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Green computing,a solution to environmental degradation
Ways of contributing to green computing
Green computing: a panacea for environment degradation
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Keywords: - Green computing, energy saving, environment, carbon dioxide (co2 ).
Introduction: - Green computing is the study and practice of minimizing the environmental impact of computer system and related resources efficiently and eco-friendly.
It is an emerging concept towards reducing the hazardous environment from the harmful impacts of the computer, servers, CPU and other electronic devices.
Green computing is basically concerned with the manufacturing, using and disposing the computers with no side effect on environment.
Use of computer plays a vital role in our environment pollution. About to say 70 percent of energy is consumed by our computer which are not in properly used and is still turned on and that consumed energy is main
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Set up your Power Plan For Pc:- You have to set up a effective power plan for your PC. It can save lot of electricity for you. If computer consume more electricity then it is more harmful for our environment.
7. Recycling of old devices:- Recycling of computer devices is a process of manufacturing of new devices from the old ones. Formal recycling technique is being used by many companies. It is being performed in a special laboratory. By using these Recycling techniques we save our environment.
Advantages:_
1) Green computing reduced energy usage from green computing techniques translates into lower carbon dioxide emission, stemming from a reduction in the fossil fuel used in power plants and transportation.
2) Conserving resources means less energy is required to produce, use and dispose of products.
3) Green computing Saves energy and also saves money.
4) Green computing even includes environment policy to encourage recycling and lowering energy use by individuals and business.
5) Reduce the risk exiting in the laptops such as chemicals known to cause cancer, damage and immune reaction in human
Disadvantage:-
1) Green computing could be actually being quite costly.
2) Some computers that are green way
3) Rapid technology
The article, “Our E-Waste Problem is Ridiculous, and Gadget Makers Aren’t Helping,” by Christina Bonnington, focused the process of electronic devices to be recycled, the challenges of recycling electronic waste, and making devices more recyclable. First, Bonnington described the recycling process. Depending on the condition on the product will determine if it will be reused or stripped down to be destroyed. According to the author, having a simpler design makes the reprocessing easier to bare the electronics for turning into materials. Next, the author mentioned the challenges of recycling. One challenge is how electronics are becoming more compact and tougher to strip apart to separate the materials. Conferring to Bonnington, batteries are
Yes, we hear it every day about the state-of-the-art eco-friendly cars or refrigerators, although what is not explicitly stated are the processes to create those green products. Parts and pieces will arrive at the assembly plant by car, train or plane, which are not always green and contribute to the CO2 emissions, which are damaging the ozone. The only way to be truly green is to not drive an eco-friendly car or to build one. I concur with Owens that going green could be deteriorating the environment in unforeseen ways and one way to correct this demeanor is to consume less. The increase in natural gas and its extraction has plummeted the price resulting in its overuse, which has diminished the interest in renewable energies.
Recycling is the practice of reusing old products to create knew ones in order to essentially “re use” them. In theory, this process is supposed to work perfectly, but because of other factors it doesn’t. The whole idea of recycling is supposed to lead, eventually, to a world where everything will be recycled and used over and over again; thus, no more mining, cutting down tress, and other jobs that require people to do some sort of labor in order to create a certain type of object. The process of recycling would in due time, end these types of labor. Recycling is not entirely a good thing because not everyone does, it requires unnecessary funds, and it takes away many jobs.
Using less energy can reduce greenhouse gas emissions and air pollution, thereby contributing to a cleaner environment.
