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WienerbergerPOROTHERM – Walling Material For Next Generation
Kundan Dighe10th March 2011
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What is the Present Scenario ?
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The Need for SUSTAINABILITY: Two Reasons
1) POPULATION GROWTH:
INDIA’S DEVELOPMENT DILEMMA
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2) GLOBAL WARMING:
STRONGER, FASTER, SOONER
The Need for SUSTAINABILITY
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2020?
2050?
The Combination: A Great Future?
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Can There Still be Doubt?
Percentage of articles in doubt as to the cause of global warming: 0
Number of peer-reviewed articles dealing with “climate change” published in scientific journals during the previous 10 years:
928
In 2007 the UN Intergovernmental Panel on Climate Change published a report that put the reality of human-induced climate change beyond any doubt!
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How are we related to that?
Impact of Construction: A Double Whammy
Production and Transportation of Construction Materials
Low Energy Efficiency of Buildings / Structures
+Up to 65% of a countries electricity consumption from buildings / up to 50% of carbon emissions
Up to 30% of all raw materials used / steel and cement two largest green house gas producing industries in any country
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The Indian Emission Scenario
80% of India’s Total Emissions
100km of transportation add another 10-15% of global warming potential to the production of building materials
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Content
-LabelDefinition – Resource Efficiency
Why Brick Industry think of Resource Efficiency ?
Introducing –POROTHERM HP as resource efficient bricks
The Production Process of Ceramic Building Materials
Product Benefits
Expectation from the Government & Industry
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Definition – Resource Efficiency
The efficient use of materials in design and construction (eg, design strategies that reduce material use or enable materials to be salvaged, reused, or recycled)
Reduces the demand of Natural Resources
Ensures sustainable growth & support from nature to inhabitants for generations
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Why do Brick Industry think of – Resource Efficiency ?
1,000 Billion bricks are produced & consumed per year in Asian Countries, equivalent to 100,000 New York Empire State Buildings
Each Asian Citizen consumes ~ 250 bricks Per Year
Consumption of coal – 110 million tons of coal per annum
Up to 40% of this energy consumption can be saved by:
- Implementing energy efficient brick production
- Switching over from solid brick to HOLLOW Brick
Source – Brick By Brick The Herculean Task of Cleaning up the Asian Brick Industry
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The Evolution of Ceramic Building Materials
1. Bigger
2. Lighter
3. Cooler
4. Cheaper
5. More Environmental Friendly
6. Precise
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We look back at a great history…
The beginning, brick making for the emperor of Austria & Hungary
International World Exhibition, Paris 1867
189 Years of History (founded 1819 - Vienna)
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Wienerberger Today …
We are a leading international building materials group with headquarters in Vienna
Wienerberger is # 1 worldwide in clay hollow bricks and bricks
Present in 27 countries and 5 export markets
- 227 plants in Europe and North America
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Arial Views of Wienerberger Factories
Belgium: Beerse – TERCA Facing Bricks Plant Czech Republic: Jerzernice – POROTHERM Brick Plant
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Wienerberger - Product Portfolio
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POROTHERM HP – Resource Efficient Brick
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POROTHERM HP – Product Parameters
Name Length (mm) Width (mm) Height (mm) Weight (kg) Density (kg/m3)Compressive Strength
(N/mm2) Water Absorption (%) Efflorescence U-Value (W/m²K)Sound Insulation
Rw (db) Fire Resistance (min)POROTHERM HP 200 400 200 200 11.1 694 1.1 46 240POROTHERM HP 150 400 150 200 8.8 733 1.2 43 120POROTHERM HP 100 400 100 200 6.3 788 1.7 40 90POROTHERM HP 200H 200 200 200 5.8POROTHERM HP 150H 200 150 200 4.2POROTHERM HP 100H 200 100 200 3.1
Name 400 200 150 100Dimensions (mm) ± 8 ± 4 ± 3 ± 2
Note :Compressive Strength value is based on testing procedure as prescribed in IS 3952 POROTHERM is manufactured using Natural Raw Materials, hence there could be variations in colour
POROTHERM HP - Product Paramters
Same as full bricks
Same as full bricks
Same as full bricks
Same as full bricks
Same as full bricks
Same as full bricks
≥ 3.5 ~ 15
POROTHERM HP - Tolerance
Slight
Same as full bricks
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Wienerberger Factory at Kunigal
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Clay Quarry
Clay excavation done locally from water tanks close to the factory
(De silting of tanks)
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Dosing of Raw Materials
Raw Material Feeders – Primarily Clay & other filler materials
Dosage of raw material controlled by feeders
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Clay Preparation
Feeders feed raw materials for preparation of clay (grinding,
mixing, homogenization )
Pan mill grinds the clay
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POROTHERM HP - Extruder
Extrusion of clay bricks
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Automation of Production
Cutting Line for length
Arranging bricks in dryer cars
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Automation of Production
Robots handle the bricks in Green State
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Dryer and Kiln Cars
Dryer - Dries the brick, prior to firing.
