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CHAPTER 5 Green computing

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Many computing practitioners are challenged with resource inefficiencies and insufficiencies emanating from poor management strategy. In order to reduce complexity and risk while improving productivity, practitioners need to virtualize their resources. Virtualization of devices allows fast installation of applications and reduces cost of procuring equipments and time spent on placing orders, delivery and set-up. The socio-political ramifications of global warming requiring good corporate citizens to meet greenhouse gas reduction targets, creates an added incentive for virtualization. This paper unleashes the many potentials of virtualization technology and explores how it promises to address much of the problems confronting computing practices. The results of the analysis of survey obtained from the industry-leading virtualization software company (VMware) ascertained virtualization as a solution for sufficiency and efficiency in computing practices as the main objectives of this paper.

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Green computing (also known as green IT or sustainable IT) is the design, manufacture, use and disposal of computers, chips, other technology components and peripherals in a way that limits the harmful impact on the environment, which include reducing carbon emissions and energy consumption by manufacturers,  data centers  and end-users. Green computing also encompasses choosing sustainably sourced raw materials, reducing electronic waste and promoting sustainability through the use of renewable resources.

The potential for green computing to have a positive impact on the environment is considerable. The information and communication technology (ICT) sector is responsible for between 1.8% and 3.9% of global greenhouse gas emissions. Moreover, data centers account for 3% of annual total energy consumption—an increase of 100% in the last decade.

“The energy demands and carbon output of computing and the entire ICT sector must be dramatically moderated if climate change is to be slowed in time to avoid catastrophic environmental damage,” according to a  report published by the Association for Computing Machinery  (link resides outside ibm.com).

Every aspect of modern information technology—from the smallest chip to the largest data center—carries a carbon price tag and green computing seeks to reduce just that. Technology makers play a role in green computing, as do the corporations, organizations, governments and individuals that use technology. From massive data centers instituting policies to cut energy consumption to individuals choosing to not use screen savers, green IT is multifaceted and involves myriad decisions at every level.

The decisions regarding going green begin long before products reach consumers. For example, product design and manufacturing are prime areas to lessen the impact of technology on the environment.

Chips that are more energy efficient—such as  the chip designed by IBM® and Samsung  that can be stacked vertically or the  IBM 2nm chip —are examples of innovative design that improves sustainability in computing. The energy consumption of a single computer chip may seem negligible, but when you multiply that by millions, it is possible to make significant reductions.

IBM has also identified systems that can reduce energy usage. Heterogenous structures, for instance, bring together frameworks like CPUs and graphics processing units (GPUs) to optimize power and energy efficiency.

One example is a computer named AiMOS (which stands for Artificial Intelligence Multiprocessing Optimized System), developed as part of a collaboration between IBM, Empire State Development and NY CREATEs. AiMOS is one of the most energy-efficient computers in existence, and it is used to develop more advanced and efficient computing chips, along with many other initiatives.

When designers take steps to reduce the amount of energy each product uses in operation and reduce the amount of heat those products produce, the carbon price tag of computing gets lower. For instance, sleep mode is one of the earliest examples of designers applying the concept of green computing to conserve energy.

Material selection is crucial as well. Design that avoids using hazardous materials keeps those materials out of landfills later. Generating less waste in manufacturing devices and components, too, lessens the burden created by technology on the environment. Green manufacturing is a separate, but related, category of green technology that governs how the factory itself operates.

Other green computing actions manufacturers can take include lengthening the lifespan of computing devices and components so they don’t need to be replaced as frequently, increasing users’ ability to reuse products and making devices recyclable when they do need to be replaced.

The largest gains in making IT more sustainable may be made by corporations, governments and other large organizations. Data centers, server rooms and data storage areas have a significant opportunity to run more efficiently.

In such areas, setting up hot and cold aisles is an important step toward greener computing because it reduces energy consumption and optimizes heating, ventilation and cooling. When automated systems designed to control temperature and similar conditions are combined with hot and cold aisles, emissions are further lowered. Cost savings from reducing energy use may eventually be realized, as well.

