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GREEN COMPUTING
Seminar Presented by- Dipankar Mazumdar
What is GREEN COMPUTING?
 Green Computing is the practice of using computer resources efficiently.
 Designing, manufacturing, disposing computers, servers with no impact on the
environment.
 To reduce the use of hazardous materials, thus maximizing energy efficiency
during product’s lifetime.
 Also known as Green IT.
Why GREEN COMPUTING?
 Computer Energy is often wasteful.
Eg: Leaving the Computer ON when not in use.
 Printing is wasteful.
Eg: Email / Meeting agenda’s print-outs is a waste.
 Pollution.
Eg: Due to manufacturing, packaging, disposal techniques.
 Toxicity.
Eg: Due to toxic chemicals involved in manufacturing.
Green Manufacturing-
 Bamboo: is becoming increasingly popular for making casings for computers &
peripherals.
 Recyclable plastics: Computers are constructed from recyclable polycarbonate
resin.
 Eco-friendly flame retardant: There are flame retardant silicone compounds
available that are flame retardant and completely non-toxic.
 Inventory Management: reducing the quantity of both hazardous materials used
in the process and the amount of excess raw materials.
 Volume reduction: removes hazardous portion of waste from non-hazardous
portion.
Energy use of PC:
 CPU uses 120 watts.
 CRT uses 150 watts.
-8 hours of usage, 5 days a week = 562 KWatts.
 Energy use basically comes from-
-Electrical current to run the CPU, Motherboard, Memory
-Running the fan & spinning the disk.
-Monitor.
Energy Star
 One of the first manifestations of the Green Computing movement was the
launch of ‘Energy Star’ program back in 1992.
 Energy Star served as a voluntary label awarded to computing products that
succeeded in minimizing use of energy while maximizing the efficiency.
 Energy Star applied to products like Monitors, television sets and temperature
control devices like refrigerators, air-conditioners.
Pathways to Green Computing:
Following are the pathways to Green Computing:
Green Use.
Green Disposal.
Green Design.
Green Manufacturing.
Approaches:
 Product longevity: the biggest contribution to green computing usually is to prolong the
equipment's lifetime. Recently, ‘Fujitsu’ released a Life Cycle Assessment (LCA) of a
desktop that shows that manufacturing and end of life accounts for the majority of the
laptop ecological footprint.
 Software and deployment optimization:
- The efficiency of algorithms has an impact on the amount of computer resources
required for any given computing function.
- Algorithm changes, such as switching from a slow (e.g. linear) search algorithm to a fast
(e.g. hashed or indexed) search algorithm can reduce resource usage for a given task from
substantial to zero.
Approaches: contd..
 Power management.
 Recycling.
Saving Energy while working in
Computer:
Sleep Mode:
Sleep or Stand-by mode conserves energy by cutting off power to our display, hard
drives and peripherals.
After a preset period of inactivity, our computer switches to a low power state.
Hibernate Mode:
Saves energy and protects our work by copying system data to a reserved area on our
hard drive and then completely turning off computer.
Saving Energy while working in Internet:
 ‘Blackle’ is a website powered by Google custom search and created by ‘Heap
Media’ which aims to save energy by displaying a black background and using
grayish-white font color for search results.
 ‘Blackle’ saves energy because the screen is predominantly black.
 Setting ‘Blackle’ as the default search engine will definitely take us to Green
computing.
Green Disposal:
 Reuse: donate your computer components to people who don’t have or have
lesser quality computers.
 Refurbish: rather than discarding your computer upgrade it. Change its parts
to make it new.
 Recycle: One of the major challenges is recycling the printed circuit boards
from electronic wastes. The circuit board contains such precious metals as gold,
silver, platinum etc.
Compute Green!
Thank you!

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Green computing

  • 1. GREEN COMPUTING Seminar Presented by- Dipankar Mazumdar
  • 2. What is GREEN COMPUTING?  Green Computing is the practice of using computer resources efficiently.  Designing, manufacturing, disposing computers, servers with no impact on the environment.  To reduce the use of hazardous materials, thus maximizing energy efficiency during product’s lifetime.  Also known as Green IT.
  • 3. Why GREEN COMPUTING?  Computer Energy is often wasteful. Eg: Leaving the Computer ON when not in use.  Printing is wasteful. Eg: Email / Meeting agenda’s print-outs is a waste.  Pollution. Eg: Due to manufacturing, packaging, disposal techniques.  Toxicity. Eg: Due to toxic chemicals involved in manufacturing.
  • 4. Green Manufacturing-  Bamboo: is becoming increasingly popular for making casings for computers & peripherals.  Recyclable plastics: Computers are constructed from recyclable polycarbonate resin.  Eco-friendly flame retardant: There are flame retardant silicone compounds available that are flame retardant and completely non-toxic.  Inventory Management: reducing the quantity of both hazardous materials used in the process and the amount of excess raw materials.  Volume reduction: removes hazardous portion of waste from non-hazardous portion.
  • 5. Energy use of PC:  CPU uses 120 watts.  CRT uses 150 watts. -8 hours of usage, 5 days a week = 562 KWatts.  Energy use basically comes from- -Electrical current to run the CPU, Motherboard, Memory -Running the fan & spinning the disk. -Monitor.
  • 6. Energy Star  One of the first manifestations of the Green Computing movement was the launch of ‘Energy Star’ program back in 1992.  Energy Star served as a voluntary label awarded to computing products that succeeded in minimizing use of energy while maximizing the efficiency.  Energy Star applied to products like Monitors, television sets and temperature control devices like refrigerators, air-conditioners.
  • 7. Pathways to Green Computing: Following are the pathways to Green Computing: Green Use. Green Disposal. Green Design. Green Manufacturing.
  • 8. Approaches:  Product longevity: the biggest contribution to green computing usually is to prolong the equipment's lifetime. Recently, ‘Fujitsu’ released a Life Cycle Assessment (LCA) of a desktop that shows that manufacturing and end of life accounts for the majority of the laptop ecological footprint.  Software and deployment optimization: - The efficiency of algorithms has an impact on the amount of computer resources required for any given computing function. - Algorithm changes, such as switching from a slow (e.g. linear) search algorithm to a fast (e.g. hashed or indexed) search algorithm can reduce resource usage for a given task from substantial to zero.
  • 9. Approaches: contd..  Power management.  Recycling.
  • 10. Saving Energy while working in Computer: Sleep Mode: Sleep or Stand-by mode conserves energy by cutting off power to our display, hard drives and peripherals. After a preset period of inactivity, our computer switches to a low power state. Hibernate Mode: Saves energy and protects our work by copying system data to a reserved area on our hard drive and then completely turning off computer.
  • 11. Saving Energy while working in Internet:  ‘Blackle’ is a website powered by Google custom search and created by ‘Heap Media’ which aims to save energy by displaying a black background and using grayish-white font color for search results.  ‘Blackle’ saves energy because the screen is predominantly black.  Setting ‘Blackle’ as the default search engine will definitely take us to Green computing.
  • 12. Green Disposal:  Reuse: donate your computer components to people who don’t have or have lesser quality computers.  Refurbish: rather than discarding your computer upgrade it. Change its parts to make it new.  Recycle: One of the major challenges is recycling the printed circuit boards from electronic wastes. The circuit board contains such precious metals as gold, silver, platinum etc.