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| GENERAL INFORMATION ON IRON & STEEL
SLAG |
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"Iron and Steel Slag", Mineral Industry Surveys. U.S.G.S. |
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DVD VIDEO - "Slag: The Material of Choice" - 9 minute
documentary on the slag industry and Blast Furnace Slag
products. |
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| 172-13 |
"Slag and its Relation to the Corrosion Characteristics
of Ferrous Metals" |
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| 172-6 |
"Use of Slag as a Roofing Material" |
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| 173-3 |
"Steel Furnace Slag..An Ideal Railroad Ballast" |
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| 174-5 |
"Two Unique Uses of Slag "; Ground cover and erosion
control, and granular slag for filter. |
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| 182-1 |
"Slag Purifies Trout Farm Water" |
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| 182-6 |
"Properties and Uses of Iron and Steel Slags", D. Lewis,
1982 |
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| 184-1 |
"Slag Specified for Important Highway Project": Lake
Michigan Dockwall |
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| 185-2 |
"Open-Graded Pit-Run Increases Bearing Capacity of Weak
In-Situ Soils" |
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| 185-5 |
"Blast-Furnace Slag as Agricultural Liming Material" |
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| 187-1 |
"Slag Helps Restore Vegetation tpt Abandoned surface Mines. " |
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| 191-1* |
"Gabions Used for Erosion Control" |
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| 194-5* |
"Slag - A Non-Hazard", D. Lewis, 12/80 |
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| 201-4* |
"American
Agriculture gets growth spurt using EAF slag as liming
agent" |
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| 202-1* |
Leachate from BF Slag Technical Bulletin |
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| 202-3* |
Iron and Steel Slag: Environmentally Responsible Construction
Aggregates Technical Bulletin |
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| 202-6* |
"Once again slag proves "less is more" on Michigan's
M-63 in Benton Harbor" |
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| 203-10* |
"Steel Slag Expansion - A Professional Experience" |
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| 204-1* |
"Lightweight
Slag- the product of choice for Highway 17 in Renfrew,
Ontario" |
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| SLAG - BASES & FLEXIBLE PAVEMENTS |
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| 170- I |
"Slag Bituminous Surface Courses" |
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| 170-3 |
"The Polishing Resistance of Selected Slag Aggregates",
Hegmon & Ryan, Report No. S37 |
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| 173-1 |
"Slag for Use in Bituminous Concrete" |
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| 173-12 |
"Safer Pavements with Skid-Resistant Slag" |
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| 175-3 |
"Blast-Furnace Slag Slurry Seals" |
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| 183-6 |
"Baghouse Fines in Asphalt" |
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| 183-10 |
"Air-Cooled Blast-Furnace Slag Bases" |
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| 183-2 |
"Slag Utilization in Pavement Construction", J. Emery',
ASTM 1982 |
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| 183-4 |
"Construction of Air-Cooled Blast Furnace Slag Base Courses",
D. Lewis, 1983 |
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| 183-5 |
"Skid-Resistance Predictive Models for Asphaltic Concrete,
Surface Courses", Emery, Lee & Kamel |
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| 185-1 |
"Steel Slag Required on Illinois State Toll Highway" |
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| 185-6 |
"Michigan Tests Reconfirm Superior Friction Qualities
of Steel-Industry' Slags" |
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| 185-7 |
"Slag Used in Unique Designs for Highway Base over Very
Soft Sub-Soil" |
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| 186-1 |
"Steel Slag Utilization in Asphalt Mixes" |
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| 200-4* |
"Sudden Stops and starts don't
bother Illinois Tollway Plaza" |
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| 200-9* |
"Largest
Stone Matrix Asphalt project In USA spans 6 lanes for
8 miles" |
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| 202-2* |
I-70 Glenwood Canyon Asphalt Mix Design Technical Bulletin |
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| 202-4* |
"NASCAR
drivers know a smooth surface starts with a strong foundation" |
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| 202-7* |
"I-70
through Glenwood Canyon: A series of bridges and a series
of challenges solved with steel slag" |
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| 203-1* |
"Steel Furnace Slag SMA Mix Proves to be 'The
Worlds Strongest Intersection" |
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| 203-6* |
SuperPave Technical Bulletin |
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| 204-2* |
"ACBF
Slag is Major Component of NCAT Test Track Research" |
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| 205-2* |
Steel Slag used in Chip & Seal Applications Technical
Bulletin |
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| 205-4* |
"Indianapolis Motor Speedway gets a Paving Face Lift",
HMAT Jan/Feb 2005 (reprint) |
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| SLAG - APPLICATIONS IN CEMENT & CONCRETE |
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| 151-1A |
"Wire Mesh Reinforcement Embedded in Slag Concrete Pavement
for 35 Years, Entirely Free of Corrosion", E. Bauman, 1959 |
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| 156-2A |
"Flexural and Compressive Strength Properties of Air-Entrained
Concrete with Air-Cooled BF Slag Aggregate", D. Lewis &.
