“Digital CO₂ Footprint” or “Digital Carbon Footprint”, is the emissions, occurring from the production, use and data transfer of digital devices it causes more CO₂ emissions than one might expect.
Carbon markets 101 introduces the market mechanisms under the Kyoto Protocol and related initiatives. It helps executives and managers understand emerging business issues around carbon trading, emission reduction projects and carbon monitoring.
Carbon emissions come from both human and natural sources. The main human sources are fossil fuel use, land use change, and industrial processes, while the main natural sources are ocean-atmosphere exchange, plant and animal respiration, and soil respiration. Carbon credits represent the right to emit one ton of carbon dioxide and are measured in Certified Emission Reduction units. Under the Kyoto Protocol, carbon credits are credits for reducing carbon dioxide or other greenhouse gases from the atmosphere. Currently, the price of one carbon credit is between 10-15 Euro and carbon credits are traded on environmental exchanges.
Digital Innovations for Sustainable and Inclusive Development Soren Gigler
This presentation lays out a human-centered approach to the digital transformation. It analyses the conditions under which digital technologies can lead to enhancing the economic and human well-being of local and rural communities. The second section of the presentation provide 7 concrete case studies on how blockchain innovations can directly benefit citizens and poor communities in developing countries.
This document discusses carbon credits and carbon banking. It begins by defining carbon credits as representing one ton of carbon. It then explains how carbon credits were created to control greenhouse gas emissions and how they work as part of an emissions trading system. It discusses the key concepts and mechanisms behind carbon credits, including additionality, criticism of the system, and how carbon credits can benefit countries and companies.
Digital as an enabler for climate actionSoren Gigler
Digital innovations are key enablers for climate action and sustainability. the presentation provides an overview of the EU's program on the digital and green transformation and provides recommendations on how to leverage the power of digital innovations to address the challenges of climate change.
Presentation on draft target validation criteria for financial institutions to align their investment and lending activities with the goals of the Paris Agreement.
Learn more: https://www.wri.org/events/2020/02/workshop-science-based-target-setting-financial
An introduction to sustainability reportingPReConsultants
The document discusses sustainability reporting and the Global Reporting Initiative (GRI) guidelines. It describes the sustainability reporting process as a 5 step ongoing cycle of defining goals, connecting with stakeholders, monitoring performance, reporting results, and preparing for the next cycle. It also outlines some of the main activities and potential challenges organizations may face when implementing sustainability reporting.
Carbon markets 101 introduces the market mechanisms under the Kyoto Protocol and related initiatives. It helps executives and managers understand emerging business issues around carbon trading, emission reduction projects and carbon monitoring.
Carbon emissions come from both human and natural sources. The main human sources are fossil fuel use, land use change, and industrial processes, while the main natural sources are ocean-atmosphere exchange, plant and animal respiration, and soil respiration. Carbon credits represent the right to emit one ton of carbon dioxide and are measured in Certified Emission Reduction units. Under the Kyoto Protocol, carbon credits are credits for reducing carbon dioxide or other greenhouse gases from the atmosphere. Currently, the price of one carbon credit is between 10-15 Euro and carbon credits are traded on environmental exchanges.
Digital Innovations for Sustainable and Inclusive Development Soren Gigler
This presentation lays out a human-centered approach to the digital transformation. It analyses the conditions under which digital technologies can lead to enhancing the economic and human well-being of local and rural communities. The second section of the presentation provide 7 concrete case studies on how blockchain innovations can directly benefit citizens and poor communities in developing countries.
This document discusses carbon credits and carbon banking. It begins by defining carbon credits as representing one ton of carbon. It then explains how carbon credits were created to control greenhouse gas emissions and how they work as part of an emissions trading system. It discusses the key concepts and mechanisms behind carbon credits, including additionality, criticism of the system, and how carbon credits can benefit countries and companies.
Digital as an enabler for climate actionSoren Gigler
Digital innovations are key enablers for climate action and sustainability. the presentation provides an overview of the EU's program on the digital and green transformation and provides recommendations on how to leverage the power of digital innovations to address the challenges of climate change.
Presentation on draft target validation criteria for financial institutions to align their investment and lending activities with the goals of the Paris Agreement.
Learn more: https://www.wri.org/events/2020/02/workshop-science-based-target-setting-financial
An introduction to sustainability reportingPReConsultants
The document discusses sustainability reporting and the Global Reporting Initiative (GRI) guidelines. It describes the sustainability reporting process as a 5 step ongoing cycle of defining goals, connecting with stakeholders, monitoring performance, reporting results, and preparing for the next cycle. It also outlines some of the main activities and potential challenges organizations may face when implementing sustainability reporting.
