The document discusses Vattenfall's ocean energy program and goals to become carbon neutral by 2050 by expanding their use of renewable energy sources like offshore wind and ocean energy. It provides details on Vattenfall's ocean energy projects underway, their ocean energy program structure, and goals to learn from pilot projects as they work to contribute to a more sustainable energy future. The document aims to provide background on Vattenfall's strategic direction and why they are pursuing ocean energy technologies.
The document discusses Bulgaria's targets for 2020 related to renewable energy sources and reducing CO2 emissions. It analyzes different scenarios for meeting renewable energy consumption targets and the capacity needed from various renewable sources like wind, solar, biomass and hydro. Meeting renewable targets could require 3,000-7,600 MW of additional renewable capacity at an estimated total cost of $36-113 billion. Government actions like long-term contracts and increased involvement in grid development are recommended to stimulate growth in renewables.
TerniEnergia outlined its strategic plan for 2011-2013, focusing on energy efficiency business in response to changes in the renewable energy market. The plan aims to install over 120 MWp of solar photovoltaic capacity through EPC contracts and joint ventures. TerniEnergia also seeks to strengthen its energy efficiency business through projects in public lighting, private industry, and organic Rankine cycle technology to achieve annual energy savings of 200 million kWh and reduce CO2 emissions.
The document discusses the energy challenges facing Europe, including increased demand putting pressure on supply, rising energy prices hurting competitiveness, heavy reliance on imports posing security risks, and the need to reduce emissions to tackle climate change. It outlines the EU's policy response, including developing open energy markets, investing in smarter infrastructure, implementing energy efficiency measures, boosting the use of renewable resources, and funding energy research. The conclusion is that the EU's Roadmap 2050 can meet climate and energy goals through decarbonization, a fully functioning internal energy market, improved energy efficiency, greater renewable electricity and smarter grids, and continued innovation.
The document summarizes renewable energy development in Germany. It notes that renewable energy targets include achieving 18% of final energy consumption from renewables by 2020, and increasing to 60% by 2050. It also outlines Germany's plan to phase out nuclear energy completely by 2022 following Fukushima. Charts show strong growth in wind, solar PV, and biomass electricity generation due to Germany's feed-in tariff policy. Renewables contributed over 25% of Germany's electricity in 2012 and 10.4% of heat in 2011.
This presentation was given as part of the CCS Ready workshop which was held in association with the 6th Asia Clean Energy Forum (20 – 24 June, Manila)
The workshop discussed the range of measures and best practices that can be implemented to prompt the design, permitting and construction of CCS projects when designing or building a new fossil fuelled energy or industrial plant.
The workshop hosted participants of the Asian Development Banks’ Regional Technical Assistance Program who updated the group on the outcomes of their individual projects.
This presentation provides an update on the current project being undertaken under the Asian Development Bank’s Regional Technical Assistance Program which aims to conduct an analysis of the potential for CCS, culminating in a road map for a CCS demonstration project in Vietnam.
This document discusses renewable energy targets in Latvia and alternatives for developing its energy sector. It notes that Latvia's target is for 40% of energy to come from renewable sources by 2020, compared to the EU target of 20%. It then presents two alternative scenarios for meeting this target: 1) investments in natural gas, coal, or nuclear power stations or 2) investments in energy efficiency, biomass cogeneration, wind energy and replacing natural gas with renewables in district heating. It provides some economic calculations comparing the costs of these alternatives.
1) The EPA is responsible for producing Ireland's national greenhouse gas emission inventories and projections, which are submitted to the EU and UN.
2) Ireland's greenhouse gas emissions increased by 27% between 1990-2010 but have decreased by 9% from their peak in 2000. Emissions from the energy sector contribute the most.
3) Ireland is projected to exceed its 2020 EU target for reducing emissions in the non-trading sector (transport, buildings, agriculture, waste) by 20% compared to 2005 levels. Focus is needed on policies and measures to reduce emissions from agriculture and transport.
The document discusses a report by the NNFCC examining the potential for developing an advanced biofuels industry in the UK. The report aims to establish if there is a need for advanced biofuels in the UK by 2020, and investigate the potential costs and benefits of developing a UK advanced biofuels industry, including the revenue required to support the industry and costs of meeting renewable energy targets with advanced biofuels. The NNFCC analyzed biomass resources, renewable energy targets, impacts of biofuel blending, and potential expansion of first generation biofuels in the UK.
