GREEN INTERIORS
The voluntary pursuit of any activity, which encompasses
concern for energy efficiency, environment, water
conservation and use of recycled products & renewable
energy, can be defined as "Green".
SUSTAINABLE AND ECOFRIENDLY INTERIORS
WHYGO GREEN ?
EARTH... OUR HOME FUTURE GENERATIONS
WE HAVE TO STOP BEING CRIMINAL
AND INSENSITIVE
Organisations & Ratings
Make the difference using
1. Daylight and Views
2. Materials
WHAT MAKES A FABRIC
“ECO-FRIENDLY”?
• Minimum use of chemicals and pesticides
• Best land management practices
• Sustainable farming practices
· Eco-friendly certification
• Animal friendly
• Production adheres to fair trade practices
terratex
Carpets Wool Jute
Natural or Synthetic?
BIODEGRADABLE
MANUFACTURED BY
AGRICULTURAL RPOCESSES
WATER POLLUTION HAZARDS
NON BIODEGRADABLE
CAN BE RECYCLED
ANTIMONY HAZARD
CLEAN PRODUCTION
HARD FLOORING ...
CONCRETE
WATER
STONE
CEMENT
GRAVEL
SAND
BIODEGRADABLE
WALL FINISHES ...
SUSTAINABLE
WOODEN FLOORING...
WOOD OR BAMBOO?
OTHER WOOD AND MILL
WORK
Particle boardMedium density
Fibreboard
AGRIBOARD
Eg. WHEAT BOARD AND STRAW BOARD
FORMALDEHYDE FREE
JUST AS DURABLE AS PARTICLE BOARD
Furniture
Select products with low
or no VOC content
Select water based
finishes for this
Use precious materials
sparingly and from
sustainable forests
Keep life cycle in mind
while choosing
Third party
certifications
PAINT
What are VOCs?
Volatile
organic
compound
s
Organic
bad?
ECO FRIENDLY PAINTS
N AT U R A L PA I N T S
Z E R O V O C
L O W V O C
ONGC Green
Building at BKC,
Mumbai
Interior views
MAIN LOBBY
RECEPTION
LIBRARY
ENERGY
CONSERVATION
FEATURES
• 40 % saving in power consumption
• 30 % saving in water consumption
• All power equipments proposed to be run CENTRALLY
• Use of clean energy ( natural gas) for power and air-
conditioning
• Extensive use of natural day-light through unique
planning ( 3 atriums )
• Bio-waste management for kitchen
• Extensive use of environment-friendly recycled material
• High COP (Low IKW / TR), Vapour absorption
machines(VAM) using waste heat generated through gas
genset exhaust as heat source to generate chilled water
– satisfying half of the building load
• Variable speed drive on all AHUs and large ventilation
fans
• Variable air volume system comprising of VAV boxes for
Board Room, Meeting rooms and cabins
• Car park exhaust system equipped with CO (Carbon
Monoxide) sensors
• Double-skinned Air Handling Units
Air–conditioning & Ventilation System
• Heat recovery wheels for pre cooling fresh air by using
the waste exhaust air from toilet etc
• Indoor air quality sensors in office Areas to modulate
the fresh air quantity entering in AHU room through the
use of motorized modulating volume control dampers
in fresh air Louvers
• Variable speed secondary chilled water distribution
system
• Selection of highly efficient fans for air handling units
and ventilation system
Air–conditioning & Ventilation System
Electrical & LV Systems
• Timers and photo-electric sensors to be used to switch
ON / OFF external landscape and facade lighting
• Compact Fluorescent Lamps (CFL’s) with high
frequency ballast to be used for corridors and BOH
areas
• Energy efficient fluorescent tube lights (T-5) to be used
• All fluorescent light fixtures are specified to
incorporate electronic chokes which have less watt-loss
compared to electro-magnetic chokes and result in
superior operating power factor
Electrical & LV Systems
• Dimmers shall be provided for public area
• Motion sensors shall be provided for corridors lighting
• Photo electric sensors and occupancy sensor shall be
provided in the office spaces
• An APFC relay based on thyristor switching is proposed
to effect the power factor correction / improvement
within a few cycles of deviation from the setting & also
to reduce inrush currents
• All cables shall be derated to avoid heating during use
• VFD based hydro-pneumatic system
• Pumps & equipment selected on “best” energy
efficiency point
• Pressure reducing valves shall be provided where
abnormally high pressures are envisaged
• Appropriate flow restrictors shall be provided for
economizing on water consumption
• Automatic air vent shall be provided on cold water
risers to ensure efficient water flow
Water Supply & Plumbing
• All water closets shall have cisterns of 4 to 5 litres
capacity ( < 1.3 Gallons per flush)
• All running taps shall have flow less than 1.2 Gallons
per minute
• Urinal < 0.5 GPF based on automatic sensors
• Hot water return piping shall be provided to minimize
hot water delay time thus benefiting in water & energy
conservation
Integrated BMS
• Computer based system controls and monitors Electo-
mechanical equipments - AHUs, Chillers, Lighting,
Power Systems, Fire Systems, Pumps & Water
Management systems, Lifts, Video Surveillance, Access
Control etc.