Organizations must take a transformative approach to climate change by identifying opportunities for decarbonization and value creation beyond emissions reduction alone. This requires considering implications for business from the net-zero industrial revolution using a systems perspective. Sustainable decision making at the portfolio level and key enablers for sustainable IT operations are areas that can help organizations mitigate climate losses and capture value during the transition to a low-carbon economy.
Introduction to the Paris Agreement: opportunities and challengesIIED
A presentation by IIED principal researcher Dr Achala Abeysinghe summarising the Paris Agreement’s opportunities, issues and challenges
The presentation was made at an event on international climate law and policy organised by Bangladesh Center for Climate Justice, IIED and ICCCAD.
More details: http://www.iied.org/helping-vulnerable-countries-achieve-equitable-solutions-climate-law-policy-making-processes
The panel discussion on sustainability making business sense saw industry leaders discuss how sustainability has moved beyond compliance and is now essential for business success. Key points included:
1) Companies need to refine their core purpose to ensure it is not in conflict with environmental protection. This requires a mindset shift towards more transparency.
2) Sustainability is no longer a choice but a requirement as consumers, employees, and investors increasingly demand responsible practices.
3) Capital is moving towards more sustainable companies, with actions by pension funds and investors influencing stock prices of hard-to-abate industries. Collaborative global action is also increasing pressure on companies to integrate sustainability across R&D, supply chains, and operations.
Carbon credits are certificates that represent the right to emit one ton of carbon dioxide or the mass of another greenhouse gas. [1] The document discusses carbon credits in India, how buying carbon credits can reduce emissions, and criticisms of the carbon credit system. It explains that carbon credits create a market mechanism for reducing greenhouse gas emissions by allowing companies that emit less than their allotted limit to sell credits to those that emit more. However, the system is not perfect, as it can be difficult to accurately measure and account for emissions. [2] The Kyoto Protocol established carbon credits as a way for countries and companies to meet emission reduction targets, but criticisms remain about whether it adequately addresses the problem of climate change. [3
Carbon Credit for Sustainable DevelopmentShabin Lalu
The document discusses carbon credits for sustainable development. It introduces carbon credits as permits that allow the holder to emit 1 tonne of CO2. Carbon credits are generated through projects that reduce greenhouse gas emissions and can be traded on international markets. The Kyoto Protocol established a framework for carbon trading between developed and developing countries through mechanisms like clean development. The document provides examples of how projects in India have generated carbon credits and the overall benefits of carbon credits for sustainable development and reducing global warming.
Aspects of Urban resilience.
Presented as part of the Nature Addicts workshop, in the context of Eleusis Cultural Capital of Europe 2021 in Eleusis May 23, 2017
Carbon credits represent the right to emit one ton of carbon dioxide. The Kyoto Protocol established a cap and trade system where countries are assigned emission limits and can trade carbon credits. If a country emits less than its limit, it can sell excess credits to countries that exceed their limits. While carbon trading provides incentives to reduce emissions, it has been criticized for allowing countries to simply buy credits rather than reduce their own emissions and lacking a unified global framework.
January 2024. Sustainable IT (Information Technology), also called Green IT, includes the development, manufacturing, utilization, management, and disposal of Information Technology in ways that are resource-efficient and environmentally responsible.
Sustainable IT benefits: (1) Cost savings: energy, water, resources, materials, and waste management (2) Enterprise social image enhancement: many customers prefer to buy from businesses with sustainable practices (3) Positive environmental impact: less emissions and waste generation maximized by the use of clean renewable energy sources.
Sustainable IT challenges: (1) High initial costs (2) Lack of green software (3) Lack of coding standards (4) Lack of implementation experience (5) Difficulty in identifying optimum sustainable practices (6) High energy use and emissions during development.
Sustainable IT implementation steps using Artificial intelligence (AI): (1) Reduce emissions and water consumption (2) Improve energy efficiency (3) Monitor compliance (4) Benchmark sustainability efforts (5) Improve social impact and data governance.
A green data center is an enterprise-class data center that is entirely designed, run, and operated using green technologies to maximize energy efficiency and minimize the carbon footprint.
Examples of green technologies include software optimization, artificial intelligence, multi-site resilience, liquid cooling, renewable energy, waste heat utilization, idle time minimization, smart grids, and efficient lighting.
Policy wise, in September 2023, the SDG Digital Summit was launched with the aim of scaling digital SDG solutions through high impact initiatives. The SDG Digital Acceleration Agenda is a collaboration between the International Telecommunication Union (ITU) and the United Nations Development Program (UNDP) that highlights the importance of digital technologies in achieving 70% of the 169 Sustainable Development Goals (SDGs).
