This document outlines the UK government's approach to tackling climate change through reducing greenhouse gas emissions. It identifies three critical areas for change: electricity generation, heating homes and businesses, and powering vehicles. The government is taking a whole-economy approach guided by principles of fairness, sustainability, facilitation, and international cooperation. The top priorities are developing EU leadership, building the case for global action with key partners, supporting developing countries, and ensuring progress in international climate negotiations.
This document discusses the links between climate change and Bangladesh's energy sector. It notes that fossil fuel use for energy contributes significantly to greenhouse gas emissions and climate change. Bangladesh has one of the lowest per capita energy consumption and carbon emissions rates in the world. However, it faces major energy security challenges including intermittent power supply and lack of generation capacity. Climate change is exacerbating these issues by increasing energy demand for cooling and irrigation. It can also impact energy infrastructure and resources through more extreme weather. The document aims to increase understanding of these links to better incorporate climate change into Bangladesh's energy policies and strategies.
The document proposes a comprehensive plan of action to address climate change in 3 parts:
1) Dramatically reducing CO2 emissions through electrification of transport and shifting to renewable energy, with a goal of reducing emissions by 80% by 2020.
2) Reducing other pollutants like HFCs, methane, and nitrogen through international agreements and local incentives.
3) Adapting to impacts like extreme weather through preparedness, preserving biodiversity, and increasing vegetation.
This document summarizes the key topics discussed in the book "Global Warming: A Very Short Introduction" by Maslin. It discusses the causes and impacts of global warming, including a 0.6°C rise in global temperatures and 20cm rise in sea levels over the 20th century due to increased greenhouse gas emissions. It also outlines the major players and debates around the UNFCCC and Kyoto Protocol negotiations, including differences in priorities between developing and developed countries. The flaws of the Kyoto Protocol are noted as well as costs of climate change and potential for local and international policy solutions.
The document discusses how the climate is changing due to human-caused increases in greenhouse gases. It notes that the Environment Agency views climate change as the biggest threat to the future and that their highest priority is building the country's resilience to impacts like flooding, water shortages, and environmental deterioration. The document provides examples of conditions that may become more common as the climate changes, such as heavier rainfall, rising sea levels, and hotter temperatures, in order to demonstrate the threats and motivate action.
This document provides an overview of climate change and its causes. It discusses that global temperatures are rising due to increased greenhouse gases like carbon dioxide in the atmosphere from human activities. Burning fossil fuels is the main cause, releasing carbon that has been locked away for millennia. Climate change is increasing extreme weather events like fires, floods and droughts around the world. While developing countries will be hardest hit, developed nations are historically most responsible for emissions. International agreements aim to cut emissions through frameworks like the UNFCCC and Kyoto Protocol, but much deeper cuts are needed to effectively address climate change. The document also introduces modules on REDD and carbon trading mechanisms.
Michael P Totten presentation on "Biocomplexity Decisionmaking -- Innovative approaches to the inter-connected challenges of Climate destabilization, Species extinction and Mass poverty" at the 2009 Pew Foundation Annual Meeting, Programs in Biomedical Sciences, San Juan, Puerto, Rico. 125 slides showing connections and common solutions for addressing climate catastrophe, mass poverty, species extinction, and resource wars.
Climate change is happening - UK, climate actionGrupo Areté
Asignatura: Historia de los países de habla inglesa / History of english-speaking countries.
✏ Título: UK, climate action
Objetivo 13: Acción por el clima / Goal 13: Climate action
By: Diana Crística Roxana
Hybrid vehicles mini project-Sivajash SayadSiawash sayad
This document discusses hybrid vehicles and their potential environmental benefits. It begins with an introduction to hybrid technology and its history. It then discusses the issues of global warming and greenhouse gas emissions from transportation, particularly carbon dioxide. It explains the different types of hybrid vehicle systems including parallel and series hybrids. The document provides examples of hybrid technologies from Toyota, Honda, and Ford. It also covers plug-in hybrids and their battery and emission performance. Overall, the document analyzes hybrid vehicles as a way to potentially reduce greenhouse gas emissions from road transportation.
This document discusses the links between climate change and Bangladesh's energy sector. It notes that fossil fuel use for energy contributes significantly to greenhouse gas emissions and climate change. Bangladesh has one of the lowest per capita energy consumption and carbon emissions rates in the world. However, it faces major energy security challenges including intermittent power supply and lack of generation capacity. Climate change is exacerbating these issues by increasing energy demand for cooling and irrigation. It can also impact energy infrastructure and resources through more extreme weather. The document aims to increase understanding of these links to better incorporate climate change into Bangladesh's energy policies and strategies.
The document proposes a comprehensive plan of action to address climate change in 3 parts:
1) Dramatically reducing CO2 emissions through electrification of transport and shifting to renewable energy, with a goal of reducing emissions by 80% by 2020.
2) Reducing other pollutants like HFCs, methane, and nitrogen through international agreements and local incentives.
3) Adapting to impacts like extreme weather through preparedness, preserving biodiversity, and increasing vegetation.
This document summarizes the key topics discussed in the book "Global Warming: A Very Short Introduction" by Maslin. It discusses the causes and impacts of global warming, including a 0.6°C rise in global temperatures and 20cm rise in sea levels over the 20th century due to increased greenhouse gas emissions. It also outlines the major players and debates around the UNFCCC and Kyoto Protocol negotiations, including differences in priorities between developing and developed countries. The flaws of the Kyoto Protocol are noted as well as costs of climate change and potential for local and international policy solutions.
The document discusses how the climate is changing due to human-caused increases in greenhouse gases. It notes that the Environment Agency views climate change as the biggest threat to the future and that their highest priority is building the country's resilience to impacts like flooding, water shortages, and environmental deterioration. The document provides examples of conditions that may become more common as the climate changes, such as heavier rainfall, rising sea levels, and hotter temperatures, in order to demonstrate the threats and motivate action.
This document provides an overview of climate change and its causes. It discusses that global temperatures are rising due to increased greenhouse gases like carbon dioxide in the atmosphere from human activities. Burning fossil fuels is the main cause, releasing carbon that has been locked away for millennia. Climate change is increasing extreme weather events like fires, floods and droughts around the world. While developing countries will be hardest hit, developed nations are historically most responsible for emissions. International agreements aim to cut emissions through frameworks like the UNFCCC and Kyoto Protocol, but much deeper cuts are needed to effectively address climate change. The document also introduces modules on REDD and carbon trading mechanisms.
Michael P Totten presentation on "Biocomplexity Decisionmaking -- Innovative approaches to the inter-connected challenges of Climate destabilization, Species extinction and Mass poverty" at the 2009 Pew Foundation Annual Meeting, Programs in Biomedical Sciences, San Juan, Puerto, Rico. 125 slides showing connections and common solutions for addressing climate catastrophe, mass poverty, species extinction, and resource wars.
Climate change is happening - UK, climate actionGrupo Areté
Asignatura: Historia de los países de habla inglesa / History of english-speaking countries.
✏ Título: UK, climate action
Objetivo 13: Acción por el clima / Goal 13: Climate action
By: Diana Crística Roxana
Hybrid vehicles mini project-Sivajash SayadSiawash sayad
This document discusses hybrid vehicles and their potential environmental benefits. It begins with an introduction to hybrid technology and its history. It then discusses the issues of global warming and greenhouse gas emissions from transportation, particularly carbon dioxide. It explains the different types of hybrid vehicle systems including parallel and series hybrids. The document provides examples of hybrid technologies from Toyota, Honda, and Ford. It also covers plug-in hybrids and their battery and emission performance. Overall, the document analyzes hybrid vehicles as a way to potentially reduce greenhouse gas emissions from road transportation.
COP21 POLICIES AND ABRUPT CLIMATE CHANGE: Political Economy of Hawking’s Irre...IJRTEMJOURNAL
This document summarizes a journal article about the COP21 climate policies and abrupt climate change. It discusses three main points:
1) Some climate scientists now believe that climate change is occurring so rapidly that the goals of the COP21 agreement to limit global warming to 2 degrees Celsius may no longer be achievable and climate chaos is more likely. Feedback loops could cause warming of 10 degrees Celsius.
2) Achieving the goals of the COP21 agreement, including complete decarbonization by 2075, will require enormous global coordination of energy policies which is very difficult. The current policies may be too slow and ambiguous to address abrupt climate change.
3) Poor countries need much more access to energy to improve living
This document provides an overview of a course on sustainable energy that aims to equip teachers to discuss complex issues around energy and climate change. The course covers motivations for changing energy production, including finite fossil fuel resources, energy security concerns, and the environmental impacts of climate change. It outlines sessions that will discuss energy consumption trends, various renewable and non-renewable technology options, and developing balanced future energy plans.
The document discusses the unsustainability of humanity's current path and need for an emergency transition to sustainability. It notes that population growth and ecological footprint have put humanity in an unprecedented situation. Issues like peak oil, climate change, and food/water security are interconnected symptoms of an unsustainable world. The world needs major policy changes like carbon pricing, clean energy investment, and sustainable infrastructure to avoid catastrophic climate impacts and transition to a sustainable future. Existing political and economic systems are insufficient for the scale and speed of change required.
RENEWABLE ENERGY ALTERNATIVES AS VEHICLE FOR LONG TERM SUSTAINABILITY AND SUS...Prashant Mehta
This article shows insight into sustainable development and long term sustainability of environment through prudent use of resources besides exploring alternative resources of energy to the fullest.
Web Mesh Agrobiodiversity Climate Water And Poverty Solutions 01 09Michael P Totten
Presentation on January 22, 2009, by Michael P Totten, Chief Advisor on Climate and Water at Conservation International, given tot the Los Angeles chapter of Bioneers. Interdisciplinary perspectives on solutions to climate catastrophe threat, species extinction threat, mass poverty, water shortages, oil and resource wars, using the Web tools for generating collective intelligence and social collaboration. Very positive outlook on seemingly intractable and irreversible perils confronting humanity this century. 13 Mb file. No voice over, but one with voice is forthcoming.
The document discusses strategies for mitigating the effects of rising sea levels in a coastal city. It recommends the following plan of action:
1. Implement adaptation strategies like building dikes and barriers to protect coastal areas from sea level rise, and help coastal populations relocate to higher ground.
2. Pursue mitigation efforts like improving energy efficiency, expanding renewable energy and public transport, and reducing emissions from buildings, transportation, waste, and land use to slow the rise in sea levels caused by climate change.
