Platinum

Platinum mining involves extracting a rare, silvery-white metal known for its durability, high melting point, and resistance to corrosion. Symbolized as Pt, platinum belongs to the Platinum Group Elements (PGEs), which also include palladium, rhodium, ruthenium, iridium, and osmium. It is vital in catalytic converters, clean hydrogen technology, and a range of high-performance industrial applications. Though rare, platinum is present in Ontario’s Ring of Fire as part of key multi-metal deposits.

Investing
Mining
Canada Economy
About Platinum
Fun Facts
Ring of Fire Importance
Platinum Mining FAQs
Recent News

Periodictableru, CC BY 3.0 , via Wikimedia Commons

Investing

Investment pathways:

Public equities (e.g., Clean Air Metals, Platinum Group Metals)
PGE-focused ETFs (e.g., Aberdeen Physical Platinum Shares ETF)
Physical bullion (coins, bars)
Futures contracts (NYMEX, LME)
Pros: Platinum Mining essential for clean hydrogen and auto industry
Cons: price volatility, South African supply dominance, low Canadian production scale

Mining

Platinum Mining Key methods:

Underground and open-pit mining (as part of Ni-Cu-PGE ore)
Flotation and smelting to extract PGEs
Hydrometallurgical separation for platinum purity
Global producers: Anglo American Platinum, Impala Platinum, Sibanye-Stillwater
Canadian Platinum Mining producers focus on PGE byproduct recovery
Challenges: low concentrations, complex metallurgy, high energy cost

Sustainable Extraction Methods

PGE recycling from used catalytic converters and fuel cells
Closed-loop refining to limit metal loss and emissions
Electrified underground mining (Sudbury innovation)
Indigenous environmental monitoring of Platinum Mining and impact mitigation
Research into low-impact hydrometallurgy for PGEs

Canada Economy

National and Provincial Contribution

Canada is a small but growing player in platinum production.
PGEs are considered Critical Minerals under Canada’s federal strategy.
Most Canadian PGEs are byproducts of nickel-copper operations.
Estimated Canadian platinum production (2023): ~300 kg.
Primary export markets: U.S., Japan, EU, South Korea.

Ontario – A Growing Source of PGEs

Ontario hosts significant platinum-group deposits in Sudbury, Thunder Bay, and the Ring of Fire.
Is mainly recovered alongside nickel, copper, and palladium during Platinum Mining.
PGE exploration is intensifying due to fuel cell and emissions tech demand.

Major Platinum-Related Operations in Ontario

Vale and Glencore (Sudbury Basin) – PGEs recovered as byproducts of nickel-copper smelting.
Clean Air Metals (Thunder Bay) – Thunder Bay North deposit includes platinum, palladium, and copper.
Eagle’s Nest (Ring of Fire) – Contains platinum and palladium with nickel and copper.
Canada Nickel Co. and Stillwater Critical Minerals – exploring PGE-nickel complexes in Timmins and Northwestern Ontario.

Economic & Policy Oversight

PGEs regulated under Ontario Ministry of Mines, NRCan, and IAAC.
Platinum Mining supports Canada’s clean hydrogen, net-zero, and EV mandates.
Investment incentives and exploration grants available for PGE juniors.

About Platinum

Platinum Uses

Catalytic converters in vehicles
Hydrogen fuel cells and electrolyzers
Jewelry (especially in East Asia and North America)
Laboratory equipment and thermocouples
Electrical contacts and semiconductors
Dental and medical devices
Investment (bullion and ETFs)

Chemical Info

Symbol: Pt
Atomic Number: 78
Atomic Mass: 195.08 u
Density: 21.45 g/cm³ (heavier than gold)
Melting Point: 1,768°C
Boiling Point: 3,825°C
Often found in association with nickel and copper sulfide ores
Resistant to acids and corrosion, dissolves only in aqua regia

Platinum: the only metal that’s too fancy to be gold.