In this slideshow, you will learn about the definition, benefits, challenges, green data center, green technologies, UN policy, global statistics, and market value of the sustainable IT industry. For more slideshows on environmental sustainability, please visit s2adesign.com
The document discusses greenhouse gases like carbon dioxide and their impact on global warming. It explains that carbon credits were created through agreements like the Kyoto Protocol to limit greenhouse gas emissions from countries and allow for carbon trading. Under the Kyoto Protocol, countries agreed to emission caps and could buy carbon credits from other countries or companies that had excess allowances to emit greenhouse gases. The flexibility mechanisms in Kyoto, like the clean development mechanism, aimed to reduce emissions on an international scale through carbon trading.
Digitalization - How to build a killer ecosystem by aligning customer experie...Milos Radovic
Through customer experience & digital ecosystems to new business models – The operation and business models of the future are digital. A successful digitalization therefore needs more than just innovative technologies. Novel concepts are required! It’s the time to rethink: Only when customer experience, platforms and enterprises interlock is it possible for the power of digitalization to truly unfold. We use tangible examples to showcase the impact of the digital chain on enterprises, how Design Thinking, Agile Development, Co-Creation and technology collude and how ecosystems drive new business models.
This document provides guidance on accounting for greenhouse gas emissions from purchased electricity, known as scope 2 emissions. It outlines new requirements for dual reporting using location-based and market-based accounting methods. For companies with electricity choice, it requires reporting both methods and following scope 2 quality criteria for market-based instruments. The guidance was developed over four years with input from a technical working group of over 200 members from 23 countries. It aims to improve transparency and accuracy in accounting for scope 2 emissions.
Carbon Credit Measurement, Reporting and Verification - Hannah EdgerlyGreenBiz Group
The document discusses modernizing carbon markets through digital measurement, reporting, and verification (DMRV). It proposes that DMRV could make carbon markets more high quality, transparent, and scalable by digitizing processes like data gathering, calculations, and auditing. This includes using technologies like satellites, machine learning, and interactive digital tools. It also describes Pachama's work developing a core technology to digitally compute carbon credits through a simplified equation accounting for project emissions, baseline emissions, leakage emissions, and uncertainty adjustments. The goal is an integrated digital platform for issuance and trading of credits.
Conferencia de Jeffrey Sachs en Madrid el 28 de mayo de 2019, en la jornada "La transformación ineludible: investigación e innovación para acelerar el cumplimiento de la Agenda 2030"
E-Government and sustainable developmentsamossummit
How e-government plays an important role for implementing, follow-up and review of the progress made in the 2030 Agenda for Sustainable Development. How to align and integrate the 17 SDG to the e-government strategy.
Soumaya Ben Dhaou, Researcher, United Nations University, PT
Carbon credits are permits that allow the holder to emit one ton of carbon dioxide. Companies can buy and sell carbon credits to balance emissions and reduce their carbon footprint. India is a large emitter of greenhouse gases and has the potential to earn money through carbon credit trading. The document discusses how carbon credits are calculated based on biomass and tree planting. It outlines India's current emissions, policies around carbon markets, and companies involved in carbon credit trading. The future of carbon credits is promising as more companies adopt net-zero goals and demand for credits is expected to grow substantially in coming decades.
Carbon Trading, Emission Balance, Types of Carbon Credit, Voluntary Emissions Reduction (VER), Certified Emissions Reduction (CER), Price of Carbon Credit, Emissions Trading Systems (ETS), Carbon tax , How does carbon pricing work?, Carbon Markets, Trading of Carbon Credits, Trading of Carbon Credits in India
This presentation focuses on the role breakthrough digital technologies, such as AI, blockchain and IoT can play for climate action and sustainble development. It also addresses the urgent need to enhance the sustainability of the ICT sector. The digital transformation approach is based on a people-centered approach that puts people instead of technologies first
The document discusses the UNFCCC process and current climate change negotiations. It provides an overview of key terms and organizations involved in the UNFCCC including the COP, Kyoto Protocol, AWG-KP, and AWG-LCA. The current negotiations are focused on establishing further commitments beyond the first commitment period of the Kyoto Protocol from 2012-2020, as well as addressing long-term cooperative action on mitigation, adaptation, technology transfer, and financing under the Bali Action Plan through both the AWG-KP and AWG-LCA tracks.
The widespread adoption of the internet and cloud computing has led to a massive increase in data storage, processing, and transmission needs, driving growth in the data center industry. This has resulted in a parallel rise in global power requirements and greenhouse gas emissions from the millions of servers and thousands of data centers now in existence. Additionally, the short lifespan of electronic devices contributes greatly to the problem of e-waste, which poses environmental and health risks when improperly disposed of. While the internet enables more efficient alternatives to traditional activities, its infrastructure still has a significant carbon and waste footprint that must be addressed through innovative solutions and renewable energy initiatives.