One simple step toward efficiency is to make sure things are turned off. Central processing units (CPUs) and peripheral equipment such as printers should be powered down when not in use. Scheduling blocks of time for specific tasks like printing means peripherals are only in use when they are needed.

Purchasing departments have a role to play in green computing, too. Choosing equipment that will last and consumes the least amount of energy necessary for the task to be performed are both ways to reduce the carbon footprint of IT. Notebooks use less energy than laptops, and laptops use less energy than desktop computers, for example.

Green computing isn’t only for large organizations; you can also play an important part in improving sustainability in the world of IT. When many individuals make the choice to use functions like hibernate or sleep mode, the impact can be huge.

Whatever the device, employing the power management features and adjusting screen brightness help reduces energy consumption. Other ways to use less energy include turning off computers at the end of the day and keeping peripherals like speakers or printers turned off unless they are being used.

Refilling printer cartridges rather than purchasing new ones produces less waste and buying refurbished equipment rather than buying new reduces environmental impact. Safe disposal of electronic equipment  improves sustainability and has security advantages  (link resides outside ibm.com).

Just as purchasing departments should choose the most efficient equipment for the tasks to be performed, so should you. If a notebook or laptop can perform necessary tasks as well as a desktop computer, opt for the more efficient device. Energy Star ratings are a good guide for individuals purchasing new equipment.

In 1992, the Environmental Protection Agency (EPA) began the  Energy Star Program  (link resides outside ibm.com) in the United States, which aimed to promote and recognize energy efficiency. That program was the impetus for the adoption of the sleep mode function across the IT industry, and it brought about numerous other initiatives to increase efforts toward green computing. Energy Star-certified products must meet certain operation standards and have power management features that non-certified products may lack.

The program was furthered by a grant from the EPA to the Global Electronics Council, which resulted in the  Electronic Product Environmental Assessment Tool  (link resides outside ibm.com) (EPEAT). EPEAT is a product registry for products that are held to specific performance criteria, including materials used, greenhouse gas emissions from transportation, product longevity, energy use and end-of-lifecycle management.

Before green computing, the IT industry tended to focus on producing smaller and faster devices, rather than on improving sustainability or reducing emissions. On-premises physical servers and hardware are associated with traditional computing, whereas cloud computing represents a move toward a more eco-friendly approach, with a stronger focus on efficiency.

Multiple initiatives to improve green computing standards through the creation of industry metrics related to sustainability exist, as do various certifications. The  Green500  (link resides outside ibm.com) is a sub-list of the Top500, which lists supercomputers and the applications for which those computing systems are used. The Green500 ranks the supercomputers by energy efficiency. The Transaction Processing Performance Council (TCP) is a nonprofit organization that develops benchmarks for performance in the transaction processing industry. SPECPower also creates benchmarks, but for the power and performance characteristics of single- and multi-node servers with the goal of improving efficiency.

Perhaps one of the greatest barriers to advancing green computing is a lack of concern. Few people think of the IT industry when they think about climate change. Along with a general lack of concern, the IT market has developed in a way that prioritizes the development of smaller and faster components and devices rather than environmentally friendly ones.

The fact that technology evolves and changes very rapidly presents challenges in extending the lifecycle of products and requires technology makers to ensure each iteration continues to meet eco-friendly standards. Switching from a conventional set up in a factory, data center or corporate office to a green configuration requires an often-substantial up-front capital investment that represents an additional potential barrier.

Fragmented data and varying needs make decision-making difficult across the spectrum of IT end users. For example, speed and performance have a different value in a large data center than they do for a user at home.

At any given point in the lifecycle of a computing device, users must weigh various concerns. For a large organization, security may be a greater concern than environmental impact when it comes to servers. And for a college student, a smaller device that is easier to carry may be more important than having one that is fully recyclable.

