Sonoran Desert Copper Corporation Announces Promising Copper Occurrences on the Newly Staked Jucurutu Project in Rio Grande do Norte, Brazil
Sonoran Desert Copper Corporation (TSXV: SDCU) has announced promising copper mineralization findings at its newly acquired Jucurutu Project in Rio Grande do Norte, Brazil. The project encompasses eleven permit applications covering 20,710.38 hectares of land.
Analysis of public airborne geophysical data has revealed favorable zones for copper mineralization, with strong SW-NE and SE-NW structures identified through magnetic field vertical derivative studies. The gamaspectrometric F-Factor indicates potential hydrothermal alteration associated with these structures. Additionally, magnetometry inversion modeling shows vertical structure development with malachite mineralization present in surface outcrops.
Sonoran Desert Copper Corporation (TSXV: SDCU) ha annunciato risultati promettenti riguardo alla mineralizzazione del rame nel suo nuovo progetto Jucurutu, situato a Rio Grande do Norte, Brasile. Il progetto comprende undici domande di permesso che coprono 20.710,38 ettari di terreno.
L'analisi dei dati geofisici aerotrasportati pubblici ha evidenziato zone favorevoli alla mineralizzazione del rame, con strutture SW-NE e SE-NW ben definite tramite studi della derivata verticale del campo magnetico. Il fattore F gamaspectrometrico indica una possibile alterazione idrotermale associata a queste strutture. Inoltre, la modellazione di inversione magnetometrica mostra uno sviluppo verticale delle strutture con mineralizzazione di malachite presente nelle affioramenti superficiali.
Sonoran Desert Copper Corporation (TSXV: SDCU) ha anunciado hallazgos prometedores de mineralización de cobre en su recién adquirido Proyecto Jucurutu en Rio Grande do Norte, Brasil. El proyecto abarca once solicitudes de permisos que cubren 20,710.38 hectáreas de terreno.
El análisis de datos geofísicos aerotransportados públicos ha revelado zonas favorables para la mineralización de cobre, con estructuras SW-NE y SE-NW claramente identificadas mediante estudios de la derivada vertical del campo magnético. El factor F gamaspectrométrico indica una posible alteración hidrotermal vinculada a estas estructuras. Además, la modelización por inversión magnetométrica muestra un desarrollo estructural vertical con mineralización de malaquita presente en afloramientos superficiales.
Sonoran Desert Copper Corporation (TSXV: SDCU)는 브라질 리우그란데두노르치에 새로 인수한 주쿠루투 프로젝트에서 유망한 구리 광화 발견을 발표했습니다. 이 프로젝트는 20,710.38헥타르에 달하는 11개의 허가 신청을 포함합니다.
공개된 항공 지구물리 데이터 분석을 통해 구리 광화에 유리한 지역이 밝혀졌으며, 자기장 수직 미분 연구를 통해 강한 SW-NE 및 SE-NW 구조가 확인되었습니다. 감마분광 F-인자는 이러한 구조와 관련된 열수 변질 가능성을 나타냅니다. 또한, 자기 측정 역산 모델링은 표면 노두에서 말라카이트 광물이 존재하는 수직 구조 발달을 보여줍니다.
Sonoran Desert Copper Corporation (TSXV : SDCU) a annoncé des découvertes prometteuses de minéralisation de cuivre sur son nouveau projet Jucurutu, situé à Rio Grande do Norte, au Brésil. Le projet comprend onze demandes de permis couvrant 20 710,38 hectares de terrain.
L'analyse des données géophysiques aéroportées publiques a révélé des zones favorables à la minéralisation du cuivre, avec des structures marquées SW-NE et SE-NW identifiées grâce à des études de la dérivée verticale du champ magnétique. Le facteur F gammaspectrométrique indique une altération hydrothermale potentielle associée à ces structures. De plus, la modélisation par inversion magnétométrique montre un développement structurel vertical avec une minéralisation de malachite présente dans les affleurements de surface.
Sonoran Desert Copper Corporation (TSXV: SDCU) hat vielversprechende Kupfermineralisierungen bei seinem neu erworbenen Jucurutu-Projekt in Rio Grande do Norte, Brasilien, bekannt gegeben. Das Projekt umfasst elf Genehmigungsanträge, die sich über 20.710,38 Hektar Land erstrecken.
Die Analyse öffentlicher luftgestützter geophysikalischer Daten hat günstige Zonen für Kupfermineralisierung aufgezeigt, wobei starke SW-NE- und SE-NW-Strukturen durch Studien der vertikalen Ableitung des Magnetfeldes identifiziert wurden. Der gammaspektrometrische F-Faktor weist auf mögliche hydrothermale Alterationen im Zusammenhang mit diesen Strukturen hin. Zusätzlich zeigt die Magnetometrie-Inversionsmodellierung eine vertikale Strukturentwicklung mit Malachitmineralisierung an oberirdischen Aufschlüssen.
- Strategic acquisition of 20,710.38 hectares of potential copper-rich land in Brazil
- Identification of promising copper mineralization zones through geophysical data
- Presence of malachite mineralization in surface outcrops confirming copper potential
- Strong geological structures identified through magnetometry surveys indicating mineralization at depth
- Project is still in permit application phase, pending final approvals
- Early-stage exploration with no confirmed mineral resources yet
Vancouver, British Columbia--(Newsfile Corp. - July 10, 2025) - Sonoran Desert Copper Corporation (TSXV: SDCU) ("SDCU'' or the "Company") is pleased to announce that the Company has identified potential copper mineralization on its newly acquired Jucurutu Project in the State of Rio Grande do Norte, Brazil (Figure 1). The Jucurutu Project covers eleven Permit Applications with a total of 20,710.38 hectares all staked directly by the Company (Table 1).
Figure 01 - Location map of the Project Claims in Rio Grande do Norte State, Brazil.
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Table 1 - Jucurutu Project Permits Applications.
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The processing of public airborne geophysical data (gammaspectrometry and magnetometry) indicates favourable zones for copper mineralization and defined a new target that will be checked once the final applications are granted. The vertical derivative of the magnetic field showed strong structures SW-NE and SE-NW and the gamaspectrometric F-Factor indicated the presence of potential hydrothermal alteration associated with these structures (Figure 2).
Figure 02 - Magnetometry Vertical Derivative and Gamma F-Factor.
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The inversion model based on the magnetometry survey indicated that the structure is developing vertically in depth along the major structures observed at surface with malachite mineralization (Figure 3).
Figure 03 - Magnetometry Inversion Model and outcrops showing malachite in the Project area.
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Qualified Person Statement
The technical contents of this release were approved by Andre L. Costa, P.Geo., FAIG, a Qualified Person as defined by National Instrument 43-101 and an independent consultant to the Company.
About Sonoran Desert Copper Corporation
Sonoran Desert Copper Corporation is focused on securing, developing and monetizing materials assets and technologies to build shareholder value.
On behalf of the Board of Directors of
SONORAN DESERT COPPER CORPORATION
"Brian Leeners"
Brian Leeners, CEO & Director
brianleeners@gmail.com / +1 604-862-4184 (WhatsApp)
FOR THE ADEQUACY OR ACCURACY OF THIS RELEASE
The information contained herein contains "forward-looking statements" within the meaning of applicable securities legislation. Forward-looking statements relate to information that is based on assumptions of management, forecasts of future results, and estimates of amounts not yet determinable. Any statements that express predictions, expectations, beliefs, plans, projections, objectives, assumptions or future events or performance are not statements of historical fact and may be "forward-looking statements.
Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.
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FAQ
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