first time all geochemical and geology datasets for the Copper Duke Project have been systematically integrated into a single database structure. The team now has the unprecedented opportunity to interrogate all available data in a digital environment, in conjunction with the newly acquired aerial magnetic and radiometric data. Within the sampling corridor, several anomalous zones reported are within a 1.2km proximity to the historical United Nations program drilling completed in 1978. The recent results indicate potential for a 2km long northwest striking corridor of gold and copper anomalism of significant widths, extending southeast from the historical drilling where partially assayed diamond holes report intersections of: 33.1m @ 2.5g/t gold, 154ppm copper, and 2.4ppm Mo, from 9m drill depth and 8.4m @ 1.9g/t gold, 294ppm copper, and 3.9ppm Mo, from 45.3m - Drill Hole: SON-01 45.4m @ 1.9g/t gold, 168ppm copper, 3ppm Mo, from surface and 10.9m @ 1.7g/t gold, 857ppm copper, 2ppm Mo, from 51.85m - Drill Hole: SON-02. The 2km long anomalous corridor in the northwest of the El Huato anomaly includes several zones of favourable anomalism associated with an interpreted intrusion contact mapped from the recent geophysical results. Reported results are from over 800 linear meters of chip channel sampling from natural drainage exposure and road cuts that trend from southwest to northeast and best transect the anomaly highlighted in the geophysics. Significant intercept results in this corridor, located 1.2km southeast of the UN drill location include 27m of linear sampling, with a mapped width at surface of 15.3m averaging 1.13g/t gold. Approximately 820m to the southeast of the UN holes along the geophysical feature referenced above, two zones of channel sampling return 13m @ 0.46% copper and 12m @ 0.38% copper. Then, on a 1.5km step out from historical drilling in approximately the same direction, a 26m interval on a road cut delivers gold and copper mineralisation associated with quartz-magnetite stockworks in a hornblende porphyry unit returning 26m @ 1.13g/t gold with 0.21% copper, with the interval including 8m @ 2.63g/t gold associated with the higher vein density material reported in mapping. With previous work focused on naturally occurring outcrops and existing road cuts, follow-up work planned will include additional trench activity along mineralised trends highlighted in the surface geochemistry, where additional sampling will transect the interpreted mineralised trend as supported by the geophysical datasets. Soil sampling programmes for systematic geochemical coverage are also planned to commence in the coming month. The recent sampling also identified several new high grade gold veins located at various locations across the project. Additional sampling and detailed mapping will be required to assess the potential of these targets. The significant extent of mineralised quartz veining in several areas across the project area is encouraging for conceptually targeting large scale porphyry systems. The density of veining in some areas also provides potential for high grade gold mineralization targets within the porphyry field. Reported intercepts include extensions to the El Huato and El Palton prospect with better results from veins not recognised from previous sampling activity including: 4.05m @ 16.4g/t gold on vein extensions to northwest of El Huato Prospect 0.8m @ 8.18g/t gold and 16g/t silver in quartz veining - over 1km northeast of El Huato Prospect 0.6m @ 9.65g/t gold and 3g/t silver in veining - 1.3km south of El Palton Prospect 1m @ 13.7 and 0.6m @ 16.6g/t gold in veining - additional vein sets within El Palton Prospect In late October, Titan mobilised a geophysical crew to complete a helicopter borne, high resolution magnetic and radiometric survey on 100m line spacing across the Copper Duke Project area, immediately following completion of the Dynasty project geophysical survey. Terra Resources of Perth, Western Australia was engaged for quality control during the surveys, and follow-up studies with re-processed datasets and interpretive work. Terra Resources is a group specialising in survey design, processing/modelling, and integration of new data with all existing geo-scientific data. They are now finalising geophysical interpretation maps and reporting on targeting recommendations. Interpretive results for the aerial geophysical survey have been received for the Copper Duke Project. Several high priority targets for immediate follow-up are clearly defined. Follow-up work includes soil grids over geophysical anomalies to better assess scale and tenor of targets, concurrent with mapping projects to confirm updated geological interpretation. The ongoing field work will provide additional data for ranking of targets for maiden drill testing.