Kiln Cars – Ready to be loaded in kiln for firing
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Kiln – For Burning Bricks
Fuel Injection Unit – Pet Coke injection unit for high temp firing
Tunnel Kiln - 160 Mtr. Long, Clay bricks are fired at temperature ~ 1,000°C
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Laboratory
Testing Facility
- State of the Art testing equipments
- Ensures quality of Raw Material and
finished products
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Factory – Stock & Clay Storage
Adequate stock of finished products as well as of the clay (raw material)
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POROTHERM HP – Product AdvantagesConstruction
Bigger Size
- POROTHERM HP is same in size as that of concrete blocks
- POROTHERM HP 200 = 9 Clay Bricks
- Less mortar joints, hence less plumb & alignment
- Faster construction
Light Weight
- Ease of handling, Transportation
- Saves labor
- Less dead load, Savings in Structural Cost
(Steel & Concrete) by 10 to 15%
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Perfect brick Size
- Savings on mortar
- Line and leveled plaster surface
Low ‘U’ Values – 1.0 W/m²K
- Better Thermal Insulation = less energy loss through walls
- Savings on Energy consumption
- Comfortable inside temperature
POROTHERM HP – Product Advantages Construction
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0,00
1,00
2,00
3,00
4,00
5,00
6,00
Clear FloatGlass
DoubleGlazedGlass
ConcreteBlocks
HollowClay
Blocks
AAC
U Value – External walls
U – Values of outer walls (200mm / 230mm):
- POROTHERM HP 200: 1.0 W/m²K
- POROTHERM VP 200: 1.3 W/m²K
- Solid Concrete block (8”): 2.0 W/m²K
- AAC block (8”): 0.7 Wm²K
POROTHERM VP has a higher U-Value than POROTHERM HP because the
density is higher
Plaster has hardly any positive influence on the U-Value, because it is a solid material which conducts heat well
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Test Result – Crushing Strength
POROTHERM HP 100 – 5.2 N/mm2 POROTHERM HP 150 – 4.3 N/mm2 POROTHERM HP 200 – 4.1 N/mm2
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IGBC – POROTHERM HP
POROTHERM HP Clay Hollow bricks contribute to the rating system under
- Energy Efficiency: U-Value : 1.0 W/m²K
- Local Materials :
- local raw materials
- finished goods transported < 500km
- Material with Recycled Content:
-Raw Material used are (fly ash, rice husk, saw dust, granite dust)
-In addition we use Desilted Clay
IGBC = Indian Green Building Council
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POROTHERM HP – Applications
Cutting of Brick
Masonry
Plaster/ Rendering
Door / window Fixation
Chasing, Conduiting for Services
Load Fixation (Mirror, LCD, Geysers, EWC etc)
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POROTHERM HP - Application
Cutting of Brick
Masonry
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POROTHERM HP - Application
Plastering/ Rendering- Gypsum Plaster
- Sand Cement Plaster
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POROTHERM HP
Door/ Window fixation
Conventional Method – Hold fast
Anchor fixing – Plastic sleeve anchors
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POROTHERM HP – Applications
Conduiting for electrical, plumbing- Chasing, Chiseling similar to other conventional bricks/ blocks
- To be filled with rich mortar
- Plastered as a normal wall
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Light Loads: To be fixed by wooden peg 100mm in length
POROTHERM HP – Application
Medium & Heavy Loads: To be fixed using Rack bolts or sleeve anchors
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Hole for rack bolt Rack bolt fixedCement mortar stuffed in hole
Load fixed
Rack bolt with load
POROTHERM HP – Application
Practical Test
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POROTHERM HP – E.g. of Geyser Fixation
Branded Sleeve inserted Screws fixed in branded plugs
Geyser Plate fixed Geyser fixed
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POROTHERM HP – MTC -Trainings
Trainings to stake holders - MTC Trainings in WB Factory
MTC – Masonry Training Centre
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POROTHERM HP – Site Trainings
Trainings to stake holders- Trainings at project sites
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POROTHERM HP – College Presentations
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Apartments
Architect: In house
Builder : Ramaniyam Real Estate
Location : Sholinganallur, Chennai
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Apartments
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Apartments
Architect: In house
Builder : Ramaniyam Real Estate
Location : Kazhipathur, Chennai
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Apartments – Pebble Bay
Architect: Vijay Raheja
Builder : The Advantage Raheja
Location: RMV 2nd Stage, Bangalore
Wall Area:7,00,000 sq ft - G+21 Floors
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ISB – Housing Tower - Hyderabad
Architect : Inform Architects
Floors: 16 Floors
Location : Hyderabad
Project Wall Area : 380,000 Sft
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Sydney Court
Architect: Thomas Associates
Location: Lavelle Road, Bangalore
Wall Area:30,000 Sft
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Legacy Dimora
Architect : DFA Architects Location : Bellary Road, BangaloreProject Wall Area : 130,000 Sft