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Presentation by : Karan, Devashree, Ashi, Ajay, Nikunj
 The word cement has
come from the roman
word ‘OPUS
CAEMENTICIUM
 An adhesive substance of
all kinds, but, in a
narrower sense, the
binding materials used in
building and civil
engineering construction.
Before the 18th century
• Cement made with lime, sand, and
gravel was used.
• Examples: Dome of Pantheon of
Rome, Baths of Caracalla
18th, 19th, and 20th centuries
• Portland cement patented by Joseph
Aspdin
• Blend of Rosendale and synthetic
cement
21st century and future…
• OPC most common. Base of
concrete, mortar, grout
• Green Cement made by recycled coal,
ash, bio-mass, mine tailings, etc.
Physical
 Strength to masonry
 Excellent binding material
 Easily workable
 Stiffens early
 Possesses good plasticity
 Offers good resistance to
the moisture
 Fineness:
 Soundness
 Alumia: Iron oxide ≥ 0.66
 0.66≤Lime saturation
factor ≤1.02
 Sulphur content ≤ 2.75 %
 Wt. of insoluble residue ≤
1.5%
Chemical
 It is quite important to
maintain the
composition of cement
because all the functions
of every type of cement
depends on individual
quantity of every
component.
LIME 63%
SILICA 22%
ALUMINA 06%
IRON OXIDE
3%
GYPSU
M 1-4 %
• Controls strength and
soundness
LIME (CaO)
• Gives strength, excess
quantity causes slow setting
SILICA
(SiO2 )
• Quick setting, excess lowers
strength
Alumina
(Al2O3)
• Imparts color, helps in
fusion of ingredients
IRON OXIDE
(Fe2O3)
• Color and hardness,
excess causes cracking
Magnesium
Oxide (MgO)
• It makes the cement
sound.
Sulphur
Trioxide (SO3)
Demerits Merits
White
Used in
making
pre cast
wall.
Pozzolan
a
Used in
marine
structure
s, sewage
works,
dams
Oil Well
used in
construct
ing or
fixing oil
wells.
Clinker
Used in
construct
ion of
complexe
s, houses,
bridges
Rapid
Hardenin
g.
Finer
than OPC
so casting
is easy
Sulphate
Resisting
Portland
Protects
the
structure
from
sulphate
attacks
TYPES OF CEMENT
Uses of Cement
concrete,Masonry, pointing,
plastering
Foundations,
foothpaths
For filling
cracks
Joints for
drains , pipes
Engineering
structures
like bridges,
culverts ,
dams
Laying floors ,
roofs,
constructing
lintels, beams
, weather
sheds
To
manufacture
bricks
Limestone is
brought
from mines
Limestone
is crushed
Some
additives
are added at
this stage
Mixture is
grinded to
form
homogeneous
mixture
Formation of
clinker at high
temperature
Suitable are
additives are
added and again
grinded
This
yields
cement
Manufacturing of cement
BURNING
Heating in a kiln
Produces “çlinker’
Addition of gypsum
PREPARATION OF RAW MATERIALS
PROCESSING TO CONTROL THE COMPOSITION AND PROPERTIES OF THE
CEMENT
ACQUISITION OF RAW MATERIAL
CALCIUM SOURCE CONTROLS LOCATION OF PLANTS
SILICA USUALLY SHIPPED TO CEMENT PLANT
Regulates set and clinker + gypsum=cement
Setting- is used to describe the
stiffening of the cement paste. It
refers to changes of cement paste
from a fluid to rigid state. Setting
differs from Hardening of cement.
Hardening –it refers to the gain of
strength of a set cement paste, although
during setting the cement paste acquires
some strength.
Initial setting time indicates the
beginning of the setting process
when the cement paste starts losing
its plasticity.
Final setting time is the time elapsed
between the moment water is added to the
cement and the time when the cement
completely lost its plasticity and can resist
certain definite pressure.