3. Educate the public about sustainable practices they can adopt to reduce their carbon footprint, like using less energy and materials, recycling and composting more, and opting for more sustainable transportation
Today, CO2 emissions from fossil fuels are around 50 per cent higher than they were 20 years ago, and have been rising each year. This kind of change to the chemical mixture in the air doesn’t come without consequences. Acting like a blanket, the build-up of greenhouse gases is the main reason why the average global temperature has risen by nearly 1°C in the last century. This booklet explains why a rise of only a few degrees in the average global temperature risks our prosperity, security, and health. It explains why it is so important to reverse the rise in emissions within the decade. And why it is still within our means to do so. For more information visit www.climateinstitute.org.au/dangerous-degrees.html
English Version Ccn Business Plan(Long) 24 March 2011 (L)(5)naroseo
CCN is a carbon trading consulting firm based in Adelaide, Australia that was established to educate people about climate change and environmental preservation. It operates a carbon auction platform, invests in green technologies, and handles carbon credit projects. CCN works with partners like Sustainable Growth Group to develop large conservation projects, such as the 250,000 hectare Rimba Megah Lestari project in Indonesia, the largest in the country, which will generate 10 million carbon credits for CCN.
Could British Columbia Become a 100% Renewable Energy Region?Guy Dauncey
A talk at the University of Victoria, October 6, 2014.
How soon could British Columbia become a world leader in embracing 100% renewable energy? What will it take for electricity, heat, transport - and political will?
Climate changes, what is our future? What can america do?jamal Ouchikh
Climate change poses serious risks to communities and economies worldwide. The document discusses the causes and effects of climate change, including how excess carbon dioxide in the atmosphere from human activities like burning fossil fuels is increasing global temperatures. It outlines the Clean Power Plan introduced by the Obama administration in 2015, which aims to reduce carbon emissions from power plants in the US by 32% within 15 years by increasing renewable energy and lowering costs. Individual states must submit plans to meet carbon reduction standards. Working together through lifestyle changes and renewable energy adoption, citizens can help slow the rise in global temperatures.
The ecological footprint is a measure that compares human demand on natural resources with Earth's capacity to regenerate those resources. It estimates the amount of biologically productive land and sea area required to support human consumption and waste absorption. Key factors that determine ecological footprint include energy and resource consumption, land and sea use, and levels of biodiversity and carbon emissions. Most recent data from 2010 showed that humanity's ecological footprint exceeded the Earth's capacity to regenerate resources by August 21st that year, the date defined as "Earth Overshoot Day". The carbon footprint specifically measures the amount of greenhouse gases produced through activities like energy use, transportation and industry. Atmospheric levels of greenhouse gases like carbon dioxide, methane and nitrous oxide have substantially increased since
The document discusses the implications and challenges of using coal as an energy source. It estimates that from 1700 to 2011, 175 billion tonnes of coal were consumed, emitting approximately 643 billion tonnes of carbon dioxide into the atmosphere. It also estimates that total coal reserves on Earth before the industrial revolution were around 1 trillion tonnes. The increasing consumption of coal and emission of carbon dioxide poses challenges for the environment and climate.
Carbon capture and storage (CCS) aims to mitigate climate change by capturing carbon dioxide from large emission sources like power plants and storing it underground instead of releasing it into the atmosphere. While CO2 capture technology is commercially available, storage is less developed - no power plants currently operate with full CCS. CCS involves capturing CO2 through biological, chemical, or physical processes, and then transporting it via pipeline or ship for storage in geological formations like saline aquifers or depleted oil fields. The Delhi Metro has helped reduce air pollution and earned carbon credits by providing a non-polluting public transit alternative that has shifted travelers away from more emissions-intensive private vehicles.
Nobel Laureate Mario Molina spoke about the impact of energy on climate change at the Joint Public Advisory Committee's public forum on Greening North America's Energy Economy in Calgary on 24 April 2013. More at: http://cec.org/jpacenergy
The document discusses strategies for mitigating and adapting to the impacts of climate change and sea level rise in coastal cities. It recommends compact urban planning and development approaches like increasing density, diversity of land uses, and accessibility to public transit to reduce carbon emissions. Adaptation strategies include revising building codes, investing in education, and developing climate action plans that address issues like public health, infrastructure, water supply, and ecosystems. Coastal cities should also work to develop low-carbon economies, lifestyles, and policy frameworks.
The document discusses several topics related to ecology, climate change, and sustainability. It provides definitions and explanations of key concepts like ecology, habitats, food chains, climate change evidence and impacts in India, the greenhouse effect, and how human activities increase greenhouse gas levels. It also summarizes international agreements like the Kyoto Protocol and mechanisms for emissions trading. Sustainable development goals are discussed along with India's contributions to reducing emissions.
Balancing Economics with Ethics to Save God's CreationPaul H. Carr
The Golden Rule of ethics must re-balance our economy. At present, those with the gold make the rules. Pope Francis’ “Laudato Si: On Care for our Common Home” states that we have the moral imperative to stop plundering our planet for profit, the poor suffering the most.
Does Adam Smith’s “invisible hand” guide the pursuit of individual gain towards creating the Wealth of Nations? Let’s update this 1776 economics and re-balance it with Garrett Hardin’s 1968 “Tragedy of the Commons,” in which the pursuit of individual gain leads to negation of the common good.
The burning of fossil fuels is polluting our common atmosphere for free with carbon dioxide. This is warming our planet via the Greenhouse Effect. Melting ice could raise sea levels up to 18 feet by 2059 (1, 2) . External costs such as these must be priced into our economy. Former Treasury Secretary George Shultz (3) advocates a revenue neutral fee on fossil fuels with a dividend to be returned to everyone. This would give non-carbon-emitting energy sources an economic advantage, also stimulate our economy.
This document discusses potential geoengineering options to address long-term climate change given that greenhouse gas emission reductions are not expected to occur quickly enough. It proposes increasing the reflectivity of the Earth's surface, known as albedo enhancement, by making surfaces whiter to reflect more sunlight back to space. This could help offset warming from greenhouse gases and buy more time for emission reduction technologies to develop. The document also discusses other geoengineering ideas but identifies issues with feasibility or unintended consequences.
The document discusses challenges and opportunities for renewable energy in developing nations in the context of climate change. It outlines how developing nations face significant impacts from climate change but have limited ability to mitigate impacts or transition to renewable energy due to financial and technical constraints. However, renewable energy represents an opportunity for inclusive sustainable growth. The document discusses policy, technological, financial, and management issues developing nations face in promoting renewable energy projects and calls for international support to address these challenges.
Climate change-implications-for-the-energy-sector-summary-from-ipcc-ar5-2014-...Hossam Zein
The document summarizes key findings from an IPCC report on the implications of climate change for the energy sector. It finds that climate change presents challenges for energy production and transmission as rising temperatures and extreme weather events affect infrastructure and operations. The energy sector is a major contributor to greenhouse gas emissions, and without mitigation policies emissions are projected to rise significantly by 2050 due to increasing energy demand. To keep warming below 2°C, the share of low-carbon electricity generation will need to triple or quadruple by 2050, and fossil fuel use without carbon capture will need to be phased out by 2100. Significant cuts in emissions can be achieved through measures like improving efficiency, switching fuels, expanding renewables, and carbon capture storage
COP21 POLICIES AND ABRUPT CLIMATE CHANGE: Political Economy of Hawking’s Irre...IJRTEMJOURNAL
This document summarizes a journal article about the COP21 climate policies and abrupt climate change. It discusses three main points:
1) Some climate scientists now believe that climate change is occurring so rapidly that the goals of the COP21 agreement to limit global warming to 2 degrees Celsius may no longer be achievable and climate chaos is more likely. Feedback loops could cause warming of 10 degrees Celsius.
2) Achieving the goals of the COP21 agreement, including complete decarbonization by 2075, will require enormous global coordination of energy policies which is very difficult. The current policies may be too slow and ambiguous to address abrupt climate change.
3) Poor countries need much more access to energy to improve living
This document provides an overview of a course on sustainable energy that aims to equip teachers to discuss complex issues around energy and climate change. The course covers motivations for changing energy production, including finite fossil fuel resources, energy security concerns, and the environmental impacts of climate change. It outlines sessions that will discuss energy consumption trends, various renewable and non-renewable technology options, and developing balanced future energy plans.
The document discusses the unsustainability of humanity's current path and need for an emergency transition to sustainability. It notes that population growth and ecological footprint have put humanity in an unprecedented situation. Issues like peak oil, climate change, and food/water security are interconnected symptoms of an unsustainable world. The world needs major policy changes like carbon pricing, clean energy investment, and sustainable infrastructure to avoid catastrophic climate impacts and transition to a sustainable future. Existing political and economic systems are insufficient for the scale and speed of change required.
RENEWABLE ENERGY ALTERNATIVES AS VEHICLE FOR LONG TERM SUSTAINABILITY AND SUS...Prashant Mehta
This article shows insight into sustainable development and long term sustainability of environment through prudent use of resources besides exploring alternative resources of energy to the fullest.
Web Mesh Agrobiodiversity Climate Water And Poverty Solutions 01 09Michael P Totten
Presentation on January 22, 2009, by Michael P Totten, Chief Advisor on Climate and Water at Conservation International, given tot the Los Angeles chapter of Bioneers. Interdisciplinary perspectives on solutions to climate catastrophe threat, species extinction threat, mass poverty, water shortages, oil and resource wars, using the Web tools for generating collective intelligence and social collaboration. Very positive outlook on seemingly intractable and irreversible perils confronting humanity this century. 13 Mb file. No voice over, but one with voice is forthcoming.
The document discusses strategies for mitigating the effects of rising sea levels in a coastal city. It recommends the following plan of action:
1. Implement adaptation strategies like building dikes and barriers to protect coastal areas from sea level rise, and help coastal populations relocate to higher ground.
2. Pursue mitigation efforts like improving energy efficiency, expanding renewable energy and public transport, and reducing emissions from buildings, transportation, waste, and land use to slow the rise in sea levels caused by climate change.
3. Educate the public about sustainable practices they can adopt to reduce their carbon footprint, like using less energy and materials, recycling and composting more, and opting for more sustainable transportation
Today, CO2 emissions from fossil fuels are around 50 per cent higher than they were 20 years ago, and have been rising each year. This kind of change to the chemical mixture in the air doesn’t come without consequences. Acting like a blanket, the build-up of greenhouse gases is the main reason why the average global temperature has risen by nearly 1°C in the last century. This booklet explains why a rise of only a few degrees in the average global temperature risks our prosperity, security, and health. It explains why it is so important to reverse the rise in emissions within the decade. And why it is still within our means to do so. For more information visit www.climateinstitute.org.au/dangerous-degrees.html
English Version Ccn Business Plan(Long) 24 March 2011 (L)(5)naroseo
CCN is a carbon trading consulting firm based in Adelaide, Australia that was established to educate people about climate change and environmental preservation. It operates a carbon auction platform, invests in green technologies, and handles carbon credit projects. CCN works with partners like Sustainable Growth Group to develop large conservation projects, such as the 250,000 hectare Rimba Megah Lestari project in Indonesia, the largest in the country, which will generate 10 million carbon credits for CCN.