The document discusses Bulgaria's targets for 2020 related to renewable energy sources and reducing CO2 emissions. It analyzes different scenarios for meeting renewable energy consumption targets and the capacity needed from various renewable sources like wind, solar, biomass and hydro. Meeting renewable targets could require 3,000-7,600 MW of additional renewable capacity at an estimated total cost of $36-113 billion. Government actions like long-term contracts and increased involvement in grid development are recommended to stimulate growth in renewables.
TerniEnergia outlined its strategic plan for 2011-2013, focusing on energy efficiency business in response to changes in the renewable energy market. The plan aims to install over 120 MWp of solar photovoltaic capacity through EPC contracts and joint ventures. TerniEnergia also seeks to strengthen its energy efficiency business through projects in public lighting, private industry, and organic Rankine cycle technology to achieve annual energy savings of 200 million kWh and reduce CO2 emissions.
The document discusses the energy challenges facing Europe, including increased demand putting pressure on supply, rising energy prices hurting competitiveness, heavy reliance on imports posing security risks, and the need to reduce emissions to tackle climate change. It outlines the EU's policy response, including developing open energy markets, investing in smarter infrastructure, implementing energy efficiency measures, boosting the use of renewable resources, and funding energy research. The conclusion is that the EU's Roadmap 2050 can meet climate and energy goals through decarbonization, a fully functioning internal energy market, improved energy efficiency, greater renewable electricity and smarter grids, and continued innovation.
The document summarizes renewable energy development in Germany. It notes that renewable energy targets include achieving 18% of final energy consumption from renewables by 2020, and increasing to 60% by 2050. It also outlines Germany's plan to phase out nuclear energy completely by 2022 following Fukushima. Charts show strong growth in wind, solar PV, and biomass electricity generation due to Germany's feed-in tariff policy. Renewables contributed over 25% of Germany's electricity in 2012 and 10.4% of heat in 2011.
This presentation was given as part of the CCS Ready workshop which was held in association with the 6th Asia Clean Energy Forum (20 – 24 June, Manila)
The workshop discussed the range of measures and best practices that can be implemented to prompt the design, permitting and construction of CCS projects when designing or building a new fossil fuelled energy or industrial plant.
The workshop hosted participants of the Asian Development Banks’ Regional Technical Assistance Program who updated the group on the outcomes of their individual projects.
This presentation provides an update on the current project being undertaken under the Asian Development Bank’s Regional Technical Assistance Program which aims to conduct an analysis of the potential for CCS, culminating in a road map for a CCS demonstration project in Vietnam.
This document discusses renewable energy targets in Latvia and alternatives for developing its energy sector. It notes that Latvia's target is for 40% of energy to come from renewable sources by 2020, compared to the EU target of 20%. It then presents two alternative scenarios for meeting this target: 1) investments in natural gas, coal, or nuclear power stations or 2) investments in energy efficiency, biomass cogeneration, wind energy and replacing natural gas with renewables in district heating. It provides some economic calculations comparing the costs of these alternatives.
1) The EPA is responsible for producing Ireland's national greenhouse gas emission inventories and projections, which are submitted to the EU and UN.
2) Ireland's greenhouse gas emissions increased by 27% between 1990-2010 but have decreased by 9% from their peak in 2000. Emissions from the energy sector contribute the most.
3) Ireland is projected to exceed its 2020 EU target for reducing emissions in the non-trading sector (transport, buildings, agriculture, waste) by 20% compared to 2005 levels. Focus is needed on policies and measures to reduce emissions from agriculture and transport.
The document discusses a report by the NNFCC examining the potential for developing an advanced biofuels industry in the UK. The report aims to establish if there is a need for advanced biofuels in the UK by 2020, and investigate the potential costs and benefits of developing a UK advanced biofuels industry, including the revenue required to support the industry and costs of meeting renewable energy targets with advanced biofuels. The NNFCC analyzed biomass resources, renewable energy targets, impacts of biofuel blending, and potential expansion of first generation biofuels in the UK.
Solar PV success of Germany and chances for VietnamTuong Do
This document summarizes solar energy development in Germany and Vietnam over the past decade. It discusses the technical potential and options for solar technology, how Germany rapidly increased solar energy usage through policies like feed-in tariffs, and examples of solar home systems and additional CDM funding in Vietnam. The document also provides examples of different solar installation types and concludes by thanking the reader.