It includes two processes initial set and final set stages
• SHOULD BE FAVOURABLE AND SUITABLE
FOR THE SETTING AND HARDENINGCLIMATE
• SHOULD BE EASILY AVAILABLE AND
ECONOMICALLABOUR
• SHOULD BE NEAR . WILL DECREASE COST
OF TRANSPORTMARKET
• RATES SHOULD BE ECONOMICAL. CUTS
MINIMAL.POWER
• EASILY AVAILABLE. CONTINUOUSLY
AVAILABLE AROUND SITE.RAW MATERIALS
• EASILY AVIALBLE FOR RAW MATERIALS
AND FINISHED MATERIALS.TRANSPORT
 The Indian cement industry
is the 2nd largest market after
China accounting for about
8% of the total global
production.
 Housing sector is the biggest
demand driver of
cement(67%) followed
by infrastructure (13%),
commercial construction
(11%) and industrial
construction (9%).
 Andhra Pradesh is the largest
producer of cement in India
followed by Rajasthan and Tamil
Nadu.
 SATNA, cement city, in MP, is in the
limestone belts of India. As a result,
it contributes around 8%–9% of
India's total cement production.
 India is producing different varieties
of cement like ordinary Portland
cement, Oil well cement, sulphate
resisting cement, white cement etc.
Production of these verities conform
to BIS standards.
Quantity of trash is Increasing in
this world day by day which has
ignited the architects to find new
ideas such as :
• Alok shetty’s concept of
recycling tin cans, plastic
bottles, etc and laying them
with very less quantity of
cement.
• GREEN CEMENT
• REASEARCH by Peter Trimble
who proposed a bacterium
based design combined with
sand producing 70% much
stronger cement.
• UNIFORM
• GREENISH GRAY
• GIVES INDICATION OF EXCESS LIME/CLAY
COLOR
• FEEL SMOOTH. IF ROUGH; ADULTERATION OF SAND
• HAND IN BAG SHOULD FEEL COOL NOT WARM
• EARTHY SMELL IF TOO MUCH CLAY OR SILT ADULTERANT
• SHOULD BE FREE FROM ANY HARD LUMPS
PHYSICAL
PROPERTIES
• Thick paste of cement made on thick glass and kept
underwater for 1 day. Should set and not crack!STRENGTH
Building materials cement

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Building materials cement

  • 1. Presentation by : Karan, Devashree, Ashi, Ajay, Nikunj
  • 2.  The word cement has come from the roman word ‘OPUS CAEMENTICIUM  An adhesive substance of all kinds, but, in a narrower sense, the binding materials used in building and civil engineering construction.
  • 3. Before the 18th century • Cement made with lime, sand, and gravel was used. • Examples: Dome of Pantheon of Rome, Baths of Caracalla 18th, 19th, and 20th centuries • Portland cement patented by Joseph Aspdin • Blend of Rosendale and synthetic cement 21st century and future… • OPC most common. Base of concrete, mortar, grout • Green Cement made by recycled coal, ash, bio-mass, mine tailings, etc.
  • 4. Physical  Strength to masonry  Excellent binding material  Easily workable  Stiffens early  Possesses good plasticity  Offers good resistance to the moisture  Fineness:  Soundness  Alumia: Iron oxide ≥ 0.66  0.66≤Lime saturation factor ≤1.02  Sulphur content ≤ 2.75 %  Wt. of insoluble residue ≤ 1.5% Chemical
  • 5.  It is quite important to maintain the composition of cement because all the functions of every type of cement depends on individual quantity of every component. LIME 63% SILICA 22% ALUMINA 06% IRON OXIDE 3% GYPSU M 1-4 %
  • 6. • Controls strength and soundness LIME (CaO) • Gives strength, excess quantity causes slow setting SILICA (SiO2 ) • Quick setting, excess lowers strength Alumina (Al2O3)
  • 7. • Imparts color, helps in fusion of ingredients IRON OXIDE (Fe2O3) • Color and hardness, excess causes cracking Magnesium Oxide (MgO) • It makes the cement sound. Sulphur Trioxide (SO3)
  • 9. White Used in making pre cast wall. Pozzolan a Used in marine structure s, sewage works, dams Oil Well used in construct ing or fixing oil wells. Clinker Used in construct ion of complexe s, houses, bridges Rapid Hardenin g. Finer than OPC so casting is easy Sulphate Resisting Portland Protects the structure from sulphate attacks TYPES OF CEMENT
  • 10. Uses of Cement concrete,Masonry, pointing, plastering Foundations, foothpaths For filling cracks Joints for drains , pipes Engineering structures like bridges, culverts , dams Laying floors , roofs, constructing lintels, beams , weather sheds To manufacture bricks
  • 11.