• BMS manages the environment conditions & helps limit
and regulate Energy consumption with minimal human
intervention.
• Lights, Cooling/Heating parameters are connected to
BMS through Occupancy Sensors. Due to this, energy is
not wasted, when areas of building are left empty.
Construction Management Plan
Sr. No. Material Specification Application Suppliers
1 Cement Fly-ash based Cement
(20% Fly ash)
Roof, Walls &
floorings
Madras
Cements Ltd.
2 Aluminium
doors, windows
100% recycled
aluminium, Sealants
for Aluminium
windows to have VOC
limits < 250 g/l
Window frames,
Partitions, door
frames
Indian
Aluminium
Company Ltd
DYSON AIRBLADE
• A comparative test found that both paper towels and
the Airblade dried hands fast, achieving 90%
dryness in about ten seconds, supporting Dyson's
claim of ten seconds drying time. A conventional
warm air dryer took 47 seconds.
CONCLUSION
“Regardless of how efficiently we use resources, if design
doesn’t inspire people, it will not last. If we get it right,
sustainable design promises to bring art and science together.”
– Lance Hosey, co-chair, Architecture of Sustainability conference
WE
DESIGN.
SO...
ITS UPON OUR SHOULDERS
TOO
LOVE AND RESPECT YOUR HOME PLANET
Green interiors

Green interiors

  • 1.
  • 5.
    The voluntary pursuitof any activity, which encompasses concern for energy efficiency, environment, water conservation and use of recycled products & renewable energy, can be defined as "Green". SUSTAINABLE AND ECOFRIENDLY INTERIORS
  • 6.
  • 7.
    EARTH... OUR HOMEFUTURE GENERATIONS WE HAVE TO STOP BEING CRIMINAL AND INSENSITIVE
  • 11.
  • 12.
  • 13.
  • 14.
  • 16.
    WHAT MAKES AFABRIC “ECO-FRIENDLY”? • Minimum use of chemicals and pesticides • Best land management practices • Sustainable farming practices · Eco-friendly certification • Animal friendly • Production adheres to fair trade practices terratex
  • 17.
  • 18.
    Natural or Synthetic? BIODEGRADABLE MANUFACTUREDBY AGRICULTURAL RPOCESSES WATER POLLUTION HAZARDS NON BIODEGRADABLE CAN BE RECYCLED ANTIMONY HAZARD CLEAN PRODUCTION
  • 19.
  • 20.
  • 21.
    OTHER WOOD ANDMILL WORK Particle boardMedium density Fibreboard AGRIBOARD Eg. WHEAT BOARD AND STRAW BOARD FORMALDEHYDE FREE JUST AS DURABLE AS PARTICLE BOARD
  • 22.
    Furniture Select products withlow or no VOC content Select water based finishes for this Use precious materials sparingly and from sustainable forests Keep life cycle in mind while choosing Third party certifications
  • 23.
    PAINT What are VOCs? Volatile organic compound s Organic bad? ECOFRIENDLY PAINTS N AT U R A L PA I N T S Z E R O V O C L O W V O C
  • 24.
  • 25.
  • 26.
  • 27.
  • 28.
    • 40 %saving in power consumption • 30 % saving in water consumption • All power equipments proposed to be run CENTRALLY • Use of clean energy ( natural gas) for power and air- conditioning • Extensive use of natural day-light through unique planning ( 3 atriums ) • Bio-waste management for kitchen • Extensive use of environment-friendly recycled material
  • 29.