Could British Columbia Become a 100% Renewable Energy Region?Guy Dauncey
A talk at the University of Victoria, October 6, 2014.
How soon could British Columbia become a world leader in embracing 100% renewable energy? What will it take for electricity, heat, transport - and political will?
Climate changes, what is our future? What can america do?jamal Ouchikh
Climate change poses serious risks to communities and economies worldwide. The document discusses the causes and effects of climate change, including how excess carbon dioxide in the atmosphere from human activities like burning fossil fuels is increasing global temperatures. It outlines the Clean Power Plan introduced by the Obama administration in 2015, which aims to reduce carbon emissions from power plants in the US by 32% within 15 years by increasing renewable energy and lowering costs. Individual states must submit plans to meet carbon reduction standards. Working together through lifestyle changes and renewable energy adoption, citizens can help slow the rise in global temperatures.
The ecological footprint is a measure that compares human demand on natural resources with Earth's capacity to regenerate those resources. It estimates the amount of biologically productive land and sea area required to support human consumption and waste absorption. Key factors that determine ecological footprint include energy and resource consumption, land and sea use, and levels of biodiversity and carbon emissions. Most recent data from 2010 showed that humanity's ecological footprint exceeded the Earth's capacity to regenerate resources by August 21st that year, the date defined as "Earth Overshoot Day". The carbon footprint specifically measures the amount of greenhouse gases produced through activities like energy use, transportation and industry. Atmospheric levels of greenhouse gases like carbon dioxide, methane and nitrous oxide have substantially increased since
The document discusses the implications and challenges of using coal as an energy source. It estimates that from 1700 to 2011, 175 billion tonnes of coal were consumed, emitting approximately 643 billion tonnes of carbon dioxide into the atmosphere. It also estimates that total coal reserves on Earth before the industrial revolution were around 1 trillion tonnes. The increasing consumption of coal and emission of carbon dioxide poses challenges for the environment and climate.
Carbon capture and storage (CCS) aims to mitigate climate change by capturing carbon dioxide from large emission sources like power plants and storing it underground instead of releasing it into the atmosphere. While CO2 capture technology is commercially available, storage is less developed - no power plants currently operate with full CCS. CCS involves capturing CO2 through biological, chemical, or physical processes, and then transporting it via pipeline or ship for storage in geological formations like saline aquifers or depleted oil fields. The Delhi Metro has helped reduce air pollution and earned carbon credits by providing a non-polluting public transit alternative that has shifted travelers away from more emissions-intensive private vehicles.
Nobel Laureate Mario Molina spoke about the impact of energy on climate change at the Joint Public Advisory Committee's public forum on Greening North America's Energy Economy in Calgary on 24 April 2013. More at: http://cec.org/jpacenergy
The document discusses strategies for mitigating and adapting to the impacts of climate change and sea level rise in coastal cities. It recommends compact urban planning and development approaches like increasing density, diversity of land uses, and accessibility to public transit to reduce carbon emissions. Adaptation strategies include revising building codes, investing in education, and developing climate action plans that address issues like public health, infrastructure, water supply, and ecosystems. Coastal cities should also work to develop low-carbon economies, lifestyles, and policy frameworks.
The document discusses several topics related to ecology, climate change, and sustainability. It provides definitions and explanations of key concepts like ecology, habitats, food chains, climate change evidence and impacts in India, the greenhouse effect, and how human activities increase greenhouse gas levels. It also summarizes international agreements like the Kyoto Protocol and mechanisms for emissions trading. Sustainable development goals are discussed along with India's contributions to reducing emissions.
Balancing Economics with Ethics to Save God's CreationPaul H. Carr
The Golden Rule of ethics must re-balance our economy. At present, those with the gold make the rules. Pope Francis’ “Laudato Si: On Care for our Common Home” states that we have the moral imperative to stop plundering our planet for profit, the poor suffering the most.
Does Adam Smith’s “invisible hand” guide the pursuit of individual gain towards creating the Wealth of Nations? Let’s update this 1776 economics and re-balance it with Garrett Hardin’s 1968 “Tragedy of the Commons,” in which the pursuit of individual gain leads to negation of the common good.
The burning of fossil fuels is polluting our common atmosphere for free with carbon dioxide. This is warming our planet via the Greenhouse Effect. Melting ice could raise sea levels up to 18 feet by 2059 (1, 2) . External costs such as these must be priced into our economy. Former Treasury Secretary George Shultz (3) advocates a revenue neutral fee on fossil fuels with a dividend to be returned to everyone. This would give non-carbon-emitting energy sources an economic advantage, also stimulate our economy.
This document discusses potential geoengineering options to address long-term climate change given that greenhouse gas emission reductions are not expected to occur quickly enough. It proposes increasing the reflectivity of the Earth's surface, known as albedo enhancement, by making surfaces whiter to reflect more sunlight back to space. This could help offset warming from greenhouse gases and buy more time for emission reduction technologies to develop. The document also discusses other geoengineering ideas but identifies issues with feasibility or unintended consequences.
The document discusses challenges and opportunities for renewable energy in developing nations in the context of climate change. It outlines how developing nations face significant impacts from climate change but have limited ability to mitigate impacts or transition to renewable energy due to financial and technical constraints. However, renewable energy represents an opportunity for inclusive sustainable growth. The document discusses policy, technological, financial, and management issues developing nations face in promoting renewable energy projects and calls for international support to address these challenges.
Climate change-implications-for-the-energy-sector-summary-from-ipcc-ar5-2014-...Hossam Zein
The document summarizes key findings from an IPCC report on the implications of climate change for the energy sector. It finds that climate change presents challenges for energy production and transmission as rising temperatures and extreme weather events affect infrastructure and operations. The energy sector is a major contributor to greenhouse gas emissions, and without mitigation policies emissions are projected to rise significantly by 2050 due to increasing energy demand. To keep warming below 2°C, the share of low-carbon electricity generation will need to triple or quadruple by 2050, and fossil fuel use without carbon capture will need to be phased out by 2100. Significant cuts in emissions can be achieved through measures like improving efficiency, switching fuels, expanding renewables, and carbon capture storage
Climate Change mitigation: practical measures to limit global warming IPCC re...GreenFacts
The IPCC uses a very specific language when it comes to expressing the degree of uncertainty or agreement for each statement in the fifth assessment report. For an overview of the specific meaning of each qualifier, you can read the relevant section in our summary of the Working Group I report.
The document summarizes key points from the IPCC's Sixth Assessment Report and highlights of the upcoming COP26 climate conference. It discusses the urgent need to limit global warming to 1.5 degrees Celsius to avoid the worst impacts of climate change. The IPCC report finds that human influence has unequivocally warmed the planet and that impacts are intensifying. Immediate, rapid and large-scale reductions in greenhouse gas emissions are needed this decade to curb climate change risks. The COP26 conference aims to secure global commitments to achieve net zero emissions by 2050 and keep 1.5 degrees within reach.
The document discusses energy and climate change. It notes that 84% of UK greenhouse gas emissions are from energy use. Currently, the UK's energy comes from oil (40%), gas (40%), coal (5%), nuclear (3%), and renewables (12%). Energy is used in households (32%), non-domestic buildings (14%), industry (15%), and transport (39%). To achieve net zero emissions by 2050, the UK needs to halve energy demand and supply the remaining energy from renewables through actions like improving efficiency, adopting electric vehicles and renewable electricity, and eliminating fossil fuels from buildings and industry. This implies local actions like zero carbon new buildings, growing public transport and renewable electricity generation.
The document discusses energy and climate change. It notes that 84% of UK greenhouse gas emissions are from energy use. Currently, the UK's energy comes from oil (40%), gas (40%), coal (5%), nuclear (3%), and renewables (12%). Energy is used in households (32%), non-domestic buildings (14%), industry (15%), and transport (39%). To achieve net zero emissions by 2050, the UK needs to halve energy demand and supply all remaining energy from renewables through actions like improving efficiency, adopting electric vehicles and renewable electricity, and eliminating fossil fuels from buildings and industry. This implies local actions like zero carbon new buildings, growing public transport and renewable electricity generation.
The document provides an overview of the Carbon Training 2009 Programme and its modules on climate change and clean development mechanisms (CDM) projects. Module 1 introduces climate change, including its causes and consequences, the international response, and opportunities for mitigation and adaptation. Module 2 focuses on CDM projects, explaining that CDM allows developed countries and companies to invest in emissions reduction projects in developing countries to earn certified emissions reductions to meet their Kyoto Protocol targets at lower cost. The stages of a CDM project are also outlined.
ENV GLOBAL FORUM OCT 2016 - Session 3 - Sir David King OECD Environment
ENV GLOBAL FORUM OCT 2016 - Session 3 - Sir David King
“How national governments can deal with large-scale environmental risks and reconcile growth and environment objectives”.
Carbon footprint is a measure of greenhouse gas emissions, primarily from carbon dioxide. Understanding one's carbon footprint allows grasping environmental impacts and relevance to climate change concerns. Carbon footprints include emissions from energy use, transportation, production, and waste. Measuring footprints quantifies effects and informs mitigation efforts. Reducing footprints requires assessing individual and corporate emissions and pursuing energy efficiency and renewable energy.
Cambridge Climate Leaders Reference Guide is designed to give leaders an introduction to climate change and the complexities associated with it.
Within each theme, we provide one-page summaries of three of the key documents, as well as profiling four key websites and listing additional resources. A web-link is provided for every document and web sites referenced in order to allow readers to follow up with the full reports and websites in their own time.
The four broad themes are:
The Science of Climate Change;
The Economics and Technology of Climate Change;
Policy Responses to Climate Change; and
Business Responses to Climate Change.
Dr Andy Reisinger, Senior Research Fellow, New Zealand Climate Change Research Institute, presents evidence that global warming, caused by human activity, is an irrefutable scientific fact; this is having huge ecological and social impacts which will ramify into future generations; were facing a global train wreck and have to act now.
- The document discusses the role of hydrogen in enabling the global transition to a clean, low-carbon energy system. It outlines five major challenges for the energy transition: increasing renewable energy integration, ensuring security of energy supply, decarbonizing hard to electrify sectors, reusing carbon, and transforming energy infrastructure.
- Hydrogen can help overcome these challenges by storing and transporting renewable energy, decarbonizing sectors like long-haul transport, and providing a clean energy infrastructure to help secure supply and support the transformation needed. The Hydrogen Council was formed to promote the role of hydrogen technologies in accelerating the deployment of solutions to enable the energy transition.
Secure Supply USA FIlls the GREEN H2 Energy Storage and Mw Class Energy Generation application which provide's a unique place within the Hydrogen Council's project's.
www.securesupplyusa.com
This document discusses renewable energy and climate change. It introduces renewable energy and outlines some key advantages like being a sustainable source of energy that does not produce carbon emissions, and disadvantages like higher upfront costs. It then explains why renewable energy is needed, classifying different renewable resources like solar, wind, hydro, and biomass. Regarding climate change, it states that human activities like burning fossil fuels have been the main driver since the 1800s, producing greenhouse gas emissions that trap heat and raise temperatures. Switching to renewable resources can help reduce these emissions and mitigate climate change.