This document summarizes Germany's targets and progress towards increasing the use of renewable energies. It outlines Germany's goals of reducing greenhouse gas emissions by 40% by 2020, 55% by 2030, 70% by 2040, and 80-95% by 2050 compared to 1990 levels. Germany also aims to increase the share of renewables in electricity consumption to 35% by 2020, 50% by 2030, and 80% by 2050. The document discusses the development and growth of renewable electricity generation in Germany since the early 1990s, driven by policy support. It highlights ongoing efforts to advance renewables through research funding and cooperation with Turkey.
Borusan EnBW Enerji is a joint venture between Turkish company Borusan Holding and German company EnBW. The JV was formed in 2009 with the goal of developing 2000 MW of installed renewable energy capacity, mostly wind, by 2020. Currently the JV has 611 MW of projects in its portfolio. Turkey has seen increasing wind energy capacity over the years, reaching 1,329 MW installed by the end of 2010, but still has a long way to go to meet its 2023 target of 20 GW of wind capacity. The new feed-in tariff introduced in Turkey in 2010 provides incentives for wind energy but is still not high enough to be truly attractive compared to day-ahead electricity prices. Recommendations
The document discusses a Euro-Mediterranean energy market integration project. It presents Jordan's national budget allocation chart for renewable energy and energy efficiency investments from 2010 to 2020. The chart identifies the most cost-effective technologies to achieve energy supply diversification, sustainability, and security in Jordan. It analyzes 20 renewable energy technologies and 9 energy efficiency technologies based on their potential, costs, and electricity savings to help allocate scarce budget efficiently and set priorities. The results will be disseminated through seminars and presentations to relevant decision makers to inform Jordan's energy plans and policies.
Minnesota Power has made progress in reducing emissions and transitioning its energy portfolio, but faces ongoing environmental challenges. Emissions have been reduced 70% since 2005 through adding renewables like wind, efficiency programs, and upgrades to Boswell Unit 4. However, new EPA regulations could require further emission reductions at a higher cost, particularly for Minnesota Power's smaller, older coal units. The company's integrated resource plan aims to continue conservation, diversify fuel sources, accelerate carbon reduction through more wind and Manitoba hydro, while maintaining reliability and affordable costs. Moving forward, Minnesota Power will work to ensure regional energy remains balanced across these priorities.
Rapid commercialisation of hydrogen and fuel cellsLogan Energy Ltd
The document discusses the rapid commercialization of hydrogen and fuel cells. It outlines the case for fuel cells, the current global market status, policy support, and hydrogen and fuel cell research, development and demonstration activities in Wales. The global market for small stationary fuel cells under 10kW is growing steadily, while the market for large stationary cells over 10kW remains relatively steady. European and UK policies aim to support the implementation of fuel cells. Research in Wales includes hydrogen energy R&D at universities and the establishment of a Low Carbon Economic Area centered on hydrogen technologies.
The document discusses the Fuel Cells and Hydrogen Joint Undertaking (FCH JU), a public-private partnership with a budget of 940 million euros. The FCH JU funds research, development, and demonstration projects focused on fuel cells and hydrogen technologies. Its goals are to support the European Union's energy targets of increasing renewables and efficiency while decreasing emissions. The FCH JU also aims to help deploy fuel cell and hydrogen technologies in transportation, energy storage, and stationary power generation by 2030.
1) The document analyzes the global and national mitigation costs of alternative metrics for comparing greenhouse gases like 100-year global warming potentials (GWPs) and global temperature change potentials (GTPs).
2) It finds that while alternative metrics address some issues with GWPs, fixed 100-year GTPs are even less cost-effective than GWPs globally. Time-dependent GTPs that focus on temperature change in 2100 could be more cost-effective.
3) For New Zealand, the economic implications of alternative metrics depend on assumptions about agriculture emissions reductions and global climate policy scenarios more than the metrics alone.
Infrastructure and new energies from planning to realization_Value PartnersValue Partners
9th Italian Energy Summit: the opening speech of the roundtable devoted to “Infrastructures and new energies: from support plans to projects realization”. By Ruggero Jenna, director of Value Partners and leader of the Singapore office.
The biofuels market in Sweden has strong potential for growth among other sources in the renewable energy space. Government initiatives and the large demand for green fuel have attracted investments in the sector. The inability of domestic supply to meet demand coupled with the targets set for efficiency in the transportation sector is expected to boost the market.