    • High COP(Low IKW / TR), Vapour absorption machines(VAM) using waste heat generated through gas genset exhaust as heat source to generate chilled water – satisfying half of the building load • Variable speed drive on all AHUs and large ventilation fans • Variable air volume system comprising of VAV boxes for Board Room, Meeting rooms and cabins • Car park exhaust system equipped with CO (Carbon Monoxide) sensors • Double-skinned Air Handling Units Air–conditioning & Ventilation System
  • 30.
    • Heat recoverywheels for pre cooling fresh air by using the waste exhaust air from toilet etc • Indoor air quality sensors in office Areas to modulate the fresh air quantity entering in AHU room through the use of motorized modulating volume control dampers in fresh air Louvers • Variable speed secondary chilled water distribution system • Selection of highly efficient fans for air handling units and ventilation system Air–conditioning & Ventilation System
  • 31.
    Electrical & LVSystems • Timers and photo-electric sensors to be used to switch ON / OFF external landscape and facade lighting • Compact Fluorescent Lamps (CFL’s) with high frequency ballast to be used for corridors and BOH areas • Energy efficient fluorescent tube lights (T-5) to be used • All fluorescent light fixtures are specified to incorporate electronic chokes which have less watt-loss compared to electro-magnetic chokes and result in superior operating power factor
  • 32.
    Electrical & LVSystems • Dimmers shall be provided for public area • Motion sensors shall be provided for corridors lighting • Photo electric sensors and occupancy sensor shall be provided in the office spaces • An APFC relay based on thyristor switching is proposed to effect the power factor correction / improvement within a few cycles of deviation from the setting & also to reduce inrush currents • All cables shall be derated to avoid heating during use
  • 33.
    • VFD basedhydro-pneumatic system • Pumps & equipment selected on “best” energy efficiency point • Pressure reducing valves shall be provided where abnormally high pressures are envisaged • Appropriate flow restrictors shall be provided for economizing on water consumption • Automatic air vent shall be provided on cold water risers to ensure efficient water flow
  • 34.
    Water Supply &Plumbing • All water closets shall have cisterns of 4 to 5 litres capacity ( < 1.3 Gallons per flush) • All running taps shall have flow less than 1.2 Gallons per minute • Urinal < 0.5 GPF based on automatic sensors • Hot water return piping shall be provided to minimize hot water delay time thus benefiting in water & energy conservation
  • 35.
    Integrated BMS • Computerbased system controls and monitors Electo- mechanical equipments - AHUs, Chillers, Lighting, Power Systems, Fire Systems, Pumps & Water Management systems, Lifts, Video Surveillance, Access Control etc. • BMS manages the environment conditions & helps limit and regulate Energy consumption with minimal human intervention. • Lights, Cooling/Heating parameters are connected to BMS through Occupancy Sensors. Due to this, energy is not wasted, when areas of building are left empty.
  • 36.
    Construction Management Plan Sr.No. Material Specification Application Suppliers 1 Cement Fly-ash based Cement (20% Fly ash) Roof, Walls & floorings Madras Cements Ltd. 2 Aluminium doors, windows 100% recycled aluminium, Sealants for Aluminium windows to have VOC limits < 250 g/l Window frames, Partitions, door frames Indian Aluminium Company Ltd
  • 37.
    DYSON AIRBLADE • Acomparative test found that both paper towels and the Airblade dried hands fast, achieving 90% dryness in about ten seconds, supporting Dyson's claim of ten seconds drying time. A conventional warm air dryer took 47 seconds.
  • 39.
  • 40.
    “Regardless of howefficiently we use resources, if design doesn’t inspire people, it will not last. If we get it right, sustainable design promises to bring art and science together.” – Lance Hosey, co-chair, Architecture of Sustainability conference WE DESIGN.
  • 41.
    SO... ITS UPON OURSHOULDERS TOO
  • 42.
    LOVE AND RESPECTYOUR HOME PLANET

Editor's Notes

  • #22 oard
  • #39 LED Lighting Lightbulbs have changed quite a bit lately. Compact fluorescent lamps were introduced as highly efficient alternatives to traditional bulbs before 100, 75, 60 and 40-watt incandescent light bulbs are phased out of production by 2014.. The good news is that the bulb is so efficient that if every 60-watt incandescent in the country were replaced, $3.9 billion and 20 million metric tons of carbon emissions would be saved in one year.