kailash chandra - insulation for energy saving & sustainability
TRANSCRIPT
Dr. Kailash ChandraSr. Manager Technical, AIIG
Insulate TodayInsulate Today
Insulationfor
Energy Saving &Sustainability
Multi billion dollar conglomerate
45 nationalities
12,000 employees
50 countries of operation
300 brands
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Why to Insulate
Why To Insulate
What happens if temp is hot?
Less Productivity
Low Efficiency
Running to find comfort
We feel COMFORTABLE
when temperature of air around us is
22 +2oC
Why To Insulate
To bring temperature of air
around us as22 +2oC
Either cooling or heating is required
Why To Insulate
Energy
Cooling or
Heating
Higher temperature difference (ΔT)
between external atmosphere and
around us leads to higher cooling or
heating
Why To Insulate
Power plants producing electric energy for heating/cooling/airconditioning need a lot of fuel and produce unnecessary air pollution and emits CO2
Why To Insulate
Carbon Dioxide Emissions are responsible for about80% of the problems related to Greenhouse GasEmissions and CO2 is one of the six chemicals
methane and Biomethane
nitrous oxide
hydrofluorocarbons
perfluorocarbons
sulfur hexafluoride
Why To Insulate
Carbon Dioxide Emission have caused CO2 concentrations in theatmosphere to reach 387 ppm - over 100 ppm higher than pre-industrial revolution levels that were at 280 ppm
CO2 is the main cause for Greenhouse effect and hence Global Warming
Why To Insulate
The total global temperatureincrease from the 1850s throught to 2005 is 0.76°C
Global average temp. is forecast to rise 4°C (7.2°F)toward the end of the 21st century, and this is a mere 90 years away!
Doubling of CO2 levels to 550 ppm will in the end produce a 6°C increase.
Draught
Forest FireFlood
Un predicted Rains
Why To Insulate
Effect of Global WarmingEffect of Global Warming
Global warming is concern of
Every responsible individual
Why To Insulate
Save Energy !
What to do?
Why To Insulate
Energy use
Industry 28%
Buildings 40%
Transport 32%
Source: EURIMA, ECOFIS-study "Mitigation of CO2 Emissions from the Building Stock" Beyond the EU Directive on the Energy Performance of Buildings
40% of world energy is used in buildings; In GCC it is 50%
The buildings have an enormous energy-saving –potential
Why To Insulate
Heating/cooling 75,5%
Hot water 11,5%
House hold facilities 11,5%
Light 1,5%
Final energy consumption 2002; Electricity, oil, gas, coal, etcSource: VDEW 2002
Better savings are expected in GCC due to lack of stringent building code
Why To InsulateTypical Energy consumption of a private household
HOW?HOW?
Simply insulateSimply insulate
Why To Insulate
Insulation
INSULATION -Types
A. Inorganic (Mineral Based)Glass woolRock woolSlag woolCellular Glass (Foam Glass)Calcium silicateCeramic woolPerlite/VermiculateSand Lime Aerated Block (White Block)
B. Organic (Plastic Based)Rubber FoamPhenolic FoamPUR / PIR FoamPolystyrene Foam – EPS/XPSPE Foam
Types of commonly used Insulation
Insulation
Comparison between Mineral wool & Plastic FoamENRPHEPIRPURXPSEPSRWGWParameterProperty
0 - 1000
Yes
Medium
B
0.25 – 0.40
200+
+5
21
120
Rigid
30 - 70
0 - 1
Yes
High
C
n/a
200+
+5
22
140
Rigid
30 - 70
0 - 1
Yes
High
D
0.20 – 0.30
200+
+5
22
110
Rigid
30 - 70
0 - 1300
Yes
Medium
E
n/a
200 - 400
+4
30 - 40
80
Rigid
20 - 40
0 - 1
No
Medium
E - F
0.30 – 0.50
50 - 250
None
32 - 40
80
Rigid
16 - 30
0 - 0
No
Low
A1
0.40 – 1.05
1 - 100
None
34 -45
800
Flex - rigid
35 - 200
0 - 0
No
Low
A1/A2
0.40 – 1.05
1 - 50
None
31 - 45
250
Flex - rigid
10 - 120
Euro class (EN 13501-1
NRC Value
Comp. Strength (KPa)
mW/m.K
lambda (mW/m.K) @ 20 °C
°C
kg/m3
0 - 06ODP - GWP
YesVapor Barrier
High5Smoke Toxicity
E4Fire
n/a3Acoustic
1 - 52Mechanical
None1Lambda drift (ageing)
35 - 40Thermal
105Max. Service Temp.
FlexFlexibility
40-120Common density range
Strength
Weakness
1 6 mW increase over several years, actual speed depending on facing and thickness2 for mineral wool, high values with crimped or lamella product3 indicative values, depending on thickness, density , design4 value given for unfaced product;5 based on quantity of lethal HCN and CO gases in smoke6 by convention: ODP CFC 11 = 1, GWP of CO2 = 1 ( depending on HFC type used)
Blowing agents used in insulation
8 911 11 13
16
26
05
1015202530
K va
lue
(mW
.mK)
CFC (R11)HCFC (141b)HFC (365)Chloro-pentane
n isopentaneCarbon dioxide
Air
Blowing agent (insulant)Mineral wool
Plastic foams
Insulation
NON-COMBUSTIBILITY
IGNITABILITY
SBISingle Burning Item
No performance required
A1A1
BBCC
DDEEFF
A2A2EN ISO 1182
&EN ISO 1716
EN 13823
EN ISO 11925-2
Fire Classification (EN 13501-1) based on Reaction to fire results
Insulation
Fire Class -Performance
Unfaced mineral
wool
FEDCBA2
NONEA1
FoamFaced mineral wool
Gla
ss Alu
Pai
nted
Alu
/Kra
ftP
ES
Kra
ft
Vin
yl
Mineral wool
Non
com
bust
ible
Foam
No
flash
ove
rInsulation
Insulation
Fire Test Videos
Insulation selection
Insulation Selection based on sustainability criteria
Preference for an insulation material among thegiven options shall be based on
Usage of Raw material
Handling, transportation and storage
Application Requirement
Safe to Human
Throughout Life Performances (Aging effect)
Emissions after in use
Fire Class
Behaviour during fire
Impact on environment (ODP & GWP)
By opting Mineral Wool Insulation (Glass wool & Rock wool)
Insulation Selection based on sustainability criteria
Let’s go with confidence !
Because Mineral Wool (Glass wool & Rock wool) Insulation
Are available as flexible, semi rigid and rigidAre light in weight and compressibleAre suitable in wide range of temperature from – 200 oC to + 800 oC
Does not promote growth of mould, bacteria and fungus
Does not show any aging
Are Fire Safe; Resist the fire and achieve highest class of fire safety(Euro Class A1)
Can meet almost all application requirements in the building
Are made from abundantly available raw materials (minerals) on the earth
And moreover “Buy one and get one free” rule is applicable due to their dual performances ( Acoustic and Thermal Insulation)
Environment Friendly – Zero GWP and Zero ODP
Insulation Selection based on sustainability criteria