Stockholm environment institute (ccac november 2012)ESTHHUB
1) Implementing 16 measures to reduce short-lived climate pollutants like black carbon, methane and tropospheric ozone could reduce global warming by 0.5°C by 2050, slowing the rate of near-term warming.
2) Reducing these pollutants through measures like improved cookstoves, landfill gas recovery, and fugitive methane emission controls provides both climate and health benefits, avoiding 2.4 million premature deaths annually globally.
3) Latin America and the Caribbean would see significant benefits from reducing short-lived climate pollutants, including reduced warming of 0.5°C by 2050, avoided crop losses, and 39,000 fewer premature deaths each year
COP21 POLICIES AND ABRUPT CLIMATE CHANGE: Political Economy of Hawking’s Irre...IJRTEMJOURNAL
Climate and earth scientists have convinced a large majority of people that climate change occurs
today. And the new theory of abrupt climate change entails that huge feedback lopes will change the Earth already
within the next one or two decades. Yet, this information is only half the story, as the pragmatical side is also part
of climate change: will the COP21 promise of global decarbonization be fulfilled? It requires global coordination
by states or government, which is very hard to achieve. The COP process by the UNFCCC and the IPCC never
speaks about it. The aim of this paper is to emphasize that global decarbonization can only be accomplished by
global state coordination, which reduces the probability of COP21 success considerably
4 December - From SR15 to Synthesis Report - Global Warming of 1.5°Cipcc-media
This document summarizes the key findings of an IPCC special report on limiting global warming to 1.5°C above pre-industrial levels. It finds that limiting warming to 1.5°C compared to 2°C would significantly reduce climate risks and impacts. However, it would require rapid and unprecedented global changes in energy, land, urban, and infrastructure systems as well as improved integration of climate measures into economic and social development. The report provides pathways for greenhouse gas emissions reductions compatible with 1.5°C of warming and highlights the need for urgent action to transition global systems to a more sustainable future.
This document is a critical review of landowners' perceptions of wind turbines in Ireland. It begins with an introduction discussing the need for renewable energy due to climate change. It then provides background on wind energy development in Ireland. The document aims to understand landowners' views of wind farms through a survey. It finds that while landowners see environmental and economic benefits, there are also concerns around placement, noise, and property values. The conclusion calls for better siting of turbines and open communication with local communities.
The document discusses the relationship between climate change and energy use, noting that fossil fuel consumption accounts for most greenhouse gas emissions. Greenhouse gas emissions from the energy sector represent about two-thirds of all human-caused emissions. The UNFCCC agreed at COP21 in Paris to pursue efforts to limit global warming to 1.5°C by adopting renewable energy and renewable energy technologies to reduce greenhouse gas emissions from the energy sector. Effective national policies to promote alternative energy are needed to achieve the goals of COP21.
The document discusses the emergence of green jobs and how they will impact human resource functions. It defines dark green and pale green jobs, and estimates over 500,000 new pale green jobs will be created in the UK over the next five years. It also discusses how the Carbon Reduction Commitment legislation will require many large organizations to measure and report emissions, purchase allowances, and manage reputational impacts, creating demand for energy managers and carbon specialists. For HR to effectively respond, it will need to understand environmental legislation and its impacts on staffing and resource needs to support utility management and compliance.
This report provides results from a survey of 595 professionals working in corporate responsibility and sustainability. Some key findings:
- The median salary was between $85-90k, with 40% earning more. Consultants on average earn $15k less than in-house employees.
- Bonuses were generally low, with over 1/3 receiving none. Consultants received lower bonuses on average than in-house staff.
- Benefits like pensions and healthcare were more common for in-house employees compared to consultants.
- Women continue to outnumber men in the field but earn less on average. Community investment attracts more women while climate change appeals more to men.
- Job satisfaction remains
1. The UK government proposes adopting the Committee on Climate Change's recommendation to set the fourth carbon budget at 1950 million tonnes of CO2 equivalent emissions from 2023-2027. This budget level is consistent with limiting global temperature rise to 2 degrees Celsius and the EU's emissions reduction trajectory.
2. The government will make every effort to meet this budget through domestic action, but will retain the flexibility to use trading schemes if needed, given the long-term uncertainty. The budget will help drive low-carbon technologies and a more stable economy less dependent on volatile fossil fuel markets.
3. Setting ambitious carbon budgets as required by the Climate Change Act plays a key role in the UK's leadership on tackling climate
The document discusses the emergence of green jobs and how they will impact human resource functions. It defines dark green and pale green jobs, and estimates over 500,000 new pale green jobs will be created in the UK over the next five years. It also discusses how legislation like the Carbon Reduction Commitment will require organizations to measure and report emissions, purchase allowances, and manage reputational impacts, creating demand for energy managers and carbon specialists. For HR to effectively respond, it will need to understand environmental legislation and its impacts on staffing and resource needs to support utility management and compliance.
1) The document outlines 20 tasks to update the design and functionality of various sections on the Carbon Table website. Changes include updating feeds, links, and buttons on pages like My Page, Questions, and the Knowledge Centre.
2) Design updates are needed to follow a new style guide for elements like news, headers, and directories. Icons need to be added to knowledge posts and questions.
3) Access to questions will be restricted for unregistered users on sector pages, with a message added to prompt registration.
The document discusses the role and propositions of ACCOR R&D unit for Services. It aims to reinforce ACCOR's image regarding services and improve approaches in marketing, management, and customer relations. The unit provides consultancy for carrying out service projects, skills development trainings, and operates a SERVICE lab for benchmarking, research and development, clubs, and publications to promote service management.
2. Contents
Foreword 3
Chapter 1: the challenge of climate change – our approach 4
Chapter 2: secure, sustainable low carbon energy 15
Chapter 3: saving energy in homes and communities 23
Chapter 4: Reducing emissions from business and industry 29
Chapter 5: towards low carbon transport 35
Chapter 6: Cutting emissions from waste 44
Chapter 7: Managing land sustainably 48
Chapter 8: Reducing emissions in the public sector 53
Chapter 9: Developing leadership within the european Union 58
Chapter 10: Building the case for global ambition with key countries and international institutions 62
Chapter 11: supporting the development of low carbon, climate resilient economies 68
Chapter 12: ensuring progress within international climate negotiations 74
Chapter 13: Action in northern Ireland, scotland and Wales 79
3. Foreword
FoReWoRD
this Carbon Plan sets out a vision of a changed • and in the way we travel. this means
Britain, powered by cleaner energy used more better public transport, reducing emissions
efficiently in our homes and businesses, with from petrol and diesel engines and moving
more secure energy supplies and more stable towards alternative technologies such as
energy prices, and benefiting from the jobs and electric vehicles.
growth that a low carbon economy will bring.
Becoming a low carbon economy will be one
But it does more than that. It shows exactly of the greatest changes our country has ever
how we will deliver that vision and play our part known. But it is a change for the better, for our
in the global effort to tackle climate change economy, our society, and for the planet. this
and build a green economy through specific, Carbon Plan shows how, together, we can make
practical action across government, month by it happen.
month and department by department. We
want the public to tell us where we can be even
more ambitious, and hold us to account on
delivering what we say, when we say. together,
we can make our vision a reality.
David Cameron
Prime Minister
Doing this means change across the whole
economy, but most critically and fundamentally
in three areas, namely:
• in the way we generate our electricity,
where we must see a dramatic shift away nick Clegg
from fossil fuels and towards low carbon Deputy Prime Minister
alternatives – renewable energy, new
unsubsidised nuclear power and fossil fuel
power stations fitted with Carbon Capture
and storage;
Chris Huhne
• in the way we heat our homes and secretary of state for
businesses, where a step change is needed energy and Climate Change
in how well our homes are insulated and in
the use of low carbon energy alternatives,
such as heat pumps;
3
4. CHAPteR 1:
tHe CHAllenge oF ClIMAte
CHAnge – oUR APPRoACH
4
5. Chapter 1: the challenge of climate change – our approach
1.1 Climate change is one of the greatest and West Antarctic ice sheets, leading to
threats to both UK and global security major sea level rise, or the release of large
and prosperity. there is an overwhelming natural stores of methane from oceans or
scientific consensus that climate change melting permafrost, which could cause
is happening, and that it is very likely to further warming. the UK Met office’s
be primarily the result of human activity. Hadley Centre has produced an interactive
there is now almost 40% more carbon map1 outlining some of the impacts
dioxide in the atmosphere than there was that may occur if the global average
before the industrial revolution, a level not temperature rises by 4°C (7°F) above the
experienced for at least the last 800,000 pre-industrial climate average.
years. Consequently, the global average
temperature continues to rise, and 1.3 government’s approach to avoiding the
2000–09 was the warmest decade on risk of dangerous climate change has at its
record since at least the 1850s (see heart the Climate Change Act 2008, which
figure 1.1). requires government to reduce greenhouse
gas emissions by:
1.2 Without action to curb emissions, there is
a very high risk of global warming reaching • cutting emissions by at least 34% by 2020
well beyond 2°C relative to pre-industrial and 80% by 2050 – below the 1990
times. such unmitigated global warming baseline;
would increase the risk of accelerated or
irreversible changes in the climate system, • setting and meeting five-yearly carbon
such as initiating melting of the greenland budgets for the UK during that period; and
Figure 1.1: Observed global average temperature relative to 1961–90
0.6
2000s
Temperature relative to 1961–90 (°C)
0.4
1990s
0.2
1980s
0.0
1940s 1970s
–0.2 1960s
1930s 1950s
1870s
1880s
–0.4 1920s
1890s
1860s
1850s 1900s
1910s
–0.6
Source: Met Office
1 http://webarchive.nationalarchives.gov.uk/20100623194820/http:/www.actoncopenhagen.decc.gov.uk/en/ambition/evidence/4-degrees-map/
5
6. • requiring that those carbon budgets be • Be fair: there will inevitably be costs to
set three budget periods ahead – so that government, business and individuals in
it is always clear what the UK’s emissions making such a significant change. these
will be for the next 15 years – and setting costs will be lower than the alternative
the trajectory towards the 2020 and 2050 of dealing with the cost of unmitigated
targets. climate change and offset by maximising
the growth opportunities from a low
1.4 this is a firm, long-term and legally binding carbon transition, but they will still be
framework that requires government to real, and the government is committed to
ensure that the transition to a low carbon preventing any unnecessary burden and to
economy really happens. But it leaves sharing the costs fairly.
important choices about how we make
that change. • Act sustainably: this Carbon Plan
is underpinned by the government’s
continued commitment to sustainable
Our principles development, to be open and transparent
in its operations and to look to the long
1.5 Within the overarching framework set by term to tackle economic, environmental
the Climate Change Act, the government
and social challenges. the government
is committed to a number of principles
is committed to taking a sustainable
that will guide our approach:
approach to decarbonising our economy
and finding the right balance between
• Take a whole-government approach: environmental benefits, impacts, costs and
tackling climate change and demonstrating the need for a secure low carbon energy
leadership through action is the supply. the government will give further
responsibility of every part of government, details of its approach in the natural
cental and local, and the wider public sector. environment White Paper.