Jorge Zapico has a background in computer science and sustainable technology. He argues that these fields are more connected than they appear. ICTs have significantly changed how people live and communicate, but their production and short lifespan contributes to environmental problems like e-waste. However, ICTs also enable dematerialization, virtual presence, optimization, and tools for societal change that can support sustainability if designed well. Key technologies to watch include mobile phones, sensors, social media, and approaches that empower openness and positive impacts on sustainability. ICTs themselves are neutral but impact sustainability based on how they are guided and applied.
Organizations must take a transformative approach to climate change by identifying opportunities for decarbonization and value creation beyond emissions reduction alone. This requires considering implications for business from the net-zero industrial revolution using a systems perspective. Sustainable decision making at the portfolio level and key enablers for sustainable IT operations are areas that can help organizations mitigate climate losses and capture value during the transition to a low-carbon economy.
Introduction to the Paris Agreement: opportunities and challengesIIED
A presentation by IIED principal researcher Dr Achala Abeysinghe summarising the Paris Agreement’s opportunities, issues and challenges
The presentation was made at an event on international climate law and policy organised by Bangladesh Center for Climate Justice, IIED and ICCCAD.
More details: http://www.iied.org/helping-vulnerable-countries-achieve-equitable-solutions-climate-law-policy-making-processes
The panel discussion on sustainability making business sense saw industry leaders discuss how sustainability has moved beyond compliance and is now essential for business success. Key points included:
1) Companies need to refine their core purpose to ensure it is not in conflict with environmental protection. This requires a mindset shift towards more transparency.
2) Sustainability is no longer a choice but a requirement as consumers, employees, and investors increasingly demand responsible practices.
3) Capital is moving towards more sustainable companies, with actions by pension funds and investors influencing stock prices of hard-to-abate industries. Collaborative global action is also increasing pressure on companies to integrate sustainability across R&D, supply chains, and operations.
Carbon credits are certificates that represent the right to emit one ton of carbon dioxide or the mass of another greenhouse gas. [1] The document discusses carbon credits in India, how buying carbon credits can reduce emissions, and criticisms of the carbon credit system. It explains that carbon credits create a market mechanism for reducing greenhouse gas emissions by allowing companies that emit less than their allotted limit to sell credits to those that emit more. However, the system is not perfect, as it can be difficult to accurately measure and account for emissions. [2] The Kyoto Protocol established carbon credits as a way for countries and companies to meet emission reduction targets, but criticisms remain about whether it adequately addresses the problem of climate change. [3
Carbon Credit for Sustainable DevelopmentShabin Lalu
The document discusses carbon credits for sustainable development. It introduces carbon credits as permits that allow the holder to emit 1 tonne of CO2. Carbon credits are generated through projects that reduce greenhouse gas emissions and can be traded on international markets. The Kyoto Protocol established a framework for carbon trading between developed and developing countries through mechanisms like clean development. The document provides examples of how projects in India have generated carbon credits and the overall benefits of carbon credits for sustainable development and reducing global warming.
Aspects of Urban resilience.
Presented as part of the Nature Addicts workshop, in the context of Eleusis Cultural Capital of Europe 2021 in Eleusis May 23, 2017
Carbon credits represent the right to emit one ton of carbon dioxide. The Kyoto Protocol established a cap and trade system where countries are assigned emission limits and can trade carbon credits. If a country emits less than its limit, it can sell excess credits to countries that exceed their limits. While carbon trading provides incentives to reduce emissions, it has been criticized for allowing countries to simply buy credits rather than reduce their own emissions and lacking a unified global framework.
January 2024. Sustainable IT (Information Technology), also called Green IT, includes the development, manufacturing, utilization, management, and disposal of Information Technology in ways that are resource-efficient and environmentally responsible.
Sustainable IT benefits: (1) Cost savings: energy, water, resources, materials, and waste management (2) Enterprise social image enhancement: many customers prefer to buy from businesses with sustainable practices (3) Positive environmental impact: less emissions and waste generation maximized by the use of clean renewable energy sources.
Sustainable IT challenges: (1) High initial costs (2) Lack of green software (3) Lack of coding standards (4) Lack of implementation experience (5) Difficulty in identifying optimum sustainable practices (6) High energy use and emissions during development.
Sustainable IT implementation steps using Artificial intelligence (AI): (1) Reduce emissions and water consumption (2) Improve energy efficiency (3) Monitor compliance (4) Benchmark sustainability efforts (5) Improve social impact and data governance.
A green data center is an enterprise-class data center that is entirely designed, run, and operated using green technologies to maximize energy efficiency and minimize the carbon footprint.
Examples of green technologies include software optimization, artificial intelligence, multi-site resilience, liquid cooling, renewable energy, waste heat utilization, idle time minimization, smart grids, and efficient lighting.