Unknown, but often shared by jewelers and gem enthusiasts

Fun Facts

Platinum’s name comes from the Spanish platina, meaning “little silver.”
It is 30 times rarer than gold in Earth’s crust.
Platinum doesn’t oxidize or tarnish — it is nearly chemically inert.
Most platinum used today is recycled.
One tonne of platinum ore yields about 3–10 grams of metal.
Platinum is the most effective catalyst for hydrogen fuel cells.
Ancient Egyptians and South Americans used platinum alloys over 2,500 years ago.
In WW2, platinum was declared a strategic metal and restricted from jewelry use.
The largest producer of platinum is South Africa (~70% of global supply).
Platinum jewellery is hypoallergenic and more durable than gold.

Ring of Fire Importance

Location & Geological Potential

The Ring of Fire lies in the remote James Bay Lowlands, Northern Ontario (~5,000 km²).
Located in Treaty No. 9 territory; accessed via air and winter roads.
Important to First Nations including Marten Falls, Webequie, and Neskantaga.

Strategic Relevance

Cobalt is a priority critical mineral for Canada’s and Ontario’s energy transition plans.
Inclusion in the Ontario Critical Minerals Strategy strengthens its future value.
Secure domestic production reduces reliance on high-risk jurisdictions like the DRC.
Cobalt from the Ring of Fire could power Ontario’s EV and battery supply chains.

Mining Claims and Prospective Platinum Areas

Eagle’s Nest (nickel-copper-PGE) is the most advanced mine in the region (Wyloo Metals).
McFaulds Lake area holds VMS-style copper-zinc deposits (Bold Ventures, Noront/Wyloo).
Several juniors are conducting geochemical surveys for copper-bearing zones west of Marten Falls.
Geological structures suggest parallels with other high-grade VMS belts like Flin Flon and Noranda.

Resources and Geology

Known deposits include: chromite, nickel, copper, cobalt, gold, and PGE (platinum group elements)
Copper occurs primarily in VMS (volcanogenic massive sulfide) and ultramafic-hosted settings.
Located within the Superior Craton, making it highly favourable for base metals.

Platinum Mining FAQs

What is platinum and why is it important?

Platinum is a rare, silvery-white metal known for its durability, high melting point, and resistance to corrosion. It is essential in catalytic converters, clean hydrogen technologies, and various high-performance industrial applications.

Where is platinum mined?

Platinum is mined worldwide, with major producers in South Africa, Russia, and Canada. In Canada, platinum is primarily found in Ontario’s Sudbury Basin, Thunder Bay, and the Ring of Fire region as part of multi-metal deposits.

How rare is platinum compared to gold?

Platinum is approximately 30 times rarer than gold in the Earth’s crust, making it one of the rarest precious metals.

What are the main uses of platinum?

Platinum is used in catalytic converters, hydrogen fuel cells, jewelry, laboratory equipment, electrical contacts, dental and medical devices, and as an investment metal (bullion and ETFs).

What makes platinum suitable for catalytic converters and hydrogen fuel cells?

Platinum is an excellent catalyst due to its chemical inertness and ability to speed up reactions without corroding, making it critical for reducing vehicle emissions and efficient hydrogen energy systems.

How is platinum mined and processed?

Platinum is often extracted as a byproduct of nickel and copper mining. Common methods include underground and open-pit mining, flotation, smelting, and hydrometallurgical processes to isolate pure platinum.

What is Canada’s role in platinum production?

Canada is a smaller but growing producer of platinum, mainly as a byproduct of nickel-copper mining. Ontario is a key region with projects in Sudbury, Thunder Bay, and the Ring of Fire.

How does platinum mining impact the environment?

Sustainable practices like recycling catalytic converters, closed-loop refining, electrified underground mining, and Indigenous environmental monitoring are helping reduce environmental impacts.

Why is platinum considered a critical mineral in Canada?

Platinum belongs to the Platinum Group Elements (PGEs), which are essential for clean energy technologies. Canada’s federal strategy lists PGEs as critical minerals supporting the country’s clean hydrogen, EV, and net-zero goals.

What is the significance of the Ring of Fire region for platinum?

The Ring of Fire in Northern Ontario contains important platinum and palladium deposits, along with nickel and copper. Its development is vital for Ontario’s and Canada’s resource security and clean energy transition.