industrial minerals

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Industrial Industrial Minerals Minerals George J. Simandl George J. Simandl Industrial Minerals Industrial Minerals Specialist Specialist Current Trends and Future Current Trends and Future Opportunities Opportunities Ministry of Energy and Mines

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Ministry of Energy and Mines. Current Trends and Future Opportunities. Industrial Minerals. George J. Simandl Industrial Minerals Specialist. Industrial Minerals and the Economy Trends British Columbia’s Geological Potential Assessment of Mineral Projects. Outline. - PowerPoint PPT Presentation

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Page 1: Industrial Minerals

Industrial MineralsIndustrial Minerals

George J. SimandlGeorge J. SimandlIndustrial Minerals SpecialistIndustrial Minerals Specialist

Current Trends and Future OpportunitiesCurrent Trends and Future Opportunities

Ministry of Energy and Mines

Page 2: Industrial Minerals

OutlineOutline

Industrial Minerals Industrial Minerals and the Economyand the Economy

TrendsTrends

British Columbia’s British Columbia’s Geological PotentialGeological Potential

Assessment of Assessment of Mineral ProjectsMineral Projects

Page 3: Industrial Minerals

Any rock, mineral, or other Any rock, mineral, or other naturally occurring substance of naturally occurring substance of economic valueeconomic value, exclusive of:, exclusive of:

Definition of Industrial MineralsDefinition of Industrial Minerals

Dual minerals

metallic ores mineral fuels gemstones

Page 4: Industrial Minerals

Non-m etals

Metals

Year

0

4

8

12

Bill

ion

Can

$

16

198

5

1990

1995

200

0

Industrial Minerals and Metal ProductionIndustrial Minerals and Metal Productionin Canadain Canada

50%

75%

(Industrial Minerals and Structural Materials) ★

B.C.

Page 5: Industrial Minerals

Industrial Minerals in B. C.Industrial Minerals in B. C.

Mine - QuarryProcessing PlantProspect/DevelopmentMainly AggregatesOther Occurrence

Page 6: Industrial Minerals

High-Low PrincipleHigh-Low Principle

• High value: world market

• Low value: local market

Mineral US$/tonne

Wollastonite 200 - 300

Graphite 230 - 750

Mica 210 - 1200

Mineral US$/tonne

Crushed stone 6

Natural aggregate 4

Gypsum 7

Page 7: Industrial Minerals

High-Low PrincipleHigh-Low Principle

Developed / Developing countries

Security of land tenure

Trade barriers & government initiatives

Land sterilization

Value-added processing

Energy cost differences

• High value: world market

• Low value: local market

Page 8: Industrial Minerals

Land Sterilization / UrbanizationLand Sterilization / Urbanization

Source: USGS and BC Ministry of Energy and Mines

Page 9: Industrial Minerals

Land Sterilization / UrbanizationLand Sterilization / Urbanization

Source: USGS and BC Ministry of Energy and Mines

Page 10: Industrial Minerals

Raw Industrial Mineral

+Processing Method

Milling, Micronisation, and

Classification Flotation

Surface Modification

Bleaching Expansion

Delamination Calcining

Fusion

Value-Added Product

Value-added ProcessingValue-added Processing

Modified from: Simandl et al, 1996

Page 11: Industrial Minerals

Value-added Processing of CaCOValue-added Processing of CaCO33

Source: Harben & Kužvart, 1996

1. Aggregates / Agricultural lime

2. Glass, Carpet, Shingles

3. Adhesives, Caulks, Putty, Rubber, Stucco, Floor tiles

4. Fine ground fillers

150 10 14

40

80

120

160

200

Page 12: Industrial Minerals

Energy-intensive Value-added ProductsEnergy-intensive Value-added Products

Mineral Product US$/tonneMagnesite Raw 50

Caustic MgO 119 - 138Dead-burned MgO 105 - 135Fused MgO >320Mg Metal 2430

Page 13: Industrial Minerals

Energy-intensive Value-added ProductsEnergy-intensive Value-added Products

SiliconFerrosiliconSilicon carbideSintered or electrofused refractoriesTraditional or advanced ceramicsReinforcing or insulating fibresGlassIndustrial intermediates

Other Examples:

Page 14: Industrial Minerals

Global TrendsGlobal Trends

Environmental Regulations Health Regulations Recycling Efforts Technology

Page 15: Industrial Minerals

Environmental RegulationsEnvironmental Regulations

ZeolitesPerliteDolomiteCalcium carbonateLime Magnesia / MagnesitePeatDiatomite

Negative Impact Positive Impact

Sulphur

Gypsum

Page 16: Industrial Minerals

Environmental RegulationsEnvironmental Regulations

Source: Institute for Mineralogy and Mineral Resources, 2001

Salt

Page 17: Industrial Minerals

Health RegulationsHealth Regulations

Asbestos

Source: Department of Occupational Health and Safety, Youngstown State University, 2001

Silica

ATHWollastoniteDiatomiteMg(OH)2 PerliteVermiculitePumicePyrophylliteBariteAlumina/Emery

FiberglassCeramic fibersCarbon fibersAramid fibers

GarnetOlivineMagnesiteSlag

Page 18: Industrial Minerals

RecyclingRecycling

Source: National Asphalt Paving Association

Page 19: Industrial Minerals

TechnologyTechnology

Past

Glass plastic containers Acid neutral paper

Present

Wireless communications Flame retardants “Superpave”

Future ?

Internet marketing Fuel cell CO2 sequestration

Page 20: Industrial Minerals

What are the opportunities in British Columbia?

Page 21: Industrial Minerals

Project SelectionProject Selection

Successful IM Project

Deposit

Market

TenureTechnical FactorsInfrastructureTransportation

BC Industrial BaseExportsNicheTrends

Page 22: Industrial Minerals

Kettle Valley Stone CompanyKettle Valley Stone Company

B.C. Successes & ConclusionB.C. Successes & Conclusion

Rocky Mountain TufaRocky Mountain Tufa

MargraniteMargranite

IKOIKO

LafargeLafarge