Green computing has the power to lessen the impact of computing on the environment. However, the ICT industry has an opportunity to do much more by using technology to benefit the environment through programs and systems designed to reduce power consumption, improve water management and embrace virtualization as a way to conserve energy.

Wherever you are on the path to green IT and sustainability within your organization, one practical first step that can make a noticeable and immediate impact on energy consumption is to make sure that your applications only consume the resources they need and nothing more. This materially reduces waste (cost and carbon footprint) in data centers and the public cloud.

To help realize that goal, a solution like  IBM Turbonomic® Application Resource Management  can help you continuously analyze applications’ resource utilization to ensure applications get what they need to perform, while adhering to business policies. With a complete understanding of the application and infrastructure stack, you can automate actions and prevent resource congestion across a hybrid cloud environment, while initiating broader investments in sustainability.

IBM is committed to green IT across the ecosystem of the business , including green design, operations and the use of its technology. The company has received numerous awards for  sustainable products, energy use and environmental excellence . IBM’s first corporate policy regarding environmental affairs was issued in 1971, and protecting the environment remains a key issue in worldwide operations.

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Green Computing - Presentation

Green computing is an important concept in education, as students understand the environmental impacts of technology and the need to use sustainable practices. It is also essential for teaching students to be responsible digital citizens, as they need to understand the potential environmental impacts of their online activities. Educating students about green computing can help them become more aware of their environmental impact and the importance of sustainability. Read less

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More related content, similar to green computing - presentation, similar to green computing - presentation ( 20 ), recently uploaded, recently uploaded ( 20 ).

• 1. Green Computing in Educational System Mridul Tewari – SVICA, SVVV Indore Rohit Kanthaliya – SVIIT, SVVV Indore
• 2. CONTENT 1. Introduction to Green Computing. 2. Strategies in Green Computing. 3. Awareness of Green Computing. 4. Practices towards Green Computing. 5. Green Computing in Education. 6. Conclusion. 7. Future Work towards Green Computing in Education.
• 3. Introduction to Green Computing  Green computing refers to the practice of designing, manufacturing, using, and disposing of computers and other electronic products in an energy-efficient and eco-friendly manner.  Green computing in the educational system has the potential to reduce energy consumption, lower operational costs, and improve the environmental sustainability of an educational institution.  Schools can implement strategies such as optimizing computer power settings, choosing energy-efficient hardware, and providing software and hardware recycling options to reduce their environmental footprint.  Green computing initiatives can be used to educate students about environmental stewardship and the importance of conserving energy and resources.
• 4. Strategies in Green Computing  HEIs are increasingly recognizing the importance of green computing and are taking steps to implement green computing practices.  HEIs are also encouraging students and staff to use green computing practices, such as using cloud computing systems and other online services instead of printing documents.  HEIs are increasingly using green computing technologies, such as virtualization.  Virtualization allows multiple virtual machines to run on a single physical machine, reducing the need for multiple physical machines and the associated energy consumption.  Cloud computing systems also allow HEIs to reduce the energy consumption of their computing systems by utilizing shared computing resources in the cloud instead of local computing resources.
• 5. Awareness of Green Computing  Green computing is the term used to describe the practice of creating, using, and disposing of computers and associated technology resources in an environmentally responsible manner.  It involves reducing the environmental impact of computer use by reducing the consumption of electricity, minimizing the use of hazardous materials, and minimizing the generation of electronic waste.  Green computing can also involve the use of recycled or recycled materials in the production of computer hardware.  Green computing is an important part of protecting the environment and conserving resources. It can help reduce pollution, conserve energy, reduce waste, and save money.
• 6. Practices towards Green Computing Green Computing is a way of using technology responsibly and in an environmentally friendly and cost-effective manner and involves the implementation of measures such as energy efficiency, recycling, and reducing the use of hazardous materials. Some best practices for green computing:- 1. Power Management: Ensure that computer and other devices are not consuming more power than necessary. Power down the devices when not in use or optimize power settings for the task at hand. 2. Recycling: Consider donating old devices to those in need. Opt for recycled materials when purchasing new products or upgrading existing ones.
• 7. Practices towards Green Computing (Contd.) 3. Energy Efficiency: Choose energy-efficient devices and equipment that use less power. Products with the ENERGY STAR label meet the highest energy efficiency standards. 4. Material Selection: Select materials that are non-toxic and environmentally friendly. Avoid products with hazardous materials such as chlorine, lead, mercury, cadmium, and bromine.
• 8. GREEN COMPUTING IN EDUCATION  Green computing in education, help students understand the environmental impacts of technology and the importance of sustainability practices.  It makes students to be responsible digital citizens, as they need to understand the potential environmental impacts of their online activities.  Environmental aspects of technology teach students how to properly dispose of and recycle outdated or broken electronics.  Teaching students about the energy consumption of their devices and how to reduce it, and the importance of using secure passwords, can help them become better digital citizens.
• 9. Conclusion  Green computing is an important concept in education, as students understand the environmental impacts of technology and the need to use sustainable practices.  It is also essential for teaching students to be responsible digital citizens, as they need to understand the potential environmental impacts of their online activities.  Educating students about green computing can help them become more aware of their environmental impact and the importance of sustainability.
• 10. FUTURE WORK TOWARDS GREEN COMPUTING IN EDUCATION 1. Implementing energy-efficient IT infrastructure 2. Educating students about green computing 3. Developing green IT policies 4. Implementing virtual learning environments 5. Encouraging the use of open-source software
• 11. Thank you