The report begins with an introduction of the biofuels market in the European Union indicating the current consumption and import-export levels, biofuel usage in transportation and major developments in this industry through various policies. An overview of the bioenergy market in Sweden has been provided followed by the biofuels market. Details regarding the major biofuels used namely, ethanol, biodiesel and biogas have been proffered including data regarding total production levels and the availability of raw materials.
An analysis of drivers explains factors contributing to the huge potential based on various cost incentives, fluctuations in crude oil prices, support for green car owners, high growth in ethanol vehicles and the market being dominated by imports. The key challenges identified include resistance from the Swedish forestry industry, food vs. fuel issue and hurdles with biogas supply.
The major government programmes and investments towards the development of the industry have been discussed including the climate and energy policy, Biogas Vast project, research and development projects as well as other policies towards developing the industry.
Competition section profiles the major players in the market. The section contains a snapshot of the corporations’ financial performance and business highlights, providing an insight into the existing competitive scenario.
G. Schauer, "EV activities in Austria, EU and worldwide, Results from Fleet T...Eamon Keane
This document summarizes electric vehicle (EV) activities in Austria, Europe, and worldwide. It discusses results from fleet tests, business models, and demand for research and development. Key points discussed include EV test results and experience in Europe, the argument that EVs can help reduce emissions and energy use, and that supporting infrastructure already exists. Business models and total cost of ownership are also covered.
IEA - Energy Technology Perspectives 2010 - Key Figuresteknoport
The document discusses key technologies and strategies needed to reduce global CO2 emissions under the BLUE Map scenario. It finds that a mix of renewable energy, nuclear power, fossil fuels with carbon capture and storage, energy efficiency, and smart grid technologies will be required. Annual investment in many low-carbon electricity sources like wind, solar, and nuclear must increase substantially compared to today's levels to achieve deep decarbonization by 2050. A wide range of actions across the energy system will be necessary including changes to power generation, fuel switching, and improvements in end-use efficiency.
Baskin UCSC Panel Feb 18 2009 Ali ShakouriMary Trigiani
Can renewable energy save the world? Panel discussion held by University of California, Santa Cruz February 11 2009. Peter Borden, Awais Khan, Ali Shakouri.
The document discusses Brazil's use of renewable fuels like biodiesel. It notes that over 45% of Brazil's energy comes from renewable sources, compared to around 12.9% globally. The Brazilian biodiesel program was introduced in 2005 and aims to diversify energy sources and reduce oil imports while promoting social development. Biodiesel production has increased from around 400,000 cubic meters in 2005 to a forecasted 2.5 million cubic meters in 2010. The industry faces issues around feedstock selection and costs that will need to be addressed for long term success.
Integrated Refining & Gasification Rbc 9 2009rcarpe
This document discusses the challenges facing refineries and how gasification can help address them. Refineries face issues like heavier crude oils producing more petcoke waste, and stricter emissions regulations. Gasification can help by using petcoke as a feedstock to produce hydrogen, synthesis gas, and power to export, reducing costs and emissions. Gasification also increases flexibility to process different crude types. Case studies show gasification integrated with existing refinery infrastructure and waste streams. GE has technology experience to provide gasification solutions.
Exelon Corporation at Morgan Stanley Global Electricity & Energy Conferencefinance14
This document summarizes Matthew Hilzinger's presentation at the Morgan Stanley Global Electricity & Energy Conference on April 3, 2008. Some key points include:
- Exelon is well positioned for continued strong performance in 2008 and beyond due to its large nuclear fleet and incremental cash flows.
- Generation is benefiting from improving market fundamentals.
- ComEd is progressing constructively in distribution rate case negotiations.
- Exelon is fully engaged in discussions regarding Harrisburg and poised to launch a low carbon strategy.
The Solar Future DE - Karl Kuhlman "Can solar PV compete with grid energy in ...Paul van der Linden
This document discusses the photovoltaics market in Germany. It provides key facts about S.A.G. Solarstrom AG, including that it operates across the entire solar value chain. It outlines that the Renewable Energy Act supports photovoltaics in Germany and led to exponential growth in solar installations. It notes that while the feed-in tariff for solar has been reduced, the total economic costs of solar to date have been less than 7 billion euros. It predicts that Germany will remain the largest solar market if system prices continue to decline.