• Be facilitative: government’s role should • Be outward-looking: Climate change
be to set the legal and market frameworks is a global problem and requires a global
and to provide the information to enable solution. Action in the UK and our support
businesses, households, local areas and for practical action overseas will help
communities to play their part. demonstrate our commitment to other
countries, and will stand alongside our
• Be inclusive: our efforts to cut commitment to negotiating for a global
greenhouse gas emissions should not be deal on climate change.
forced through top down by government.
We should make this change by enthusing
our whole society, in line with our
commitment to localism.
6
7. Chapter 1: the challenge of climate change – our approach
Our approach in the UK alone. to cope with this, we will need a
new generation of secure, low carbon
1.6 In 2010 the government published 2050 electricity, powered by a mix of renewable
Pathways Analysis, which looked in detail energy, new nuclear power and fossil fuel
at the changes the UK would have to power stations fitted with new Carbon
make in order to reduce greenhouse Capture and storage (CCs) technology
gas emissions by at least 80% by 2050. capable of locking away carbon dioxide
the report showed many different ways emissions, and reusing as far as possible
in which this could be done, but most the waste heat that is generated. Much
fundamentally it showed that it can of this change is likely to need to happen
be done. between now and 2030, requiring in
excess of £110 billion of investment in
1.7 While there are many possible pathways, generation, transmission and distribution
there are some common themes that over the next decade.3
emerge across the various solutions
explored in the report. these themes, • Heat for our homes and businesses:
combined with wider evidence, suggest Almost half of the UK’s greenhouse gas
that while every sector of our economy emissions are from the energy used to
will need to change between now and generate heat,4 with the vast majority
2050, there are three areas – which are of our homes still relying on fossil fuel
together responsible for 80% of the UK’s powered gas boilers and with much of our
greenhouse gas emissions2 – in which building stock still poorly insulated and
change is most critical: inefficient. there is a huge opportunity
here, not only to cut greenhouse gas
• Generating our electricity: Under many emissions and emissions of harmful
scenarios explored in 2050 Pathways pollutants, but also for households and
Analysis, demand for electricity is likely businesses to save money, with the most
to double by 2050 compared to today. significant and cost effective opportunities
Changes in other sectors are likely to likely to come from better insulation and
mean greater reliance on electricity for from replacing inefficient heating systems.
applications such as transport and heating, We need to ensure that the homes and
pushing up demand. At the same time, buildings being built now and in the future
our existing power plants are coming are as energy efficient as possible, and the
to the end of their lives, with around a government is committed to introducing
quarter set to close within the next decade ambitious energy efficiency standards for
2 the 2009 final UK greenhouse gas emissions figures, available at:
www.decc.gov.uk/en/content/cms/statistics/climate_change/gg_emissions/uk_emissions/2009_final/2009_final.aspx
3 DeCC (2010) Electricity Market Reform: Consultation Document,
www.decc.gov.uk/assets/decc/Consultations/emr/1041-electricity-market-reform-condoc.pdf
4 DeCC (2010) Energy Consumption in the UK: Overall Data Tables, www.decc.gov.uk/en/content/cms/statistics/publications/ecuk/ecuk.aspx,
tables 1.4 and 1.14.
7
8. new homes and buildings. In the short homes, businesses and travel, the impact
term, this means ensuring that all fossil fuel of other sectors of the economy will
boilers are as efficient as possible, but we become ever more important. emissions
also need to move towards lower carbon from sectors such as agriculture, waste
alternatives such as air and ground source and industrial processes are likely to grow
heat pumps and consider decentralised steadily as a proportion of the UK’s total
options like Combined Heat and Power and emissions and it will be essential that
district heating. appropriate policy action is taken across
all of those sectors.
• Powering our cars and vehicles:
transport is a major contributor to the 1.10 the government believes that this
UK’s energy demand and greenhouse change can be enabled, among other
gas emissions, as well as other polluting things, by reform to make the tax system
emissions, with the majority of those greener, including by increasing the
emissions coming from the oil-based fuels proportion of tax revenue accounted
we rely on for road transport. We can for by environmental taxes.
all play a part in changing this by taking
advantage of public transport and looking 1.11 there are significant business opportunities
at innovative alternatives to travel such associated with the transition to a low
as video conferencing for some business carbon economy, and our carbon budgets
meetings. A big impact will come from provide a clear and credible long-term
improvements to conventional engine framework to incentivise private sector
technology and from developing vehicle investment in energy saving and low carbon
technologies that allow us to use low technologies. Being more efficient with
carbon fuels to power our road vehicles. energy means reducing waste, reducing
A step change is needed over the coming costs and being more competitive.
decades to move away from oil-based fuels In 2009 the UK share of the low carbon and
and towards ultra-low carbon alternatives environmental goods and services sector
such as electric vehicles. was worth £112 billion, with over 900,000
people employed in the low carbon sector
1.8 the greatest and most urgent change is and its supply chain; by 2015, it is expected
needed in these three areas – but it is far that there will be at least 1 million.5
from the only change needed.
1.12 the government will also need to ensure
1.9 As we act to reduce greenhouse gas that we stimulate innovation and develop
emissions from our use of electricity, the necessary skills and technologies in
5 In 2008/09 the global market for low carbon and environmental goods and services was worth £3.2 trillion and is forecast to grow by approximately
4% per year over the next five years. Refer to Innovas, for the Department for Business, Innovation and skills (2010) Low Carbon and Environmental
Goods and Services: An Industry Analysis – Update for 2008/09,
www.berr.gov.uk/assets/biscore/business-sectors/docs/10-795-low-carbon-environmental-goods-analysis-update-08-09.pdf
8
9. Chapter 1: the challenge of climate change – our approach
the UK. this will require significant public 1.14 this Carbon Plan sets out four key priorities
and private sector investment in all stages for UK action internationally:
of the innovation process, from research,
through development and demonstration, • Developing leadership within the
to deployment. the government directly European Union: As the largest single
supports innovation and works through market in the world, the eU has the
the Research Councils, technology strategy opportunity to demonstrate to the rest of
Board, energy technologies Institute and the world that a low carbon economy is
Carbon trust. the government will ensure firmly in our economic and energy security
that the low carbon business opportunities of interests. Within the eU we will support
the future are underpinned by our strengths the rapid transition to a low carbon
in science, research and innovation. european economy, including through the
development of a robust eU low carbon
roadmap to 2050 (and the steps we will
Our approach internationally take to 2020) and by encouraging the eU
to adopt a 30% emissions reduction target
1.13 the UK has a direct national interest in for 2020. externally we will play our part
ensuring that the world tackles climate in ensuring that the eU takes a leading
change, given the potentially devastating role in international negotiations, through
impact that unchecked climate change its relations with other major economies,
could have in this country. the UK and by delivering on its obligations
accounts for just 2% of global emissions, to provide climate finance to support
so our long-term security and prosperity developing countries.
depends on effective international action.
the UK’s approach will focus on deploying • Building the case for global ambition
UK and eU economic, technical, diplomatic with key countries and international
and development assets to influence institutions: globally, we need to work
global political and economic conditions to ensure that all major countries see the
to secure action from other countries to
move to low carbon economies as essential
limit greenhouse gas emissions; helping
to their long-term security and prosperity.
developing countries to build the climate
Developed countries need to take the
resilience of their economies and move
lead in taking action to cut emissions and
towards low carbon growth in the future;
supporting others to act: we will maintain
and working for a comprehensive global
our strong relationship with the Us, Japan
climate change agreement. In taking this
and other developed countries on these
forward, the government is committed to
issues, where we face shared challenges
working closely with partners in the private
around how to decarbonise our economies
sector, non-governmental organisations in ways that support long-term growth and
and civil society. prosperity. the government is committed
9
10. to strengthening bilateral partnerships with • Ensuring progress within the
major emerging economies, including India, international climate change
China, Brazil and south Africa, and we will negotiations: the Un Climate Change
use these relationships to develop further Conference in Cancun restored
our collaboration on low carbon growth. international confidence, following
We will also work to support the wide the disappointments of the previous
range of developing countries that want conference in Copenhagen, in the
to be more ambitious in tackling climate effectiveness of multilateral action under
change. And we will continue to seek the Un Framework Convention on Climate
effective international action through the Change (UnFCCC). We will continue to
g8, g20 and other international fora. work towards a comprehensive, legally
binding international climate change
• Supporting the development of low agreement under the UnFCCC, seeking
carbon, climate resilient economies: further progress by the next major
the UK will support developing countries Un Climate Change Conference in
to take practical action to shift to low Durban, south Africa, in late 2011.
carbon, climate resilient development We will continue to support work to build
paths, including through scaling up the consensus and trust between developed
deployment of low carbon technologies and developing countries on how to move
and building confidence in long-term forward in the negotiations.
private investment in low carbon.
Recognising the growing importance
and urgency of taking practical action to Cross-government management of the
delivery of emissions reductions
tackle climate change, the UK has made
significant commitments to support other
1.15 All of the above represents a huge
countries, establishing a £2.9 billion
programme of change that will transform
International Climate Fund (ICF). the
our economy and our way of life. But it
ICF will reduce international poverty
also represents a practical task which the
by supporting low carbon growth and
government is committed to managing
development, adaptation to climate
effectively and transparently. the right way
change, and action to tackle deforestation
to do this is through well planned and
while protecting biodiversity. And the UK
measurable action right across the UK,
will work to share expertise and new ideas
including action taken by the Devolved
with other countries about how to further
Administrations in northern Ireland,
develop carbon markets and open up
scotland and Wales. this Carbon Plan
low carbon investment opportunities for
shows how every part of government will
private finance.
work together to deliver that action. It sets
out, department by department, specific
10
11. Chapter 1: the challenge of climate change – our approach
milestones in every sector of the economy tracking progress and risks to delivery and
for the action that the government will act as a benchmark for what we expect
take, alongside the key actions that each policies to deliver.
department will take to support the UK’s
work internationally. the government is • Departments are held accountable for
committed to meeting those milestones delivery of their carbon reduction policies
and will publish quarterly online updates to and/or activities that support or enable
show whether it has done so and, if not, carbon reduction through a framework of
what corrective action it will take.6 regular monitoring and reporting against
their actions and indicators of progress.