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GREEN COMPUTING - PowerPoint PPT Presentation

GREEN COMPUTING

Amit kumar anand ankur sinha computer science and engineering n.i.t jamshedpur green computing why computer energy is often wasteful leaving the computer on when not ... – powerpoint ppt presentation.

• Computer Energy is Often Wasteful
• Leaving the computer on when not in use (CPU and
• fan consume power, screen savers consume power)
• Insufficient Power and Cooling Capacities
• Data centers have insufficient cooling capacities.
• Manufacturing techniques
• Disposal of computers and components
• There are toxic chemicals used in the manufacturing of
• computers and components which can enter the food
• chain and water!
• Three areas of focus
• Purchase/Disposal
• Responsible computer purchase and disposal
• considerations.
• Energy use and efficient ways to computing.
• Reducing waste
• Using computers to reduce the use of natural
• The process of running two or more logical computer systems on one set of hardware.
• Virtualization helps a company / enterprise lower power and cooling consumption, by reducing the number of machines and
• servers it needs.
• Virtualization platforms can run across
• hundreds of interconnected physical
• computers and storage devices, to
• create an entire virtual infrastructure.
• Turn off computers and printers when not in use.
• Make sure computer is set to sleep
• when not in use.
• Laptops should be preferred over desktops.
• Watching DVD by copying it to hard drive should be preferred over watching directly from CD-ROM.
• Energy saved 40
• CRT Monitor (17) uses 80 watts.
• LCD Monitor (17) uses 35 watts.
• LED Monitor (17) uses 25 watts.
• LEDs Rare and Expensive
• LCDs preferred for general users.
• Disposal of the computing devices constitute 20-50 million tons per year (about 5 of the total waste of the planet)
• this waste is called e-waste
• e-waste handling
• Change your subscriptions to online not paper .
• Optimize computer performance.
• Decrease screen brightness.
• Change from XP to Vista.
• Consider LCDs over CRTs.
• Consider laptops over desktops.
• Have a energy efficient approach.

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Green Computing

Sep 06, 2014

200 likes | 743 Views

Green Computing. Green C omputing. Green computing is the study and practice of using computing resources efficiently. criteria for measuring organizational success: The triple bottom line , TBL economic, ecological and social or people, planet, profit. "People" (human capital).