F. Hubbard, ASTM Proceedings, 1958 |
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| 168-5 |
"Blast-Furnace Slag Concrete" |
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| 172-1 |
"Fire Resistance and Heat Transmission Properties of
Concrete arid Masonry Made with Blast Furnace Slag Aggregate" |
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| 172-8 |
"BF Slag Used in Bison System Components for Student
Towers" |
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| 172-14 |
"Report on the Use of Pelletized Expanded Slag in Structural
Concrete" |
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| 175-10 |
"Slag Concrete Masonry Units" |
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| 176-7 |
"Use of Pelletized Slag in Concrete Masonry Units", ASTM
Masonry Symposium 1976, 1978 ASTM Journal |
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| 180-1 |
"Pelletized Lightweight Slag Aggregate", J. Emery, Concrete
International, 1980 |
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| 181-12 |
"Properties of Ground Granulated Slags in Cement Blends" Heaton,
Down & Emery 1981 |
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| 181-13 |
"High Temperature Properties of Pelletized Expanded Slag
Concrete", D. Lewis, 1981 |
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| 181-3 |
"Durability of Slag Cement Concretes", D. Lewis, March
1981 |
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| 181-4 |
"Slag Cement", R. Galibert, March 1981 TC/MCMeeting |
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| 181-6 |
"History of Slag Cements" D. Lewis, April 1981 AL Slag
Cement Seminar |
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| 183-8 |
"Quality Criteria for Crushed Concrete Aggregate" |
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| 184-2 |
"Glass Content Influence Upon Hydraulic Potential of
Blast-Furnace Slag", R. Galibert, 1984 |
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| 184-5 |
"Cementitious Applications of Ground Blast-Furnace Slag",
D. Lewis, 1984 |
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| 185-4 |
"Fire Safety with Concrete Masonry", National Concrete
Masonry Association, 1985 |
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| 188-2 |
"Pumped BF Slag Concrete Used in Indiana Nine-Bridge
Interstate Rehabilitation Project" |
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| 188-3 |
"Scotia Plaza - A unique Slag Project" |
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| 200-1* |
"Flatwork Concrete that can withstand Michigan's
temperature ups and downs" |
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| 200-2* |
"Since
1774 slag has been mixing it up with cement" |
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| 201-1* |
CemStarŪ Technical
Bulletin |
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| 202-5* |
"Slag
fills six miles of three new lanes on busy I-65 in Hobart,
IN" |
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| 204-3* |
"Blast Furnace Slag - The
Materials of Choice for Portland Cement Concrete" |
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| 205-1* |
"Whitetopping
- thin concrete overlays use BF Slag in Wayne County" |
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| 205-3* |
"Blast Furnace Slag Weighs in at Detroit Metro Airport's
Parking Garage" |
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| Environmental
Papers available online in the environmental section |
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| 202-3 |
Iron
and Steel Making Slag – Environmentally Responsible
Construction Aggregates.
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| 194-5 |
IRON
and STEEL SLAGS — NON-HAZARDS |
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| 202-1 |
Leachate
from Blast Furnace Slag
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| 200-3 |
Physical
and Chemical Characteristics of Blast Furnace, Basic
Oxygen Furnace, and Electric Arc Furnace Steel Industry
Slags. |
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| 202-9 |
Phosphorus
Saturation Potential: A Parameter for Estimating the
Longevity of Constructed Wetland Systems |
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| 205-1 |
Water
Improvement Initiatives in New Zealand Using Melter
Slag Filter Beds |
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Phosphorus
and pathogen removal from wastewater, storm water and
groundwater.. |
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Laboratory
Development of Permeable Reactive Mixtures for the
Removal of Phosphorus from Onsite Wastewater Disposal
Systems |
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| BOF-PRB |
Removal
of Phosphate and Waterborne Pathogens from Wastewater
Effluent Using Permeable Reactive Materials |
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Use
of Steel Slag to Remove Soluble Phosphorus from Closed
Marine Systems
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| AMD-SS |
Use
of Steel Slag Leach Beds for the Treatment of Acid
Mine Drainage
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| AMD-WV51 |
Reclamation
Research Report WV51 Steel Making Slag to Control AMD
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