| FLY
ASH BRICKS |
 |
|
Durable
|
|
Low water absorption
|
|
Less
consumption of mortar
|
|
Economical
and eco-friendly.
|
|
Low
energy consumption
|
|
No
emission of green house gases.
|
|
|
|
|
|
|
| CELLULAR
LIGHT WEIGHT CONCRETE |
|
|
Light
in weight ( density ranges from 400-1600 kg/m3)
|
|
Better
insulation
|
|
Fire
resistant, better acoustic behavior
|
|
Better
workability.
|
|
|
|
|
| FLY
ASH CEMENT |
| ROADS,
FILLS & EMBANKMENTS |
|
|
Light
in weight than earth.
|
|
Advantageous
in weak/clayey sub-soil
|
|
Lower
transportation cost than earth
|
|
Faster
rate of consolidation.
|
|
Better
compaction characteristics
|
|
High
permeability.
|
|
Cost
effective & eco-friendly.
|
|
|
|
|
|
|
|
| BACK
FILLING IN OPEN CAST MINES |
| STOWING
IN UNDERGROUND MINES |
AGRICULTURE
APPLICATIONS |
|
|
FIELDS
CROPSS
|
|
FORESTRY |
|
FLORICULTURE |
|
RECLAMATION
OF WASTE LAND |
|
|
|
|
|
|
|
Improves
permeability status of soil. |
|
|
Improves
fertility status of soil |
| |
Enhances
root proliferation
|
|
|
Improves
soil texture |
|
|
Reduces
bulk density of soil |
|
|
Improves
water holding capacity |
|
|
Optimizes
pH value |
|
|
Improve
soil erosion |
|
|
Reduces
crust formation |
|
|
Provides
micro nutrients - Fe, Zn, Cu, Mo, B, etc. |
|
|
Provides
macro nutrients - K, P, Ca, etc. |
|
| FLY
ASH BASED COMPONENTS FOR CONSTRUCTION INDUSTRY |
|
|
|
|
nearly 90% and diesel, wind, gas and steam adding to
about 10%. High ash content in the range of 30 to 50% in Indian coal
is the major cause for large voluminous quantities of coal ash.
India's dependence on coal as a major source of energy had been of
prime importance in the past and shall continue in this millennium,
and therefore fly ash management would remain an important area of
national concern.