The document summarizes a study that examines scenarios for solar photovoltaic (PV) electricity deployment in Europe by 2020. The study finds that PV could provide up to 12% of EU electricity demand by 2020 if policymakers and energy stakeholders actively support it. Reaching 12% would require overcoming barriers but would have significant benefits, including reducing CO2 emissions, increasing energy security, and boosting European competitiveness and employment in the PV industry. Overall, the 12% target is achievable and desirable to help the EU meet its renewable energy and emissions reduction goals for 2020.
The document summarizes a study that examines scenarios for solar photovoltaic (PV) electricity deployment in Europe by 2020. The study finds that PV could provide up to 12% of EU electricity demand by 2020 if policymakers and energy stakeholders actively support it. Reaching 12% would require overcoming barriers but would have significant benefits, including reducing CO2 emissions, increasing energy security, and boosting European competitiveness and employment in the PV industry. Overall, the study shows that a mainstream role for PV in Europe's energy market by 2020 is an achievable and desirable objective.
This document summarizes the criteria for sustainable hydropower development in Tyrol, Austria. It outlines the background and goals, describes the development of criteria and their application in a GIS-based hydropower potential determination. The document discusses the process used to establish criteria, provides examples of criteria, and presents the results of assessing hydropower potential at the regional level based on the established criteria.
Solar PV success of Germany and chances for VietnamTuong Do
This document summarizes solar energy development in Germany and Vietnam over the past decade. It discusses the technical potential and options for solar technology, how Germany rapidly increased solar energy usage through policies like feed-in tariffs, and examples of solar home systems and additional CDM funding in Vietnam. The document also provides examples of different solar installation types and concludes by thanking the reader.
This document summarizes Germany's targets and progress towards increasing the use of renewable energies. It outlines Germany's goals of reducing greenhouse gas emissions by 40% by 2020, 55% by 2030, 70% by 2040, and 80-95% by 2050 compared to 1990 levels. Germany also aims to increase the share of renewables in electricity consumption to 35% by 2020, 50% by 2030, and 80% by 2050. The document discusses the development and growth of renewable electricity generation in Germany since the early 1990s, driven by policy support. It highlights ongoing efforts to advance renewables through research funding and cooperation with Turkey.
Borusan EnBW Enerji is a joint venture between Turkish company Borusan Holding and German company EnBW. The JV was formed in 2009 with the goal of developing 2000 MW of installed renewable energy capacity, mostly wind, by 2020. Currently the JV has 611 MW of projects in its portfolio. Turkey has seen increasing wind energy capacity over the years, reaching 1,329 MW installed by the end of 2010, but still has a long way to go to meet its 2023 target of 20 GW of wind capacity. The new feed-in tariff introduced in Turkey in 2010 provides incentives for wind energy but is still not high enough to be truly attractive compared to day-ahead electricity prices. Recommendations
The document discusses a Euro-Mediterranean energy market integration project. It presents Jordan's national budget allocation chart for renewable energy and energy efficiency investments from 2010 to 2020. The chart identifies the most cost-effective technologies to achieve energy supply diversification, sustainability, and security in Jordan. It analyzes 20 renewable energy technologies and 9 energy efficiency technologies based on their potential, costs, and electricity savings to help allocate scarce budget efficiently and set priorities. The results will be disseminated through seminars and presentations to relevant decision makers to inform Jordan's energy plans and policies.
Minnesota Power has made progress in reducing emissions and transitioning its energy portfolio, but faces ongoing environmental challenges. Emissions have been reduced 70% since 2005 through adding renewables like wind, efficiency programs, and upgrades to Boswell Unit 4. However, new EPA regulations could require further emission reductions at a higher cost, particularly for Minnesota Power's smaller, older coal units. The company's integrated resource plan aims to continue conservation, diversify fuel sources, accelerate carbon reduction through more wind and Manitoba hydro, while maintaining reliability and affordable costs. Moving forward, Minnesota Power will work to ensure regional energy remains balanced across these priorities.
Rapid commercialisation of hydrogen and fuel cellsLogan Energy Ltd
The document discusses the rapid commercialization of hydrogen and fuel cells. It outlines the case for fuel cells, the current global market status, policy support, and hydrogen and fuel cell research, development and demonstration activities in Wales. The global market for small stationary fuel cells under 10kW is growing steadily, while the market for large stationary cells over 10kW remains relatively steady. European and UK policies aim to support the implementation of fuel cells. Research in Wales includes hydrogen energy R&D at universities and the establishment of a Low Carbon Economic Area centered on hydrogen technologies.