Policy wise, in September 2023, the SDG Digital Summit was launched with the aim of scaling digital SDG solutions through high impact initiatives. The SDG Digital Acceleration Agenda is a collaboration between the International Telecommunication Union (ITU) and the United Nations Development Program (UNDP) that highlights the importance of digital technologies in achieving 70% of the 169 Sustainable Development Goals (SDGs).
In this slideshow, you will learn about the definition, benefits, challenges, green data center, green technologies, UN policy, global statistics, and market value of the sustainable IT industry. For more slideshows on environmental sustainability, please visit s2adesign.com
The document discusses greenhouse gases like carbon dioxide and their impact on global warming. It explains that carbon credits were created through agreements like the Kyoto Protocol to limit greenhouse gas emissions from countries and allow for carbon trading. Under the Kyoto Protocol, countries agreed to emission caps and could buy carbon credits from other countries or companies that had excess allowances to emit greenhouse gases. The flexibility mechanisms in Kyoto, like the clean development mechanism, aimed to reduce emissions on an international scale through carbon trading.
Digitalization - How to build a killer ecosystem by aligning customer experie...Milos Radovic
Through customer experience & digital ecosystems to new business models – The operation and business models of the future are digital. A successful digitalization therefore needs more than just innovative technologies. Novel concepts are required! It’s the time to rethink: Only when customer experience, platforms and enterprises interlock is it possible for the power of digitalization to truly unfold. We use tangible examples to showcase the impact of the digital chain on enterprises, how Design Thinking, Agile Development, Co-Creation and technology collude and how ecosystems drive new business models.
This document provides guidance on accounting for greenhouse gas emissions from purchased electricity, known as scope 2 emissions. It outlines new requirements for dual reporting using location-based and market-based accounting methods. For companies with electricity choice, it requires reporting both methods and following scope 2 quality criteria for market-based instruments. The guidance was developed over four years with input from a technical working group of over 200 members from 23 countries. It aims to improve transparency and accuracy in accounting for scope 2 emissions.
Carbon Credit Measurement, Reporting and Verification - Hannah EdgerlyGreenBiz Group
The document discusses modernizing carbon markets through digital measurement, reporting, and verification (DMRV). It proposes that DMRV could make carbon markets more high quality, transparent, and scalable by digitizing processes like data gathering, calculations, and auditing. This includes using technologies like satellites, machine learning, and interactive digital tools. It also describes Pachama's work developing a core technology to digitally compute carbon credits through a simplified equation accounting for project emissions, baseline emissions, leakage emissions, and uncertainty adjustments. The goal is an integrated digital platform for issuance and trading of credits.
Conferencia de Jeffrey Sachs en Madrid el 28 de mayo de 2019, en la jornada "La transformación ineludible: investigación e innovación para acelerar el cumplimiento de la Agenda 2030"
E-Government and sustainable developmentsamossummit
How e-government plays an important role for implementing, follow-up and review of the progress made in the 2030 Agenda for Sustainable Development. How to align and integrate the 17 SDG to the e-government strategy.
Soumaya Ben Dhaou, Researcher, United Nations University, PT
Carbon credits are permits that allow the holder to emit one ton of carbon dioxide. Companies can buy and sell carbon credits to balance emissions and reduce their carbon footprint. India is a large emitter of greenhouse gases and has the potential to earn money through carbon credit trading. The document discusses how carbon credits are calculated based on biomass and tree planting. It outlines India's current emissions, policies around carbon markets, and companies involved in carbon credit trading. The future of carbon credits is promising as more companies adopt net-zero goals and demand for credits is expected to grow substantially in coming decades.
Carbon Trading, Emission Balance, Types of Carbon Credit, Voluntary Emissions Reduction (VER), Certified Emissions Reduction (CER), Price of Carbon Credit, Emissions Trading Systems (ETS), Carbon tax , How does carbon pricing work?, Carbon Markets, Trading of Carbon Credits, Trading of Carbon Credits in India
This presentation focuses on the role breakthrough digital technologies, such as AI, blockchain and IoT can play for climate action and sustainble development. It also addresses the urgent need to enhance the sustainability of the ICT sector. The digital transformation approach is based on a people-centered approach that puts people instead of technologies first
The document discusses the UNFCCC process and current climate change negotiations. It provides an overview of key terms and organizations involved in the UNFCCC including the COP, Kyoto Protocol, AWG-KP, and AWG-LCA. The current negotiations are focused on establishing further commitments beyond the first commitment period of the Kyoto Protocol from 2012-2020, as well as addressing long-term cooperative action on mitigation, adaptation, technology transfer, and financing under the Bali Action Plan through both the AWG-KP and AWG-LCA tracks.