1.16 As set out in this Carbon Plan, reducing
greenhouse gas emissions in the UK • the government will report publicly on
and thus meeting legally binding carbon progress against the actions in the Carbon
budgets under the Climate Change Act Plan on a quarterly basis and will provide
is a cross-government responsibility. more detailed updates by sector via its
A number of departments across Whitehall response to annual progress reports by the
lead on the majority of policies that Committee on Climate Change (in october
reduce emissions, but all departments each year).
are involved as a minimum through the
reduction of emissions from their own • this approach to carbon budget
buildings and estate. management primarily applies to BIs,
DClg, Defra, DeCC, Dft and HMt, which
1.17 to ensure that the sum of the policies lead or have an impact on the majority
and enabling actions to reduce emissions of policies. the wider actions of all
are sufficiently ambitious and successfully departments are constantly kept under
implemented, a robust carbon budget review, with particular attention to new
management framework has been put in government initiatives that may have a
place to hold departments to account for knock-on effect on emissions, including
their actions. the approach comprises the those that may lead to an increase in
following stages: emissions.
• through collaborative discussion and • this ‘draft’ Carbon Plan is intended to set
analysis, the preferred policies and out and seek input into the format and
measures to meet carbon budgets are content of the final ‘live’ Carbon Plan.
agreed across government. the resulting A ‘live’ Carbon Plan will be published in
information on emissions savings estimates october 2011 (to take into account the
by policy provide a tool for assisting in fourth carbon budget covering the period
6 Updates will be published at: www.number10.gov.uk and www.decc.gov.uk
11
12. 2023–277) and will be refreshed annually department is responsible, and where
thereafter. Comments and suggestions on in this document further detail on these
the approach and on how the final Carbon actions, and the milestones through which
Plan can be strengthened should be sent they will be implemented, can be found.
to CarbonPlan@decc.gsi.gov.uk by this table covers actions by UK government
31 July 2011. departments only; actions relating to the
Devolved Administrations are listed in
1.18 the following summary table sets out Chapter 13.
the actions for which each government
Department Policy area Chapter
DeCC Reform the electricity market (with HMt) 2
Facilitate new nuclear development without public subsidy by 2018 2
Drive deployment of renewable energy across the UK 2
Demonstrate the use of clean fossil fuels through commercial scale CCs technology in 2
the UK
Use energy better through rolling out smart electricity and gas meters across Britain 3, 4
Reform the electricity grid to ensure sufficient capacity and access to connect new forms 2
of energy generation
Drive greater energy efficiency in households and business through the green Deal 3, 4
(with DClg/Defra)
Drive greater energy efficiency in central government Departments and the public sector 8
(with Co and all Departments)
Develop leadership within the european Union (with FCo/HMt) 9
Build the case for global ambition with key countries and international institutions 10
(with FCo/DFID)
support the development of low carbon climate resilient economies 11
(with DFID/Defra/HMt)
ensure progress within international negotiations (with FCo/DFID) 12
Dft support new low emission vehicle technologies 5
Progress high speed rail and rail electrification 5
Develop a framework for sustainable aviation and shipping 5
Promote the use of sustainable biofuels (with DeCC) 5
encourage travel behaviour change to reduce emissions 5
support technical standards for electric vehicle charging systems 9
7 Which must be set in law by 30 June 2011.
12
13. Chapter 1: the challenge of climate change – our approach
Department Policy area Chapter
Defra tackle emissions from farming 7
Increase woodland cover and sustainable forest management 7
Improve scientific understanding of agricultural emissions 7
Improve sustainability in public procurement 8
Protect the natural environment 8
Develop a roadmap to a green economy (with DeCC/BIs) 4
set the path towards a zero waste economy 6
support efforts to harness energy from waste 6
Reduce emissions from fluorinated/HFC gases 10
support International action on energy efficiency and environmental protection 9, 10
support the development of low carbon climate resilient economies 11
(with DeCC/DFID/HMt)
Promote sustainable production of biomass and biofuels 5, 7
BIs Work through the Research Councils, technology strategy Board and energy 4
technologies Institute to ensure that low carbon innovation is underpinned by the UK’s
world class science, research and innovation
establish the green Investment Bank (with DeCC) 4
Increase business and investor confidence in the low carbon transition (with DeCC/Defra) 4
DClg encourage local communities to host renewable energy projects (with DeCC) 2
Improve the energy efficiency of residential and commercial buildings (with DeCC) 3, 4
Deliver zero carbon new homes from 2016 and zero carbon new non domestic buildings 3, 4
from 2019
Improve the content, format and quality of energy Performance Certificates to support 3, 4
the green Deal and extend Display energy Certificates to commercial buildings
(with DeCC)
Publish and present to Parliament a simple and concise national Planning Policy 2
Framework covering all forms of development
Implement planning reform, including for major infrastructure 2
HMt Reform the electricity market (with DeCC) 2
Increase the proportion of tax revenue accounted for by environmental taxes 4
Develop leadership within the european Union (with DeCC/FCo) 9
support the development of low carbon climate resilient economies 11
(with DeCC/DFID/Defra)
Co Drive greater energy efficiency in central government Departments and the public sector 8
(with all Departments) and improve sustainability of procurement
13
14. Department Policy area Chapter
FCo Develop leadership within the european Union (with DeCC/HMt) 9
Build the case for global ambition with key countries and international institutions (with 10
DeCC/FCo)
ensure progress within international climate negotiations (with DeCC/DFID) 12
DFID Build the case for global ambition with key countries and International Institutions (with 10
DeCC/FCo)
support the development of low carbon climate resilient economies (with DeCC/HMt/ 11
Defra)
ensure progress within international climate negotiations (with DeCC/FCo) 12
14
16. 2.1 secure supplies of electricity are something system. Rising future demand means
we take for granted, lighting our homes, that we need to replace our ageing
powering our appliances and keeping electricity infrastructure with low carbon
our workplaces running. But the majority alternatives – a combination of renewable
of that electricity is generated through energy, new nuclear power and fossil
burning fossil fuels, meaning that energy fuel power stations fitted with Carbon
supply is responsible for 35% of the UK’s Capture and storage (CCs) technology.
greenhouse gas emissions – more than any this represents a vast challenge, with
other sector of the economy.8 an estimated £110 billion9 or more of
investment likely to be needed by 2020 in
2.2 At the same time, there are big changes on electricity generation infrastructure and in
the horizon. Demand for electricity is likely the transmission and distribution network
to rise due to our efforts to cut greenhouse needed to transport that electricity to end
gases elsewhere in the economy, for users. Around 30% of our electricity is
example as we use electricity much more likely to need to come from renewables
for powering transport and heating our alone by 2020 in order to meet our legally
homes. And alongside this, around a binding eU target to source 15% of the
quarter of the UK’s current electricity- UK’s energy from renewable sources by
generating power plants are set to close that date.10
over the next decade due to age or stricter
environmental regulations.
Reforming the electricity market
2.3 this means we cannot continue as
2.4 the current electricity market structure has
we are. the UK needs clean, safe and
served us well in maintaining secure energy
affordable energy to heat our homes and
supplies since the 1990s, encouraging
power our businesses, and we need to
competition and supporting some of the
identify a sustainable route for making
lowest electricity prices in the eU. But
the transition to low carbon energy.
the changing nature of the UK’s energy
electricity power plants of all types take
and climate change challenges means
years to plan and build, and many have
we now need a different structure. the
a working lifespan of 40 years or longer,
reality is that the estimated £110 billion
making it essential that we plan for the
of investment needed in electricity
long term. the government is committed
infrastructure represents roughly double
to finding a sustainable pathway for
the rate of capital investment seen over
the decarbonisation of our electricity
the last decade, and it is likely that new
8 the 2009 final UK greenhouse gas emissions figures, available at:
www.decc.gov.uk/en/content/cms/statistics/climate_change/gg_emissions/uk_emissions/2009_final/2009_final.aspx
9 DeCC (2010) Electricity Market Reform: Consultation Document,
www.decc.gov.uk/assets/decc/Consultations/emr/1041-electricity-market-reform-condoc.pdf
10 Redpoint (2010) Electricity Market Reform: Analysis of Policy Options, www.decc.gov.uk/assets/decc/Consultations/emr/1043-emr-analysis-policy-
options.pdf, Chapter 3.
16
17. Chapter 2: secure, sustainable low carbon energy
entrants to the market will need to be attractive still. A ‘contract for difference’
encouraged in order for this to be possible. model for low carbon generation is
gas generation remains the lowest cost proposed (guaranteeing a certain price
and lowest risk investment under the to generators for their electricity, and
current market structure, and change will contracting for the government to meet
be needed to bring forward investment the difference between this and the current
in renewables, nuclear and CCs at the market price), as this should control costs
right speed and scale and to enable a cost for consumers, provide stable returns
effective roll-out of these technologies. for investors and maintain the market
incentives to generate when electricity
2.5 to address these challenges, the demand is high. However, because of
government has published a consultation complex design and implementation issues,
on electricity Market Reform,11 presenting the government is also consulting on a
a review of the way that the market premium feed-in tariff (a fixed payment
framework affects investment decisions which generators receive on top of the
and proposing a new framework to market price) as a credible alternative.
incentivise investment in low carbon
generation and the maintenance of secure • Capacity payments: these are targeted
supplies in a cost effective way while payments to encourage security of supply
also keeping energy bills affordable. that through the construction of flexible reserve
consultation set out four main proposals plants or demand reduction measures
to reform the market in order to achieve (for instance, contracting with companies
these aims: to reduce energy usage at times of high
demand – so-called ‘negawatts’). Capacity
• Carbon price support: greater long- payments will ensure that an adequate
term certainty is needed around the safety cushion of capacity remains as the
additional cost of running polluting plant. amount of intermittent and inflexible low
supporting the carbon price will encourage carbon generation increases.
investment in low carbon technologies.
By strengthening the carbon price for • Emissions Performance Standard:
electricity generators, it will increase the A back-stop to limit how much carbon
cost of fossil fuel generation, making lower the most carbon-intensive coal-fired
carbon power more attractive. power stations can emit. An emissions
Performance standard will reinforce the
• Feed-in tariffs: long-term contracts existing requirement that no new coal
would provide more certainty on the plant is built without demonstrating CCs
revenues from low carbon generation technology.
and make clean energy investment more
11 DeCC (2010) Electricity Market Reform: Consultation Document,
www.decc.gov.uk/assets/decc/Consultations/emr/1041-electricity-market-reform-condoc.pdf
17
18. 2.6 Following that consultation, the participants (in relevant sectors, defined
government will publish a White Paper by intensity of energy use, and including
later in 2011 setting out proposals to the vast majority of electricity generation),
reform the electricity market. with that cap decreasing over time.