Energy consumption represents a major sustainability issue for the ABC, because the provision of broadcasting and online services is energy intensive. Increases within the creation and distribution of content by the ABC has essentially needed the installation of latest computer servers and instrumentation, increasing the ABC’s energy needs. The ABC seeks to offset these increases with efficiencies in alternative areas, like the introduction of “virtualisation” software systems to scale back the impact of computer server hardware on energy consumption. Operational selections are guided by the ABC’s Environmental Management Policy (internal) and corporate Responsibility
Based on Laurel Nesbit, a program assistant in the Office of Sustainability here at UF, our campus manages to utilize 470,000 Megawatts of energy annually. This figure is generated from all the energy-consuming gadgets that operate on our campus on a daily bases. These gadgets include computers that are left turned on over the night even they are not in use, copiers, and the fume hoods in our laboratories. Admittedly, the success and the health of wellbeing of the students is contingent upon some of these equipment. For instance, the laboratories need the fume hoods in order to keep the experimenters safe. Instead of casting these necessities away, we can develop alternatives which will be capable of generating energy in order to compensate for the electricity that we endlessly
The greatest impact on reducing dependence on fossil fuels could begin at home. All around us are devices that consume energy even as we do nothing with them. Known colloquially as “vampire power”, these devices in standby power mode continue to consume energy as they are never actually “off”. Studies by Ross and Meier (2001) have shown that the average household can have up to 40 different devices consuming energy, from clocks to microwaves and DVD players to television, these devices add up to, between, 5% and 26% of the total electricity consumption in a household – energy likely produced at the cost of burning fossil fuels, both in production of the electricity and the transportation of the fuels themselves.
Possible options for improving the efficiency/usage ratio include better airflow management, liquid cooling, energy management software and introducing eco-friendly designs for the data centres themselves (Harmon and Auseklis,
The environmental performance of numerous tech companies has been evaluated and since Apple has grown over time, it has received more attention. There has been a frequent campaign against Apple by different environmental organisations such as Greenpeace requesting for the elimination of hardware components that are non-recyclable hardware components, a comprehensive plan that would make the products of Apple not end up in the waste and the removal of toxins from iPhone hardware (Apple Inc. 2016). As much as such campaigns affect the operations of Apple Inc., they are good since they help in the conservation of the environment thus having a good impact on the
Going green in the workplace is a new trend in business. In choosing to go green in the workplace you may be challenged by an elevated initial start-up costs, however savings earned from this investment will more than pay for those initial costs in the future. Many people see this as a controversial issue, and granted it does have its own unique set of pro and cons, but if a business makes careful choices going green can prove to be very rewarding. Companies are doing this to save money on energy expenses as well as deploying it as a means to help reduce the carbon foot-print they are leaving behind.
Electronic waste, or any waste for that matter is an inevitable part of an economic system where the destruction of an ecosystem is the primarily source of resources that are used to create the product. The waste that occurs from this process has to be disposed of in some way and more often than not, it is disposed of carelessly with out consideration to the affect it would have on the environment or the very people that create and let capitalism live on, “The political economy approach also defers progress on environmental issues to a pint after economic ones are solved” (Robbins et al. 2010, 114). And if this continues there may be no place left for the excess waste created by capitalism.
Another important aspect of green architecture is the integration of energy efficient mechanical systems and conservation methods. Green buildings are designed to reduce or eliminate the dependence on fossil fuels. Additionally, green designs further help to minimize waste through the use of gray water recycling and other sustainable energy strategies. Grey water is conserved or saved to be recycled to water gardens.
When every IT professional starts their journey into the IT Sector, they are bound to come across social issues which will have to be dealt with professionally. One important Issue is being green in Information Technology. The earth’s resources are continuously becoming scarce whilst the demand for them increases sharply. Every IT professional should understand that power consumption does not cover the whole green IT spectrum. Recycling dangerous electronic waste, optimising/virtualising servers to distribute workloads, having a long term green policy, reducing your workplace carbon foot print such as the paperless desk and an efficient data centre-business continuity model; these are a few examples of issues that professional must consider as these issues all occur in the green IT world.
Nate Rawlings (2013) states in his article, “Emerging Economies Now the Leading Producers of E-Waste,” that “the overall amount of e-waste is expected to grow 33 percent in the next five years, from 48.9 million tons last year to 65.4 million tons in 2017. That’s the same weight as 200 Empire State Buildings.” Electrical and electronic equipment (EEE) is a fast growing industry and the huge amount of electronics disposed of each year is not just basic waste that is harmless. Each electronic device contains a variety of toxic substances. When e-waste is dumped into landfills, these substances can leach into the soil and groundwater over time. If the e-waste is burned, then more toxic chemicals are released into the air, and both the leaching of the chemicals into the ground and water and the releasing of toxins into the air progress...
Recycle is defined as a process of processing the consumables, so that it is returned to the raw form of the material, to be re-used and reused. Or can also be defined as the process of using the natural resource again after reprocessing.