USGS: Pakistan Mining Industry 2019

https://pubs.usgs.gov/myb/vol3/2019/myb3-2019-pakistan.pdf

In 2019, Pakistan was the world’s third-ranked producer
of iron oxide pigments. The country was ranked 11th in the
production of barite, accounting for 1.2% of the world’s
production and for an estimated 10.3% of the world’s reserves.
Pakistan also produced other mineral commodities, such as
cement, chromite, clay, coal, copper, crude petroleum, gypsum,
iron ore, lead, limestone, natural gas, silver, and zinc (Brioche,
2021; McRae, 2021)

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2018. In fiscal year 2019 (July 1, 2018, through
June 30, 2019), the mining and quarrying sector contributed
2.6% of the GDP and the growth rate of the mining and
quarrying sector was negative 1.96% compared with 7.72% in
fiscal year 2018 (International Monetary Fund, 2020; State Bank
of Pakistan, 2020a, p. 18–19; 2020b, p. 8; 2020d, p. 3).
The total import value in fiscal year 2019 was $54.8 billion
compared with $60.8 billion in fiscal year 2018. The import
value of mineral fuels, oils, and their distillation products was
$16.0 billion; iron and steel, $3.38 billion; articles of iron or
steel, $840 million; and aluminum and articles of aluminum,
$349 million. The total export value in fiscal year 2019 was
$23.0 billion compared with $23.2 billion in fiscal year 2018.
The export value of mineral fuels, oils, and their distillation
products was $477 million; salt, sulfur, lime, and stone,
$463 million; and copper and articles of copper, $269 million
(State Bank of Pakistan, 2020c, p. 123–124).

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In 2019, the production of lignite was estimated to have
increased by 180%; lead (mine, Pb content), by 68%; feldspar,
by 61%; chromium (mine, Cr2
O3
content), by 46%; zinc (mine,
Zn content), by 39%; talc, by 38%; lead (secondary, refinery),
by 33% (reported); soda ash, by 27%; bentonite, by 24%;
kaolin, by 17%; and sand and gravel (industrial, silica), by 12%.
In contrast, the production of fuller’s earth was estimated to
have decreased by 85%; dolomite, by 57%; bauxite, by 49%;
iron oxide pigment, by 47%; magnesite, by 39%; sulfur (native),
by 38%; pumice, by 33%; raw steel, by 30% (reported);
limestone, by 22%; iron (mine, Fe content) and phosphate rock
(gross weight), by 20% each; barite, by 15%; sand and gravel
(industrial, unspecified), by 13%; rock salt, by 12%; and quartz,

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Copper and Gold.—In 2019, Metallurgical Corporation
of China Ltd. (MCC) applied for an extension of its mining
license for the Saindak copper-gold mine, which was set to
expire in 2022. MCC operated the Saindak Mine through a
50%-owned subsidiary, Saindak Metals Ltd. The company
produced 13,049 metric tons (t) of copper (mine, Cu content)
in 2019, which was an increase of 4.1% from the 12,538 t
produced in 2018. MCC mined mainly the south and north ore
bodies using open pit mining; the deposits were expected to be
depleted of minable resources after 2021. The east ore body of
the mine was estimated to have 278 million metric tons (Mt)
of ore and an expected mine life of 19 years. The exports of
copper and articles thereof from Pakistan to China increased to
$550 million in 2019 from $106 million in 2016 (Metallurgical
Corporation of China Ltd., 2019, p. 32; 2020, p. 31; Shahid,
2019; Independent News Pakistan, 2020).
Tethyan Copper Co., which was a joint venture between
Barrick Gold Corp. of Canada and Antofagasta PLC of Chile,
was engaged in a legal dispute with the Government of Pakistan

Electrification refers to the process of replacing technologies that use fossil fuels (coal, oil, and natural gas) with technologies that use electricity as a source of energy. Depending on the resources used to generate electricity, electrification can potentially reduce carbon dioxide (CO₂) emissions from the transportation, building, and industrial sectors, which account for 65 percent of all US greenhouse gas emissions. Addressing emissions from these sectors is critical to decarbonizing the economy and, ultimately, mitigating the impacts of climate change. This explainer reviews how electrification can reduce emissions; possibilities and potential challenges of electrification in the transportation, building, and industrial sectors; and policy options for encouraging electrification.

https://www.rff.org/publications/explainers/electrification-101/#:~....

Barrick - Second Cohort of Graduates from Balochistan Selected for Reko Diq ‘International Graduate Development Program’


https://www.barrick.com/English/news/news-details/2024/Second-Cohor...

KARACHI – Reko Diq Mining Company (RDMC) is proud to announce the selection of eighteen talented young graduates from Balochistan for the second cohort of the prestigious RDMC International Graduate Development Program (IGP). As part of its to commitment to develop local and national employees, Barrick, the operator of RDMC, launched the International Graduate Development Program for the Reko Diq project in July 2023.

Welcoming IGP 2024 cohort at a ceremony in Karachi, Barrick CEO Mark Bristow said, “We are excited to have you join the Reko Diq International Graduate Development Program. Since its inception this program has aimed to engage young graduates like you from Balochistan to equip them with the skills necessary for successful careers at Reko Diq and in the mining industry. I would urge you to embrace this opportunity to learn, collaborate and shape the future of the Reko Diq project, your province and the country.”

For the 2024 program, a rigorous merit-based selection process led to the identification of eighteen exceptional graduates from a competitive pool of over 3,000 applicants. Among those selected are four women, underscoring Barrick's commitment to gender diversity within the mining sector. The graduates hold degrees in various fields, including Electrical Engineering, Mechanical Engineering, Geological Engineering, Civil Engineering, Environmental Sciences, Mining Engineering, and Geology.

Like the selected graduates of 2023, this second batch of talented youth from Balochistan will embark on an intensive two-year on-the-job training program at Barrick’s mine sites at of Veladero in Argentina and Lumwana in Zambia. This hands-on experience is designed to equip them with practical skills and insights into world-class mining operations. Upon completion of the program, graduates typically return to Barrick operations in their home country, contributing to driving positive change in their communities.

The selected cohort represents a diverse range of districts in Balochistan, including Panjgur, Gwadar, Quetta, Loralai, Khuzdar, Noshki, Musa Khel, Killa Saifullah, Zhob, and the Chagai district where Reko Diq is located. Their participation in the program not only helps to address the regional skills gap but also promotes local empowerment and economic development.