The document discusses the Fuel Cells and Hydrogen Joint Undertaking (FCH JU), a public-private partnership with a budget of 940 million euros. The FCH JU funds research, development, and demonstration projects focused on fuel cells and hydrogen technologies. Its goals are to support the European Union's energy targets of increasing renewables and efficiency while decreasing emissions. The FCH JU also aims to help deploy fuel cell and hydrogen technologies in transportation, energy storage, and stationary power generation by 2030.
1) The document analyzes the global and national mitigation costs of alternative metrics for comparing greenhouse gases like 100-year global warming potentials (GWPs) and global temperature change potentials (GTPs).
2) It finds that while alternative metrics address some issues with GWPs, fixed 100-year GTPs are even less cost-effective than GWPs globally. Time-dependent GTPs that focus on temperature change in 2100 could be more cost-effective.
3) For New Zealand, the economic implications of alternative metrics depend on assumptions about agriculture emissions reductions and global climate policy scenarios more than the metrics alone.
Infrastructure and new energies from planning to realization_Value PartnersValue Partners
9th Italian Energy Summit: the opening speech of the roundtable devoted to “Infrastructures and new energies: from support plans to projects realization”. By Ruggero Jenna, director of Value Partners and leader of the Singapore office.
The biofuels market in Sweden has strong potential for growth among other sources in the renewable energy space. Government initiatives and the large demand for green fuel have attracted investments in the sector. The inability of domestic supply to meet demand coupled with the targets set for efficiency in the transportation sector is expected to boost the market.
The report begins with an introduction of the biofuels market in the European Union indicating the current consumption and import-export levels, biofuel usage in transportation and major developments in this industry through various policies. An overview of the bioenergy market in Sweden has been provided followed by the biofuels market. Details regarding the major biofuels used namely, ethanol, biodiesel and biogas have been proffered including data regarding total production levels and the availability of raw materials.
An analysis of drivers explains factors contributing to the huge potential based on various cost incentives, fluctuations in crude oil prices, support for green car owners, high growth in ethanol vehicles and the market being dominated by imports. The key challenges identified include resistance from the Swedish forestry industry, food vs. fuel issue and hurdles with biogas supply.
The major government programmes and investments towards the development of the industry have been discussed including the climate and energy policy, Biogas Vast project, research and development projects as well as other policies towards developing the industry.
Competition section profiles the major players in the market. The section contains a snapshot of the corporations’ financial performance and business highlights, providing an insight into the existing competitive scenario.
G. Schauer, "EV activities in Austria, EU and worldwide, Results from Fleet T...Eamon Keane
This document summarizes electric vehicle (EV) activities in Austria, Europe, and worldwide. It discusses results from fleet tests, business models, and demand for research and development. Key points discussed include EV test results and experience in Europe, the argument that EVs can help reduce emissions and energy use, and that supporting infrastructure already exists. Business models and total cost of ownership are also covered.
IEA - Energy Technology Perspectives 2010 - Key Figuresteknoport
The document discusses key technologies and strategies needed to reduce global CO2 emissions under the BLUE Map scenario. It finds that a mix of renewable energy, nuclear power, fossil fuels with carbon capture and storage, energy efficiency, and smart grid technologies will be required. Annual investment in many low-carbon electricity sources like wind, solar, and nuclear must increase substantially compared to today's levels to achieve deep decarbonization by 2050. A wide range of actions across the energy system will be necessary including changes to power generation, fuel switching, and improvements in end-use efficiency.
Baskin UCSC Panel Feb 18 2009 Ali ShakouriMary Trigiani
Can renewable energy save the world? Panel discussion held by University of California, Santa Cruz February 11 2009. Peter Borden, Awais Khan, Ali Shakouri.
The document discusses Brazil's use of renewable fuels like biodiesel. It notes that over 45% of Brazil's energy comes from renewable sources, compared to around 12.9% globally. The Brazilian biodiesel program was introduced in 2005 and aims to diversify energy sources and reduce oil imports while promoting social development. Biodiesel production has increased from around 400,000 cubic meters in 2005 to a forecasted 2.5 million cubic meters in 2010. The industry faces issues around feedstock selection and costs that will need to be addressed for long term success.