Companies and organisations covered by
the system are given or sold allowances
Towards a new energy infrastructure that permit emissions up to the total set by
the cap, and are able to buy and sell these
2.7 the reforms to the electricity market set allowances, effectively creating a market
out above will be essential to transforming price for carbon and encouraging emission
the UK’s electricity infrastructure and reductions to be made in the most cost
bringing forward the investment needed effective way.
in low carbon generation. Ahead of this
reform, the government has already set in
2.10 In addition, the UK government has
place a range of measures to encourage
set in place a system of three major
investment in renewables, nuclear power
financial incentives to support sustainable
and CCs.
renewable energy deployment:
2.8 UK trade & Investment (UKtI) has
• the Renewables obligation, under which
developed a framework for inward
electricity suppliers are required to source a
investment in energy focusing on key low
proportion of their energy from renewable
carbon technologies which offer the best
generation;12
short and medium-term opportunities for
foreign direct investment into the UK. For
• feed-in tariffs, which provide a financial
key sectors such as offshore wind, onshore
incentive for the generation of small-scale
wind, nuclear, microgeneration in biomass
(less than 5MW) low carbon electricity; and
and photovoltaics, and Carbon Capture
and storage, prospectuses have been
• the Renewable Heat Incentive, which will
set up and UKtI‘s network is targeting
support the generation of renewable heat
companies operating in these sectors with
and which will start to be implemented
a view to them investing in the UK.
in 2011.
2.9 the most substantial single measure driving
2.11 We will also need low carbon electricity
decarbonisation in the power sector is the
from a new generation of civil nuclear
eU emissions trading system (eU ets). this
power, built without public subsidy. the
is an eU-wide ‘cap and trade’ scheme, government will support this by creating
under which a single total cap is set for the an enabling framework to facilitate new
greenhouse gas emissions of all scheme nuclear development from 2018. this
12 the future of the Renewables obligation and how it relates to the proposed system of feed-in-tariffs is being considered as part of the electricity
Market Reform project.
18
19. Chapter 2: secure, sustainable low carbon energy
will include setting the arrangements for Reform of the electricity grid
assessment by the nuclear regulators of the
safety, security and environmental impact 2.14 Delivering the level of change needed in
of new nuclear reactors, putting in place the UK’s energy generation and use will
regulation to ensure that operators meet require major changes to the way in which
the full costs of decommissioning and their we transport energy around the country.
full share of waste management costs, and the electricity grid allows us to transport
submitting the national Policy statement power from where it is generated to the
for new nuclear power to Parliament for end user, via a transmission network that
approval by May 2011. moves electricity over long distances at
high voltages and a number of lower
2.12 lastly, if the UK’s energy supplies are to voltage regional distribution networks that
remain secure and affordable, fossil fuels feed electricity into homes and businesses.
will remain part of its energy mix for It is a fundamental asset and vital to the
some time to come, with a role to play in UK’s economic and national security.
balancing the intermittency of high levels
of renewable electricity generation. 2.15 the government is working to ensure that
the right framework is in place for the
2.13 In the longer term, for fossil fuels to investment that will be needed in our grid
continue to form a substantial part of infrastructure, including work to connect
the energy mix we will need commercial- new forms of electricity generation, so that
scale deployment of CCs technology. CCs the grid has the capacity and capability
has the potential to capture up to 90% to deal with energy demand and with
of the emissions from coal and gas-fired changes to the way we generate energy
electricity generation and lock the carbon (such as more widely geographically
dioxide away securely in underground distributed generation) as new and more
geological formations. the government diverse sources of energy are connected.
has already announced up to £1 billion of
funding for the UK’s first commercial-scale 2.16 the government is facilitating this
demonstration of this new technology transformation by:
on coal. the government will complete
a process to identify further CCs projects • ensuring that the planning regime for
to be supported by public investment by major national infrastructure, including
May 2012, and has made subsequent the national Policy statements that will
demonstrations eligible to CCs projects be submitted to Parliament for approval
on gas. by May 2011, is designed both to support
the development of electricity networks
and to minimise unnecessary barriers and
potential delays in connecting up the new
energy infrastructure;
19
20. • creating a new ‘connect and manage’ back into the hands of communities.
regime, which was announced in July 2010 the government has also announced its
to accelerate grid connection time. All intention to publish a national Planning
arrangements to ensure effective operation Policy Framework, which will set out the
and communication are in place; national economic, environmental and
social priorities for planning, including on
• ensuring that the competitive offshore climate change. the important role played
transmission regime maximises the by planning in meeting the challenge of
opportunity for strategic transmission climate change will be reflected in the
infrastructure development; and Framework and we will make it clear that
planning has a big part to play – both
• paving the way towards a ‘smarter’ in cutting emissions and in adaptation.
electricity grid in the UK, which will Alongside these planning reforms, the
increase the efficiency and reliability of government has committed to allowing
the network, enable flexible demand communities that host renewable energy
management and the use of electric projects to keep the additional business
vehicles, and support integration of more rates they generate. this will be taken
local and wind-powered generation. forward through the local government
Resource Review.
Planning reform
2.17 Reform of the planning system will be
vital for delivery of infrastructure. For
major infrastructure, the government
proposes to replace the Infrastructure
Planning Commission (IPC) with a Major
Infrastructure Planning Unit within the
Planning Inspectorate, restoring the
responsibility for taking decisions to
government Ministers while retaining the
IPC’s fast-track process for examining major
Construction of CCPilot100+ post-combustion capture
infrastructure projects. project at Ferrybridge, yorkshire
2.18 For projects that fall below the threshold
for major infrastructure,13 the localism
Bill introduced a number of measures to
reform the planning system and put power
13 set out in the Planning Act 2008.
20
21. Chapter 2: secure, sustainable low carbon energy
Actions
Start date End date Description Department
responsible
started Mar 2011 Consult on electricity market reforms, potentially including the following DeCC
proposals; a) support for a carbon price to ensure that energy prices
reflect their carbon content and encourage investment in low carbon
generation; b) A mechanism to reduce revenue uncertainty for low
carbon generation, e.g. by establishing a full system of Feed in tariffs;
c) Introducing a new capacity mechanism, improving security of supply
by incentivising or requiring sufficient capacity in the energy system;
An emissions Performance standard that will prevent new coal power
stations being built unless equipped with CCs
started Apr 2011 legislate in Finance Bill 11 (reforms to the Climate Change levy) to HMt
introduce a carbon price floor mechanism in 2013
started Apr 2011 Work with HMt on the reform of the Climate Change levy to help DeCC
support the carbon price, with legislation brought forward by HMt in the
Finance Bill 2011 as appropriate
started Apr 2011 Work with the Department for Communities and local government DeCC
to allow communities that host renewable energy projects to keep the
additional business rates they generate
started May 2011 establish the governance arrangements and design the business and BIs
*
operating model of the new [green Investment Bank] institution
started May 2011 submit national Policy statements (making the case for new energy DeCC
infrastructure) to Parliament for ratification
started May 2011 Review the role of ofgem in delivering government’s aims for DeCC
independent regulation of the energy sector
started Jun 2011 energy national Policy statements designated, working with the DClg**
Department of energy and Climate Change
started Jun 2011 set arrangements for the independent assessment of the safety, security DeCC
and environmental impact of new reactor designs
started Jun 2011 Develop regulations for new Renewable Heat Incentive scheme to provide DeCC
financial support for renewable heat, and lay before Parliament
started Jul 2011 Work with Clg to deliver the local government resource review, including HMt
exploring options for local authorities to retain locally collected business
rate revenues
* Where actions have been previously published in Departmental Business Plans in november 2010, the description wording and dates have not been
changed. square brackets denote explanatory wording added for clarity, which was not in the original Business Plan text.
** DeCC lead.
21
22. Start date End date Description Department
responsible
started Jul 2011 Deliver proposals for long term change to how local authorities are DClg
funded through the local government resource review, including local
retention of business rates, giving councils greater freedoms, while
retaining fairness in the local government finance system
started Apr 2012 Publish national Planning Policy Framework DClg
started Apr 2012 Introduce as part of the national planning framework a strong DClg
presumption in favour of sustainable development
started May 2012 Run process to identify further CCs projects to be supported by public DeCC
investment
started Apr 2013 Conduct four-yearly review of Renewables obligation (Ro) Banding (levels DeCC
of financial support for different technologies) to ensure that the Ro
provides the correct level of support to maintain investment in large-scale
renewable energy generation
Apr 2011 Apr 2011 Complete order and Regulations for financing of waste and DeCC
decommissioning associated with new nuclear build
Apr 2011 Apr 2011 Publish final statutory Funded Decommissioning Plan guidance and a final DeCC
Waste transfer Pricing Methodology for the transfer to government of
new-build operators’ spent fuel and Intermediate level Waste for final
disposal
Apr 2011 Jul 2011 Respond to Committee on Climate Change recommendations on the role DeCC
of renewables beyond 2020 and potential pathways to 2030
May 2011 May 2011 Publish White Paper setting out reforms to the electricity market DeCC
May 2011 May 2011 Design national Policy statements with clear and effective guidance on DeCC
onshore grid infrastructure to enable network development to take place
in an environmentally sustainable and timely manner
May 2011 May 2011 submit energy national Policy statements (making the case for new DeCC
energy infrastructure) to Parliament for ratification
Jun 2011 Jun 2011 Implement the Renewable Heat Incentive scheme DeCC
Dec 2011 Dec 2011 Award contract for first [UK Carbon Capture and storage]* DeCC
demonstration project
Apr 2012 Apr 2012 transfer relevant functions from the IPC [Infrastructure Planning DClg
Commission]* into the Major Infrastructure Planning Unit
Apr 2012 Apr 2013 Undertake first major review of Feed-in tariffs for small scale renewable DeCC
energy, consult and implement changes
Dec 2012 Dec 2012 Publish proposals for tackling the regulatory, legal, planning and technical DeCC
barriers to co-ordinated offshore grid development in the north and
Irish seas
* see first note on page 21.
22
24. 3.1 the UK’s 26 million homes are responsible 3.3 other measures will also play an important
for 14% of its greenhouse gas emissions.14 part, such as helping people understand
the majority of these emissions are as a more about the source and impact of the
result of burning fossil fuels. In particular, energy they are using and the emissions it
gas use dominates domestic sector creates, engaging and enabling people and
energy consumption, making up 81% of communities to make choices to use less
consumption for heat purposes and 68% energy. But it is the two areas outlined in
of overall domestic consumption.15 paragraph 3.2 that are the most significant –
and the most urgent.