The widespread adoption of the internet and cloud computing has led to a massive increase in data storage, processing, and transmission needs, driving growth in the data center industry. This has resulted in a parallel rise in global power requirements and greenhouse gas emissions from the millions of servers and thousands of data centers now in existence. Additionally, the short lifespan of electronic devices contributes greatly to the problem of e-waste, which poses environmental and health risks when improperly disposed of. While the internet enables more efficient alternatives to traditional activities, its infrastructure still has a significant carbon and waste footprint that must be addressed through innovative solutions and renewable energy initiatives.
Jorge Zapico has a background in computer science and sustainable technology. He argues that these fields are more connected than they appear. ICTs have significantly changed how people live and communicate, but their production and short lifespan contributes to environmental problems like e-waste. However, ICTs also enable dematerialization, virtual presence, optimization, and tools for societal change that can support sustainability if designed well. Key technologies to watch include mobile phones, sensors, social media, and approaches that empower openness and positive impacts on sustainability. ICTs themselves are neutral but impact sustainability based on how they are guided and applied.
THE DIGITAL CARBON FOOTPRINT: THREAT TO AN ENVIRONMENTALLY SUSTAINABLE FUTUREijcsit
With digitalization at its peak, every online action we take has an environmental impact. There is a
growing concern about the world's ever-increasing carbon emission due to technological advancement.
The vast majority of human actions have been proved harmful to the environment. This effect has been
mostly tied to available carbon emissions. On the other hand, recent findings have raised awareness of
digital carbon emissions. These harmful emissions represent the available CO2 emissions rate resulting
from generic digitization concepts. The advancement of technology has considerably contributed to CO2
emissions. This study paper discusses the total effects of carbon emissions. It also shows the rates of
carbon emissions caused by the tech industry worldwide. The article describes how digital services have
boosted carbon emissions and the number of regions affected by the higher rates. The study focuses on the
relationship between carbon emissions and digitization, remedies to the problem, and an overall analysis
of the global digital carbon footprint.
With digitalization at its peak, every online action we take has an environmental impact. There is a
growing concern about the world's ever-increasing carbon emission due to technological advancement.
The vast majority of human actions have been proved harmful to the environment. This effect has been
mostly tied to available carbon emissions. On the other hand, recent findings have raised awareness of
digital carbon emissions. These harmful emissions represent the available CO2 emissions rate resulting
from generic digitization concepts. The advancement of technology has considerably contributed to CO2
emissions. This study paper discusses the total effects of carbon emissions. It also shows the rates of
carbon emissions caused by the tech industry worldwide. The article describes how digital services have
boosted carbon emissions and the number of regions affected by the higher rates. The study focuses on the
relationship between carbon emissions and digitization, remedies to the problem, and an overall analysis
of the global digital carbon footprint.
Digital Technology the foundation of the net-zero emission future.pdfSoftprodigy
Learn how digital technologies are the foundation for a net-zero emission future. Download our free PDF to explore the leading solutions and strategies for achieving sustainable energy, transport, agriculture, and industry systems. Discover how you can make a difference today by investing in future technology.
Universities can play a leadership role in reducing global warming by transitioning to a zero-carbon economy through their information and communication technologies (ICT). ICT currently accounts for 2-3% of global emissions but has the potential to enable much larger indirect emission reductions. Universities should inventory their ICT carbon emissions, develop zero-carbon network architectures using renewable energy sites, virtualization, and applications to reduce emissions. This can also create economic opportunities while positioning universities as sustainability leaders.
The document discusses building the world's first "5G" wireless network that would be powered by renewable energy sources. Key points include:
- Over 100,000 cell phone towers would be powered by renewable sources like wind and solar by 2012.
- Existing 3G and 4G networks cannot handle increasing data loads, so a 5G network is needed to offload data to the nearest node or tower.
- New WiFi standards would allow data to be handed off between 3G networks and WiFi nodes, many of which could also be powered by renewable sources.
Ocri technology and business opportunities in green it inBill St. Arnaud
This document discusses opportunities for green IT businesses in Ottawa related to reducing carbon emissions. It notes that the ICT sector's carbon footprint is growing rapidly but that green IT technologies also have significant potential to reduce emissions in other sectors like transportation and buildings. Specific opportunities mentioned include developing cloud and virtualization platforms that maximize renewable energy, building a wireless network powered by renewable energy, and creating a system that rewards consumers and businesses for reducing their carbon footprint through low-carbon online services. The document argues that addressing climate change now through innovation in green communications technologies represents a huge business opportunity.
The document discusses how information and communication technologies (ICT) can help reduce global warming through virtualization and moving computing services to more efficient "zero carbon" data centers. Specifically:
1) ICT itself contributes significantly to carbon emissions, but virtualizing computing services and moving them to optimized data centers powered by renewable energy can reduce emissions from both ICT and other industries that use these services.