  • 12. Limestone is brought from mines Limestone is crushed Some additives are added at this stage Mixture is grinded to form homogeneous mixture Formation of clinker at high temperature Suitable are additives are added and again grinded This yields cement Manufacturing of cement
  • 13.
  • 14. BURNING Heating in a kiln Produces “çlinker’ Addition of gypsum PREPARATION OF RAW MATERIALS PROCESSING TO CONTROL THE COMPOSITION AND PROPERTIES OF THE CEMENT ACQUISITION OF RAW MATERIAL CALCIUM SOURCE CONTROLS LOCATION OF PLANTS SILICA USUALLY SHIPPED TO CEMENT PLANT Regulates set and clinker + gypsum=cement
  • 15. Setting- is used to describe the stiffening of the cement paste. It refers to changes of cement paste from a fluid to rigid state. Setting differs from Hardening of cement. Hardening –it refers to the gain of strength of a set cement paste, although during setting the cement paste acquires some strength. Initial setting time indicates the beginning of the setting process when the cement paste starts losing its plasticity. Final setting time is the time elapsed between the moment water is added to the cement and the time when the cement completely lost its plasticity and can resist certain definite pressure. It includes two processes initial set and final set stages
  • 16. • SHOULD BE FAVOURABLE AND SUITABLE FOR THE SETTING AND HARDENINGCLIMATE • SHOULD BE EASILY AVAILABLE AND ECONOMICALLABOUR • SHOULD BE NEAR . WILL DECREASE COST OF TRANSPORTMARKET • RATES SHOULD BE ECONOMICAL. CUTS MINIMAL.POWER • EASILY AVAILABLE. CONTINUOUSLY AVAILABLE AROUND SITE.RAW MATERIALS • EASILY AVIALBLE FOR RAW MATERIALS AND FINISHED MATERIALS.TRANSPORT
  • 17.  The Indian cement industry is the 2nd largest market after China accounting for about 8% of the total global production.  Housing sector is the biggest demand driver of cement(67%) followed by infrastructure (13%), commercial construction (11%) and industrial construction (9%).
  • 18.  Andhra Pradesh is the largest producer of cement in India followed by Rajasthan and Tamil Nadu.  SATNA, cement city, in MP, is in the limestone belts of India. As a result, it contributes around 8%–9% of India's total cement production.  India is producing different varieties of cement like ordinary Portland cement, Oil well cement, sulphate resisting cement, white cement etc. Production of these verities conform to BIS standards.
  • 19. Quantity of trash is Increasing in this world day by day which has ignited the architects to find new ideas such as : • Alok shetty’s concept of recycling tin cans, plastic bottles, etc and laying them with very less quantity of cement. • GREEN CEMENT • REASEARCH by Peter Trimble who proposed a bacterium based design combined with sand producing 70% much stronger cement.
  • 20. • UNIFORM • GREENISH GRAY • GIVES INDICATION OF EXCESS LIME/CLAY COLOR • FEEL SMOOTH. IF ROUGH; ADULTERATION OF SAND • HAND IN BAG SHOULD FEEL COOL NOT WARM • EARTHY SMELL IF TOO MUCH CLAY OR SILT ADULTERANT • SHOULD BE FREE FROM ANY HARD LUMPS PHYSICAL PROPERTIES • Thick paste of cement made on thick glass and kept underwater for 1 day. Should set and not crack!STRENGTH