3.2 In seeking to reduce these emissions, the
government will focus its effort on two key 3.4 there will be no one-size-fits-all solution
priorities, which together are likely to have to reducing greenhouse gas emissions
the greatest impact: from our homes. For instance, while most
homes in the UK rely on gas boilers for
• increasing the energy efficiency of our their heating and hot water, there are
housing stock. this includes ensuring that also around 4.8 million homes that are
new-build houses are as energy efficient not connected to the gas grid and that
as possible, with a move to zero carbon use other options, such as heating oil or
homes from 2016 (and zero carbon electric heaters.16 While a rural farmhouse
non-domestic buildings from 2019) but may benefit from improved loft insulation
we will make the most difference most and installation of a ground source heat
quickly through efforts to retrofit existing pump, a modern tower block might be
housing, prioritising the most cost effective able to reduce its emissions more cost
measures such as cavity wall and loft effectively by fitting cavity wall insulation
insulation; and throughout and being connected to a form
of network heating for all the flats in the
• helping people make the choice to move block, even where this still relies on (more
away from a reliance on fossil fuel-based efficient) fossil fuel supply. or, better still,
space and water heating and towards low the tower block could be connected to a
carbon alternatives. these include air and source of heat from a local power station or
ground source heat pumps at domestic a large source of renewable heat such as a
level, and Combined Heat and Power biomass boiler. the government’s aim is to
or a form of network heating in those set the right legal and financial framework
communities where it makes sense. and provide the right information to help
reduce greenhouse gas emissions from
14 the 2009 final UK greenhouse gas emissions figures, available at:
www.decc.gov.uk/en/content/cms/statistics/climate_change/gg_emissions/uk_emissions/2009_final/2009_final.aspx
15 DeCC (2010) Estimates of Heat Use in the United Kingdom,
www.decc.gov.uk/assets/decc/statistics/publications/trends/articles_issue/562-trendssep10-heat-use-article.pdf
16 Department of energy and Climate Change analysis.
24
25. Chapter 3: saving energy in homes and communities
our homes, and help people benefit from consumers more information about steps
reduced energy bills as a result. they can take to improve the sustainability
of their home more broadly.
More efficient homes – saving energy
through the Green Deal Making the move to low carbon heat
3.5 From 2012, the government will set 3.8 the way in which we heat and cool our
in place the green Deal, which will homes will need to change significantly
enable households (and businesses – see if we are to meet our carbon reduction
chapter 4) to invest, at no upfront cost, in and renewables targets. We will need a
home energy efficiency improvements that gradual shift away from fossil fuel-based
are expected to pay for themselves through options such as heating oil and gas boilers
energy bill savings. and towards low carbon alternatives such
as air and ground source heat pumps,
3.6 A new energy Company obligation will solar thermal heating, biomass boilers and
support delivery at scale of cost effective use of ‘wasted’ heat from industrial and
measures that require additional assistance commercial processes.
to be taken up through the green Deal,
such as solid wall insulation. this will drive 3.9 to help support this change, the
down costs but also promote investment government is setting in place a
and innovation within the energy efficiency Renewable Heat Incentive scheme, to
industry. Additionally the energy Company provide support to homes and businesses
obligation will provide extra support for choosing to install renewable heat
low income vulnerable households. this technologies. this scheme will act to
will enable people who might face more drive down the emissions that result from
challenges to take advantage of the heating our homes and will also play an
green Deal. important part in meeting the UK’s eU
target to source 15% of its energy from
3.7 to ensure that consumers can feel renewable sources by 2020.
confident in the firms that will install these
efficiency measures, the government
will establish an installer certification Building new homes to high environmental
framework, ensuring that installers operate standards
to high technical and customer service
3.10 Around a third of homes that will be
standards. We will also ensure that the
in use by 2050 are yet to be built. the
products installed meet specified standards
government is committed to ensuring
and that advice services are in place to give
that new-build homes are zero carbon
25
26. from 2016 and do not add extra carbon • supporting eco-towns and eco-
dioxide emissions to the atmosphere, developments where there is local support
while ensuring that the costs of building and a wish to adopt higher standards of
new homes do not prevent suitable and sustainability and design.
sustainable development.
Box 3.1: Vanguard Areas
3.11 the government is committed to The Big Society is already happening in many
successive improvements in national local communities – for example, in the
new-build standards through changes ‘vanguard’ areas announced by the Prime
to Part l of the Building Regulations Minister in July 2010. The Department for
2010 (conservation of fuel and power). Communities and Local Government is working
with the vanguard areas to help them overcome
In october 2010 the new regulations
the barriers they experience. This includes
introduced a 25% improvement on 2006
barriers to taking action to reduce greenhouse
carbon emissions standards. the next
gas emissions, including with the London
review will look at strengthening standards Borough of Sutton on sustainable energy, and
again in 2013 in line with developing policy with Eden Valley, Cumbria on the development
for zero carbon, and consider provisions of a groundbreaking community hydro scheme
for the existing stock in the light of the and anaerobic digestion.
government’s emerging policies on retrofit,
including the green Deal.
Changing consumer behaviour
3.12 the government wants to support and 3.13 the government understands that
enable communities in their wish to adopt reducing energy use and emissions in the
higher environmental standards for new residential sector will only be possible
homes including through: by developing solutions that address the
barriers to action – whether through the
• ensuring that there are robust sustainability provision of better information or removing
standards for local authorities to use if the hassle associated with action –
they want to set higher standards than enabling people to take decisions that save
those in the national regulations in their money and reduce emissions.
local plans. For example, the Code for
sustainable Homes provides standards for 3.14 the government’s smart meters
the sustainable design and construction programme, involving the installation of
of new homes (including water efficiency) around 50 million smart gas and electricity
that meet or exceed those set out in the meters,17 will provide consumers with
Building Regulations 2010; and real-time information about energy use,
enabling them to monitor and manage their
17 DeCC and ofgem (2010) Smart Metering Implementation Programme: Prospectus,
www.decc.gov.uk/en/content/cms/consultations/smart_mtr_imp/smart_mtr_imp.aspx
26
27. Chapter 3: saving energy in homes and communities
energy consumption, and can pave the way
for a transformation in the way in which
energy is supplied and used. Consumers will
receive accurate bills; switching between
suppliers will be smoother and faster; and
improvements in the delivery of energy
efficiency advice, including the purchasing
and end use of energy efficient products,
will be supported.
3.15 energy suppliers will be able to offer a
wider range of services and tariffs to smart meter display in kitchen
manage their customer relationships better.
smart meters will also be an important step
towards the development of a smart grid,
delivering improved network efficiency
and responsiveness. the government
will also examine the operation of the
energy performance of buildings regimes
and make resulting enhancements to the
energy Performance Certificate (ePC) so
that they become the basis for advising
households on green Deal measures and
payback periods.
27
28. Actions
Start date End date Description Department
responsible
started Mar 2011 examine the operation of the energy performance of buildings regime DeCC/DClg
to ensure it is capable of supporting green Deal delivery
started Apr 2011 Analyse consultation responses and develop plan for subsequent DeCC
phases of the [smart Meters]* programme
started Jun 2011 Work with potential providers to facilitate early precursor offers to the DeCC
green Deal
started sep 2011 Develop accreditation process to ensure public confidence in green DeCC
Deal measures
started Jan 2012 As part of broader sustainability information available under the green Defra
Deal, develop advice on water efficiency
started Apr 2012 Improve the Content, format and quality of energy Performance DClg/DeCC
Certificates (ePCs) to support the green Deal, and ensure requirements
are complied with
started Jul 2012 subject to consultation, work with industry to confirm technical DeCC
specifications and begin roll out of smart meters across Britain
started oct 2012 Develop policies to increase demand for the green Deal, alongside core DeCC
finance offer
started oct 2012 enable the green Deal by developing proposals for reviewing take- DClg/DeCC
up and possible regulation of the private rented sector, providing
access to energy Performance Certificate data and linking the ePC to
green Deal legislation
started oct 2012 encourage local authorities to become involved in delivering energy DClg/DeCC
efficiency in their areas and social landlords to take action to improve
the energy performance of their stock, using the Carbon emissions
Reduction targets and the green Deal to augment Decent Homes
funding where appropriate, to stimulate the green Deal and provide
greater certainty to suppliers
Apr 2011 Apr 2011 subject to consultation, publish detailed implementation plan leading DeCC
to full roll out [of smart Meters],* beginning in summer 2012
oct 2011 Jan 2012 Consult on secondary legislation to enable the green Deal, including DeCC
the new obligation on energy companies
Dec 2011 Mar 2012 Consult on revisions to Part l 2013 [conservation of fuel and power]* DClg
of the Building Regulations
Jan 2012 Jan 2012 lay secondary legislation [to enable green Deal]* before Parliament DeCC
2016 ongoing Introduction of zero carbon build standard for new homes DClg
* see first note on page 21.
28
30. 4.1 Around 17% of the UK’s greenhouse gas sector (e.g. addressing the differences
emissions come from our businesses and between domestic and commercial energy
industrial processes.18 these emissions supply contracts) to ensure that businesses
are produced in different ways, including can benefit from the business element of
from industrial processes or from heating – the green Deal, which will enable them
and cooling – office buildings. In addition to access the benefits of savings on their
to heat-related emissions, greenhouse energy bills without the need to provide
gas emissions are produced by chemical upfront finance (see chapter 3).
reactions in industrial processes, or from
leaks of fluorinated gases from equipment 4.4 the government will also ensure that
like refrigerators and air conditioners. energy efficiency savings are achieved in
Making these processes greener and more large organisations that participate in the
efficient will be an important part of the Carbon Reduction Commitment energy
move towards a low carbon future. efficiency scheme, through using the
financial and reputational drivers of the
scheme. the energy reporting required
Helping businesses increase their energy by the scheme ensures that organisations
efficiency are aware of their energy use, and that
senior management is responsible for this
4.2 the energy used in our businesses and
reporting. the government is currently
in industrial processes will always be
discussing options with participants
an important part of our economy. the
for simplifying the scheme, to deliver
government is committed to improving
improvements most effectively with
energy efficiency to help deliver the UK’s
minimal burden on business.
climate objectives at the lowest cost.
the government will focus its support
4.5 More effort is also needed to reduce the
where there is a need to help business
emissions of new business buildings.
overcome barriers to investing in energy
Around 40% of the non-domestic floor
and carbon saving. By improving resource
space that will exist in 2050 is yet to be
efficiency, using less energy and water and
built.20 the government is committed
minimising waste, UK businesses could
to reducing carbon emissions from new
save around £6.4 billion per year – 1.9% of
buildings through successive changes to
UK gross operating surplus (profit).19
the Building Regulations and to enabling
new non-domestic buildings to be zero
4.3 the government will work to take account
carbon from 2019. the next review of
of the nature of the commercial property
18 the 2009 final UK greenhouse gas emissions figures, available at:
www.decc.gov.uk/en/content/cms/statistics/climate_change/gg_emissions/uk_emissions/2009_final/2009_final.aspx
19 oakdene Hollins and grant thornton (2007) Quantification of the Business Benefits of Resource Efficiency: A Research Report Completed for the
Department for Environment, Food and Rural Affairs, http://randd.defra.gov.uk/Document.aspx?Document=ev02036_6754_FRP.pdf
20 Carbon trust (2009) Building the Future, Today.
30