2) A "zero carbon" strategy of building optimized data centers powered by renewable energy, connecting them by optical networks, virtualizing enterprise and consumer services on these cloud platforms, and incentivizing lower carbon usage through "carbon rewards" could reduce global emissions by 5-15% by 2020.
3) Last-
The document discusses the problems of climate change and high carbon footprints. It notes that human activities are the dominant influence on climate and have caused a mass extinction of species. Countries like Canada have very high per capita carbon emissions and waste. The document proposes several solutions like implementing carbon pricing, making buildings and energy use more efficient through smart technology, green credits programs, and offsetting remaining emissions through large scale projects.
The document discusses the potential impacts of information and communication technologies (ICT) on climate change and the environment. It notes that ICT carbon emissions are growing rapidly and could match the aviation industry's emissions by 2020 if no action is taken. However, ICT also provides an opportunity to build a zero-carbon economy if infrastructure like data centers, networks, and devices are designed to be more energy efficient and powered by renewable energy. The document advocates transitioning to an "information internet" model that relies more on cloud services and content distribution networks rather than traditional end-to-end connectivity.
ICT and GHG emissions: Just how green are virtual worlds - Kevin Houston (htt...JISC GECO
Presentation on the Impact of ICT and GHG emissions: Just how green are virtual worlds? given by Kevin Houston (http://www.carbonmasters.co.uk) at the JISC GECO/STEEV Green Energy Tech Event (#e3vis) on Thursday 13th October 2011.
The document discusses the threats of climate change and outlines proposals for a $3 million Green IT pilot project by CANARIE. It provides background on climate forecasts, the impact of ICT on carbon emissions and energy use, and the potential for ICT to enable significant reductions of carbon emissions in other sectors. Initial proposals are outlined from various researchers interested in collaborating to test relocating computing infrastructure to zero-carbon data centers powered by renewable energy. Key aspects to address include the technical viability, business case, and process for validating carbon offsets.
The climate impact of ICT: A review of estimates, trends and regulations (ISM...Adrian Friday
We examine peer-reviewed studies which estimate ICT's current share of global greenhouse gas (GHG) emissions to be 1.8-2.8% of global GHG emissions. Our findings indicate that published estimates all underestimate the carbon footprint of ICT, possibly by as much as 25%, by failing to account for all of ICT's supply chains and full lifecycle (i.e. emissions scopes 1, 2 and fully inclusive 3). Adjusting for truncation of supply chain pathways, we estimate that ICT's share of emissions could actually be as high as 2.1-3.9%. We explore the argument for and against the role of efficiency gains and green energy in offsetting ICTs global carbon footprint. Whatever assumptions analysts take, they agree that ICT will not reduce its emissions without a major concerted effort involving broad political and industrial action. We provide three reasons to believe ICT emissions are going to increase barring a targeted intervention. We make specific recommendations and pose a set of challenges for those using heavy computation in their research.
Related report: https://arxiv.org/abs/2102.02622
This document discusses how improving information literacy skills can help create a greener world by reducing carbon emissions from information seeking on the internet. It is estimated that CO2 emissions from information technologies will increase up to 3% of global emissions by 2020, but using environmentally friendly IT solutions could prevent a 15% increase. Individuals and organizations bear responsibility to decrease emissions through strategies like green campus and green IT that change habits of information professionals. Searching the internet corresponds to CO2 emissions from data centers, so unnecessary searches contribute to pollution. Developing efficient search skills through better information literacy can directly reduce emissions by making searches more accurate.
Abstract— The usage of computer in day to day affairs is a basic need of everyone. No individual or organization can work without computer in the present era. However, extravagant practice of involving computer technology demands certain degree of responsibility on the part of user to avoid or minimize associated harmful impacts that are badly affecting environment.
Information and communications technology (ICT) infrastructure accounts for seemingly significant electricity usage and considered accountable for greenhouse gases (GHGs) globally. The overwhelming and improper usage of ICT is leading to continual increase in carbon foot printing and GHGs. Green computing is emerging as a prompting solution to this crisis. Foremost measure in this regard is to develop computing technology that cut down usage of power input thus may leads to significant reduction in CO2 emission. Various proposed measures taken in this regard can be considered as effective approach to protect our environment from the hazardous material and its effects specially computers and related devices. We also highlighted computing related distresses, possible steps for its minimization through Green computing. The article also covers prospective measures ought to be taken to reduce the associated harmful impacts on our environment thereby protect planet from any future disaster.