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• energy efficiency
• reducing power
• power management
• power saving aspects
• power usage effectiveness pue

Presentation Transcript

Green Computing • Green computing is the study and practice of using computing resources efficiently. • criteria for measuring organizational success: The triple bottom line, TBL • economic, ecological and social • or people, planet, profit

"People" (human capital) • "People" pertains to fair and beneficial business practices toward labor and the community and region in which a corporation conducts its business. • a TBL business would not knowingly use child labour, would pay fair salaries to its workers, would maintain a safe work environment and tolerable working hours, and would not otherwise exploit a community or its labour force. A TBL business also typically seeks to "give back" by contributing to the strength and growth of its community with such things as health care and education.

"Planet" (natural capital) • "Planet" (natural capital) refers to sustainable environmental practices. A TBL company endeavors to benefit the natural order as much as possible or at the least do no harm and curtail environmental impact. • A TBL endeavor reduces its ecological footprint, a measure of human demand on the Earth's ecosystems. • carefully managing its consumption of energy and non-renewables • reducing manufacturing waste • rendering waste less toxic before disposing of it in a safe and legal manner. • avoiding ecologically destructive practices, such as overfishing or other endangering depletions of resources.

"Profit" • "Profit" is the bottom line shared by all commerce, conscientious or not. • the economic benefit enjoyed by the host society. • not limited to the internal profit made by a company or organization.

Approaches to green computing • Algorithmic efficiency • the cost of hardware has declined relative to the cost of energy • Virtualization • With virtualization, several physical systems are combined into one singlesystem, thereby unplugging the original hardware and reducing power and cooling consumption. • Terminal Servers • When using terminal servers, users connect to a central server; all of the computing is done at the server. • Thin client • Power management • The Advanced Configuration and Power Interface (ACPI), an open industry standard, allows an operating system to directly control the power saving aspects of its underlying hardware. • Sleep mode • Energy saving Devices • Solid State storage, LCD monitor with cold-cathode fluorescent bulb or light-emitting diodes (LEDs) • Recycling: e-Waste • Telecommuting • Teleconference, VoIP (Voice Over Internet Protocol)

Research Reveals Environmental Impact of Google Searches • A typical search generates about 7 grams of CO2. Boiling a kettle generates about 15 grams. • Google generated as much greenhouse gas as the world's airlines — about 2 percent of global CO2 emissions. • Google operates huge data centers around the world that consume a great deal of power. • Google has servers in the U.S., Europe, Japan and China. • your request doesn't go to just one server. It goes to several competing against each other and sends you data from whichever produces the answer fastest. The system minimizes delays but raises energy consumption.

Performance per watt • In computing, performance per watt is a measure of the energy efficiency of a particular computer architecture or computer hardware. Literally, it measures the rate of computation that can be delivered by a computer for every watt of power consumed. • FLOPS per watt

The Green Grid • The Green Grid is an international non-profit organization with a mandate to increase energy efficiency in the IT sector. The objectives of this organization include helping to create and promote adoption of metrics and standards to measure datacenter power efficiency, as well as processes and technologies that can help data centers improve performance against those metrics. • Power Usage Effectiveness (PUE) and data center infrastructure efficiency (DCiE) • http://www.thegreengrid.org/

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Cloud Computing Platform CloudWeaver Wins at Spring 2024 Spark! Demo Day

Project was one of nearly 100 student presentations on display at BU’s semiannual Experiential Learning Expo

Created by Max Karambelas (ENG’24, CDS’24) (from left), George Trammell (CDS’24), Luis Mavarez (CAS’24), Andrea Rojas Doupovec (CFA’25, CAS’25), and Jimin Park (CAS’24) (not pictured), CloudWeaver took home the judges’ choice award at the spring 2024 Spark! Demo Day competition. Photo courtesy of BU Spark!

Molly Callahan

Cydney scott.

Imagine that you are a student at Boston University. You’ve made a name for yourself around campus for the handmade crafts you create from your dorm room. Your wares have gotten so popular in fact, that you consider selling them online—a side hustle that might just bring in some extra dough for better supplies (and maybe a nice dinner at a nearby restaurant).