Integrated Refining & Gasification Rbc 9 2009rcarpe
This document discusses the challenges facing refineries and how gasification can help address them. Refineries face issues like heavier crude oils producing more petcoke waste, and stricter emissions regulations. Gasification can help by using petcoke as a feedstock to produce hydrogen, synthesis gas, and power to export, reducing costs and emissions. Gasification also increases flexibility to process different crude types. Case studies show gasification integrated with existing refinery infrastructure and waste streams. GE has technology experience to provide gasification solutions.
Exelon Corporation at Morgan Stanley Global Electricity & Energy Conferencefinance14
This document summarizes Matthew Hilzinger's presentation at the Morgan Stanley Global Electricity & Energy Conference on April 3, 2008. Some key points include:
- Exelon is well positioned for continued strong performance in 2008 and beyond due to its large nuclear fleet and incremental cash flows.
- Generation is benefiting from improving market fundamentals.
- ComEd is progressing constructively in distribution rate case negotiations.
- Exelon is fully engaged in discussions regarding Harrisburg and poised to launch a low carbon strategy.
The Solar Future DE - Karl Kuhlman "Can solar PV compete with grid energy in ...Paul van der Linden
This document discusses the photovoltaics market in Germany. It provides key facts about S.A.G. Solarstrom AG, including that it operates across the entire solar value chain. It outlines that the Renewable Energy Act supports photovoltaics in Germany and led to exponential growth in solar installations. It notes that while the feed-in tariff for solar has been reduced, the total economic costs of solar to date have been less than 7 billion euros. It predicts that Germany will remain the largest solar market if system prices continue to decline.
The document summarizes a study that examines scenarios for solar photovoltaic (PV) electricity deployment in Europe by 2020. The study finds that PV could provide up to 12% of EU electricity demand by 2020 if policymakers and energy stakeholders actively support it. Reaching 12% would require overcoming barriers but would have significant benefits, including reducing CO2 emissions, increasing energy security, and boosting European competitiveness and employment in the PV industry. Overall, the 12% target is achievable and desirable to help the EU meet its renewable energy and emissions reduction goals for 2020.
The document summarizes a study that examines scenarios for solar photovoltaic (PV) electricity deployment in Europe by 2020. The study finds that PV could provide up to 12% of EU electricity demand by 2020 if policymakers and energy stakeholders actively support it. Reaching 12% would require overcoming barriers but would have significant benefits, including reducing CO2 emissions, increasing energy security, and boosting European competitiveness and employment in the PV industry. Overall, the study shows that a mainstream role for PV in Europe's energy market by 2020 is an achievable and desirable objective.
This document summarizes the criteria for sustainable hydropower development in Tyrol, Austria. It outlines the background and goals, describes the development of criteria and their application in a GIS-based hydropower potential determination. The document discusses the process used to establish criteria, provides examples of criteria, and presents the results of assessing hydropower potential at the regional level based on the established criteria.
Pedro Martinez presents Sustainability at NH HotelesWouter Staal
Pedro Martinez, CPO at NH Hoteles, presents Sustainability at NH and what has been driving this strategy forward at the Spanish hotel chain, during the Philips 2011 Partner Seminar at the Renaissance Amsterdam Hotel on Sept 22, 2011.
This document outlines a roadmap for achieving an 80% reduction in carbon emissions in the EU by 2050. It details pathways that are sustainable, technically feasible, and have a positive economic impact. These pathways include increasing renewable energy sources like wind and solar to 60-80% of electricity production, deploying carbon capture and storage technology for 20-50% of industry emissions, and using nuclear power for 20% of electricity. It also analyzes the infrastructure needs like increased transmission lines and backup generation capacity to support high shares of variable renewable resources while keeping curtailment of renewable energy low. Cost estimates are provided for the annual capital expenditures needed along with projected costs of electricity generation. The European Commission aims to provide long-term policy
Linked In Logica Utilities Outlook 040210shahzad6708
The document discusses power generation and electricity trends in the UK and Europe from 2010-2020. Key points include:
1) Over £200 billion will be invested in the UK energy sector during this time period, with £100 billion going towards wind power, to meet targets of 40% nuclear/coal, 30% gas, and 30% alternative energy for electricity generation.
2) Electricity prices are expected to moderately rise while gas prices will be high due to increased LNG and GTL supplies to meet growing demand.
3) UK gas demand is projected to grow 2-4% annually through 2020 primarily due to new gas-fired power plants, increasing UK's reliance on imports which currently meet 80
This presentation formed part of the Farming Futures workshop 'Irrigation in a changing climate: save water, save money, get fit for the future'.