This document discusses building the world's first zero carbon optical network called Greenstar. It notes that climate change is happening faster than forecasts and that traditional energy efficiency solutions are insufficient. A zero carbon strategy using renewable energy is essential. The document proposes building robust ICT services using renewable energy only by developing new network architectures and business models that can quickly move computing jobs and data sets between sites with available power as renewable energy sources fluctuate. This represents a grand challenge. Examples of existing zero carbon data centers powered by wind, solar, and hydro are provided.
The presentation deals with the concept of Right to Default Bail laid down under Section 167 of the Code of Criminal Procedure 1973 and Section 187 of Bharatiya Nagarik Suraksha Sanhita 2023.
Indonesian Manpower Regulation on Severance Pay for Retiring Private Sector E...AHRP Law Firm
Law Number 13 of 2003 on Manpower has been partially revoked and amended several times, with the latest amendment made through Law Number 6 of 2023. Attention is drawn to a specific part of the Manpower Law concerning severance pay. This aspect is undoubtedly one of the most crucial parts regulated by the Manpower Law. It is essential for both employers and employees to abide by the law, fulfill their obligations, and retain their rights regarding this matter.
1. “NEGATIVE EMISSIONS
AND
CLIMATE CHANGE:
SUSTAINABLE WAY FORWARD”
Title of Paper –
“Digital Carbon Footprints and Remedies to Reduce”
Author – Pranjal Chaturvedi
Co – Author – Aishwarya
Author and Co- Author, both are
Law Students, pursuing B.A.LL.B
2. When we think of how technology is causing
environmental damages, we often focus on physical
things like using a computer or making a call, instead of its
rather ‘invisible’ counterpart - the internet.
Are We Aware That We Are Indirectly Responsible For
Damaging The Environment Each Time We Send An
Email, Each Time We Post A Tweet, Or Each Time We
Decide To Watch An Episode On Netflix, Prime or
HotStar …………..?
3. “Digital CO₂ Footprint” or “Digital Carbon Footprint”, is the
emissions, occurring from the production, use and data transfer of digital
devices it causes more CO₂ emissions than one might expect.
The digital transformation has brought many benefits that also have a
positive impact on the fight against climate change and reduce CO₂
emissions, but the adversities which are supposed to be caused due to
Digital Transformation can’t be completely ignored.
4. The transmission of data via the internet can be very
polluting, Contributing To 4% Of Our Greenhouse Gas
Emissions. This is because it is a process that requires
millions of physical servers in data centers around the
world, all taking a lot of energy to run. Unfortunately,
much of that energy comes from power sources that emit
carbon dioxide into the air.
So every time we use the internet or social media, a small
amount of carbon is being emitted. While one single
person’s usage only generates a small amount of carbon
dioxide, the collective amount of carbon emissions of the
world’s digital usage is monstrous - and worrying
5. Companies have coined terms like ‘THE CLOUD’ to
make everyday technology seem like it is simply a
weightless formation storing our data. This allows us to
easily ignore the material consequences and be guilt free
when using the Internet.
With technology becoming more and more intertwined
with our daily lives, we wanted to generate awareness on
how our digital lives can affect the planet.
6. Though ‘carbon footprint’ and ‘carbon emissions’ are
frequently being used, there is a lack of understanding as
to what these numbers actually mean.
In just a minute, 150,000,000 E-Mails are being sent,
releasing a staggering 600,000 kg of carbon dioxide. That
is almost as if we are burning 232,258 kg every 60
seconds.
7.
8. Our digital carbon footprint is greatly influenced by
the NUMBER OF DEVICES WE HAVE and how long
we use them for, as well as where we live and use them.
The carbon emissions stemming from electricity usage
are dependent on how the electricity is produced in
your country (I.E. HYDROPOWER, NUCLEAR,
FOSSILS, WIND AND SOLAR). Hence, the digital
carbon footprint of Eco – Friendly electricity
producing country would be less.
REMEDY TO REDUCE OUR DIGITAL CARBON FOOTPRINT?
9. Renewable Energy Source
Smart App Controls, - ie. Vi Care App.
Streaming Videos in Low Quality when High Quality is not
direly required.
Preferring Just Audio Songs instead of Videos for listening
Music.
Using technology in moderation – Switch off the device
when not in use.
Educate Masses about Carbon Emission from use of Digital
Devises.
10. According to an estimate, 4.1 billion people worldwide have
access to the Internet in the year 2019, and ever-growing
demand giver rise to the global demand for energy
resulting, increase in emission of CO2, it is tough to exactly
estimate and calculate how large global carbons emissions
are due to use, production and data transfer of digital
devices but various studies indicate it to be around 2.3% –
3.7% of global CO2 emission. It is not that Digital Carbon
Footprints cannot be reduced, what it just requires is a
small change in the habits of an individual, which reduces
unnecessary data traffic, and a change in habits at the
micro-level will make a good impact at the macro level.