Iron sand Project
Iron Sand Project in Indonesia (Brief Version)
Nomis Lau, MSc
Formation of the Beach Iron Sand Deposit (4 shots)
1) Before eruption, green plantation lay peacefully
2) The volcano erupted, the lava spurted out,
on the volcano; while the river was winding quietly
scattered around the slope, slid down the plain; and
towards the sea.
headed to the sea along the river.
3) Countless years passed, lava weathered and eroded on
4) At the seafront, the mineral debris repeatedly
the hillside as slope deposit; sorted and enriched to
and endlessly battered by waves, tides and coastal
minerals as river deposit. Sometimes river may dry up.
currents, thus coalesced to beach deposit.
Nomis Lau’s explication, illustrated by Mrs Claudia Du Hurst
A Project of Monthly Profit US$1.5 Million
1
1. Project Planning: Site Selection and Beneficiation
1.1
Target Site
1.1.1
Site Selection
Deposits in Sulawesi Island (174,600 km2)/Indonesia.
1.1.2
Deposit
i) Type of deposit: ii) Concession: iii) Fe content: iv) Reserve:
v) Water: vi) vii)
Iron sand on the beach (sediment from volcanic lava)
Can be both on-shore and off-shore (i.e. under the sea).
Preferably not smaller than 500 ha.
Fe in form of iron oxide1 35 % minimum.
MET2 approx 10,000,000 mt3 (ROM2/Met ratio 1 is alkaline. Acidic ore improves blast furnace utilization.
6
1.3
Unless otherwise noted, hereinafter "daily average" is quotient of working days (335 days).
7
Many countries now exercise environmental control to reduce pollution & to safeguard ecological balance.
Application of Iron Concentrate
Most of the iron concentrate selling in current market is produced from the lean iron ore derived from
BIF mines, processed and enriched from crushing, grinding and beneficiation (magnetic or gravity separation, or flotation); possessing the characteristics of high Fe content and little impurities.
The iron conc in this project, is
Nomis Lau, MSc
Formation of the Beach Iron Sand Deposit (4 shots)
1) Before eruption, green plantation lay peacefully
2) The volcano erupted, the lava spurted out,
on the volcano; while the river was winding quietly
scattered around the slope, slid down the plain; and
towards the sea.
headed to the sea along the river.
3) Countless years passed, lava weathered and eroded on
4) At the seafront, the mineral debris repeatedly
the hillside as slope deposit; sorted and enriched to
and endlessly battered by waves, tides and coastal
minerals as river deposit. Sometimes river may dry up.
currents, thus coalesced to beach deposit.
Nomis Lau’s explication, illustrated by Mrs Claudia Du Hurst
A Project of Monthly Profit US$1.5 Million
1
1. Project Planning: Site Selection and Beneficiation
1.1
Target Site
1.1.1
Site Selection
Deposits in Sulawesi Island (174,600 km2)/Indonesia.
1.1.2
Deposit
i) Type of deposit: ii) Concession: iii) Fe content: iv) Reserve:
v) Water: vi) vii)
Iron sand on the beach (sediment from volcanic lava)
Can be both on-shore and off-shore (i.e. under the sea).
Preferably not smaller than 500 ha.
Fe in form of iron oxide1 35 % minimum.
MET2 approx 10,000,000 mt3 (ROM2/Met ratio 1 is alkaline. Acidic ore improves blast furnace utilization.
6
1.3
Unless otherwise noted, hereinafter "daily average" is quotient of working days (335 days).
7
Many countries now exercise environmental control to reduce pollution & to safeguard ecological balance.
Application of Iron Concentrate
Most of the iron concentrate selling in current market is produced from the lean iron ore derived from
BIF mines, processed and enriched from crushing, grinding and beneficiation (magnetic or gravity separation, or flotation); possessing the characteristics of high Fe content and little impurities.
The iron conc in this project, is