You could list your crafts on existing sites such as Etsy or Amazon, but these platforms take a cut of your profits. Plus, you’ve taken a computer science class or two, so you know a bit about building a rudimentary website. But to get beyond the basics requires access to more powerful servers, not to mention a certain finesse that you just haven’t learned, or haven’t wanted to learn, yet.

Enter: CloudWeaver. The project would connect would-be website builders with easy to navigate, cloud-based computing services. CloudWeaver would help users generate code to build out their own websites and connect users with helpful tools to navigate the maze-like process.

Created by Max Karambelas (ENG’24, CDS’24), George Trammell (CDS’24), Luis Mavarez (CAS’24), Jimin Park (CAS’24), and Andrea Rojas Doupovec (CFA’25, CAS’25), CloudWeaver took home the judges’ choice award at the spring 2024 BU Spark! Demo Day competition on May 2.

“It meant a lot to win,” says Karambelas. “It was rewarding to see that the work I and my team put into this really came to fruition.” He says the team is planning to present their project, which is still in development, at DevConf.US 2024 , a professional technology conference being held at the University in August.

“This has been such a great learning experience,” he says, “not only trying to solve a real problem that my friends and I have encountered, but also getting to experiment with the technology to make it possible.”

In addition to the judges’ choice award, Demo Day presenters competed for an audience choice award. This year, that award went to the team behind chatsqrd , a web application designed to enhance children’s educational experience with an interactive AI component. The chatsqrd team: Milo (Min Sung) Park (CAS’25), Jiehoon Lee (Sargent’25, CAS’25), Thanh Huynh (CAS’25), and Emmeline Chung (CAS’24).

“BU Spark! Demo Day is always so refreshing, energizing, and inspiring,” says Azer Bestavros , BU associate provost for computing and data sciences, a William Fairfield Warren Distinguished Professor, and a College of Arts & Sciences professor of computer science.

“It speaks volumes to the creativity of our students as they put their tech skills to work on real-world problems, whether these problems are ones that they encountered and feel motivated to solve, or ones that are presented to them from our partners in industry or the public sector,” Bestavros says. “There is nothing more empowering to our students than the realization that they possess what it takes to change the world. Experiential learning is all about empowerment and impact. CDS is so lucky to have the BU Spark! team deliver on this promise year in and year out.”

Spark! Demo Day, the twice-annual showcase of innovation by BU Spark! students, was part of the larger Experiential Learning Expo, also held May 2. Taking over two floors of the Center for Computing & Data Sciences, the expo featured more than 100 student projects undertaken in conjunction with the University’s Cross-College Challenge (XCC) and the Learning Assistant Program , which trains undergraduates to be Learning Assistants. The training consists of weekly preparation sessions with faculty and a pedagogy course so they can facilitate discussions among groups of students in a variety of classroom settings that encourage active engagement.

The Cross-College Challenge is the signature project-based experience of the BU Hub general education program, open to juniors and seniors from all the University’s undergraduate schools and colleges. The Learning Assistant Program gives students an opportunity to redesign a small aspect of the course they teach. Students in the program combine the theory they learned throughout the semester with their in-class experiential practice of teaching. 

Students from all three programs presented projects at the expo that highlighted a semester’s worth of learning and experience, and CDS was buzzing with the results. The projects covered a wide range of issues—one team created a data visualization that explored the Boston area’s commuter rail usage; another created an app that pulls together various education platforms into one easy interface; yet another designed a machine-learning algorithm that would spot evidence of human trafficking in photos. 

As for Karambelas, the experience was one that he hopes will launch him forward in a career soon. “It absolutely embodies the kind of work I want to do,” he says. And, along the way, he’s learned that it’s OK not to have all the answers right away. “What we learned was that if you just stick with it and have the final goal in mind, you can make mistakes along the way. You can learn from those failures to make a better product in the end.”

