Industry News

Metallic minerals including copper, chromite, iron ore exist in Chitral

Views : 277
Update time : 2020-09-14 16:11:33

ISLAMABAD-The Geological Survey of Pakistan (GSP) has carried out different surveys in Chitral and surrounding areas, which identified presence of metallic minerals including copper, chromite and iron ore suggesting detailed exploration for their quantification.

“A number of geological, geophysical and geochemical surveys have been carried out by the GSP in Chitral district and surrounding areas. As a result of these metallic minerals like antimony/stibnite, chromite, copper, iron ore and lead/zinc ore have been discovered,” according to an official document available with APP. 

The deposits of around 0.6 million tonnes (MT) Antimony/Stibnite had been identified in Kring, Patrson and Awrith areas, approximately 6.5 (MT) iron ore in Buni Zom, Dammel and Nissar localities of Chitral district, while detailed exploration was required to assess the quantity of chromite, copper and lead/zinc ore. According to the document, the GSP remained engaged in exploration of metallic and other minerals through geological mapping in Chitral district and surrounding areas under annual field projects.

Related News
Read More >>
LME nickel rises on China liquidity and Indonesian sanctions LME nickel rises on China liquidity and Indonesian sanctions
Sep .30.2025
LME nickel rises on China liquidity and Indonesian sanctions
Arconic to fully run new high purity aluminum facility on Oct 1 Arconic to fully run new high purity aluminum facility on Oct 1
Sep .30.2025
Arconic to fully run new high purity aluminum facility on Oct 1
Taiwan’s Yusco announces hike in 304 stainless steel prices for Oct Taiwan’s Yusco announces hike in 304 stainless steel prices for Oct
Sep .30.2025
Taiwan’s Yusco announces hike in 304 stainless steel prices for Oct
Aluminum price recovery fuels Press Metal's strong H2 growth Aluminum price recovery fuels Press Metal's strong H2 growth
Sep .30.2025
Aluminum price recovery fuels Press Metal's strong H2 growth