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Senior Writer

Molly Callahan began her career at a small, family-owned newspaper where the newsroom housed computers that used floppy disks. Since then, her work has been picked up by the Associated Press and recognized by the Connecticut chapter of the Society of Professional Journalists. In 2016, she moved into a communications role at Northeastern University as part of its News@Northeastern reporting team. When she's not writing, Molly can be found rock climbing, biking around the city, or hanging out with her fiancée, Morgan, and their cat, Junie B. Jones. Profile

Photojournalist

Cydney Scott has been a professional photographer since graduating from the Ohio University VisCom program in 1998. She spent 10 years shooting for newspapers, first in upstate New York, then Palm Beach County, Fla., before moving back to her home city of Boston and joining BU Photography. Profile

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This slide outlines the overview of green design in green computing and its various aspects of it. The purpose of this slide is to give an overview of green design and its features, including product longevity, size, modularity, end-of-life, and packaging. Present the topic in a bit more detail with this Green Cloud Computing V2 Green Computing Design Overview And Features. Use it as a tool for discussion and navigation on Green Computing Design, Sustainable Techniques, Product Longevity, Technological Components. This template is free to edit as deemed fit for your organization. Therefore download it now.

This slide represents the introduction of green data centers and their performance metrics. The purpose of this slide is to showcase the benefits and various methods to deal with e-waste, such as refurbish, resell, recycle and responsible disposal. Introducing Green Cloud Computing V2 Green Data Centers Overview And Benefits to increase your presentation threshold. Encompassed with four stages, this template is a great option to educate and entice your audience. Dispence information on Environmental Consequence, Green Data Centers, Environment Friendly, E Waste Recycling, using this template. Grab it now to reap its full benefits.

This slide outlines the overview of green manufacturing, including materials and suppliers. The purpose of this slide is to introduce green manufacturing, toxic chemicals used in average computers, materials used by manufacturers to build eco-friendly computer parts and companies with the eco-conscious production process. Increase audience engagement and knowledge by dispensing information using Green Cloud Computing V2 Green Manufacturing Overview Materials And Suppliers. This template helps you present information on three stages. You can also present information on Toxic Chemicals, Eco Conscious Production, Eco Friendly Computer Parts, Eliminating Lead Soldering using this PPT design. This layout is completely editable so personaize it now to meet your audiences expectations.

This slide gives an overview of green usage, including the methods for users to conserve energy. The purpose of this slide is to showcase the various tips for consumers to keep in mind while purchasing electric equipment or appliance. The points include Energy Star, EPEAT registration, LED display and recycling. Deliver an outstanding presentation on the topic using this Green Cloud Computing V2 Green Use Methods For Users To Conserve Energy. Dispense information and present a thorough explanation of Conserve Energy, Electric Equipment Or Appliance, Environmental Assessment Tool using the slides given. This template can be altered and personalized to fit your needs. It is also available for immediate download. So grab it now.

This slide compares the hazardous and state-of-the-art recycling technologies for e-waste disposal. The purpose of this slide is to compare the various technologies used for e-waste disposals, such as incineration, landfilling, open burning, detoxication, shredding, and refining. Present the topic in a bit more detail with this Green Cloud Computing V2 Hazardous Technologies Vs State Of The Art Recycling Technologies. Use it as a tool for discussion and navigation on Recycling Technologies, E Waste Disposal, Incineration, Landfilling, Detoxication. This template is free to edit as deemed fit for your organization. Therefore download it now.

This slide outlines the human health impact of computer and information and communication technology waste. The purpose of this slide is to highlight the primary computing metals and their effects on the human body and the components include lead, cadmium, beryllium oxide, mercury, and barium. Deliver an outstanding presentation on the topic using this Green Cloud Computing V2 Health Implications Of Computer And ICT Wastes. Dispense information and present a thorough explanation of Communication Technology Waste, Primary Computing Metals, Cadmium, Beryllium Oxide using the slides given. This template can be altered and personalized to fit your needs. It is also available for immediate download. So grab it now.