17th November 2009
The document summarizes the IEA Energy Technology Perspectives project, which analyzes energy technology scenarios and strategies to reduce CO2 emissions. It describes the baseline scenario where emissions double by 2050 and the BLUE scenario where widespread deployment of low-carbon technologies below $175/tCO2 leads to 50% reduction in emissions by 2050 compared to 2005. Buildings sector energy consumption is 5% higher by 2050 than 2007 in the BLUE scenario due to population growth, but OECD regions reduce consumption below 2007 levels through efficiency and decarbonization measures.
Vattenfall Annual and Sustainability Report 2016Vattenfall
Vattenfall's annual and sustainability report discusses its transition to support a fossil-free future through investments in renewable energy like wind and solar. The report summarizes Vattenfall's financial results for 2016, including an improved underlying operating profit but an overall net loss due to impairment losses. It outlines Vattenfall's strategy of adapting its portfolio away from coal and lignite towards renewable energy investments and providing sustainable energy solutions for customers.
Presentation of Vattenfall's full year 2015 resultsVattenfall
Vattenfall reported financial results for full year 2015. Key highlights included a portfolio transformation through divestments of fossil fuel plants in Denmark and a lignite divestment process in Germany. Generation increased from renewables like wind power. However, low electricity prices and new regulatory requirements led to impairments of SEK 36.8 billion. Underlying EBIT declined to SEK 20.5 billion from SEK 24.1 billion in 2014 due to continued pressure on conventional power generation from lower commodity prices. The board proposed no dividend for 2015.
The document discusses energy technology roadmaps as a tool to support the reduction of global CO2 emissions. It outlines that a wide range of technologies will be needed, including end-use efficiency, fuel switching, generation efficiency, nuclear, renewables, and carbon capture and storage. Roadmaps can help accelerate innovation by identifying barriers, highlighting policies, directing research funds, and facilitating knowledge sharing. The document provides examples of roadmaps for wind power and energy efficiency in buildings that outline deployment goals and cost reduction targets.
New Renewable Energy Strategy UK - Adam Brownuktila
The document discusses renewable energy strategy and opportunities in the UK. It outlines the UK's long term vision and supportive policies to increase renewable energy generation. Key points include the renewable obligation certificate scheme, rapid growth of onshore wind and offshore wind targets, and plans to meet the EU renewable energy target of 15% by 2020 through various policy measures and a focus on technologies like offshore wind, biomass, and wave/tidal.
Low-CapEx approach to synthetic transport fuels from biomass – From laborator...Ilkka Hannula
The ambitious targets of the Paris Agreement cannot be met without significant decarbonisation of the transport sector. In Europe, the revised version of the Renewable Energy Directive (REDII) will enter into force by the end of 2019 and will govern European biofuel policies during the next decade. The directive will gradually phase out unsustainable palm oil –derived biodiesel, while simultaneously creating European wide demand for “low ILUC risk” biofuels. Minimum target for low ILUC risk biofuels will be 3.6% by 2030.
In the attempt to accelerate the market introduction of low ILUC risk biofuels, VTT has developed a “Low-CapEx” concept for biomass-to-liquids (BTL) that can be realised at an intermediate scale of 100-150 MW biomass input (corresponding to 30-50 ktoe annual production of transportation fuels) with an estimated investment cost for a first-of-a-kind plant of around 200 - 300 M€. The proposed concept is suitable for non-edible lignocellulosic feedstocks and features an atmospheric steam-blown dual fluidised-bed gasifier combined with a simplified hot-gas clean-up train and a small-scale
Fischer-Tropsch (FT) synthesis.
The pilot-scale development work was started in a national research project BTL2030 during 2016-2018, and is currently being continued in a H2020 project COMSYN. Based on Aspen Plus simulations, the overall efficiency (to both FT fuels and saleable heat) of the process is 79 – 87 % (LHV). Based on a prospective economic analysis, 1100 – 1300 €/tonne production cost is expected for a first-of-a-kind commercial plant, depending on the price of feedstock. However, significant cost reduction potential exists for subsequent plants through learning-by-doing.
We present main results from our R&D work to date, together with a roadmap on how low ILUC risk biofuels could be deployed during next decade in Europe to meet the targets set in REDII.
SESSION1_Identification of the mediterranean solar plan (imsp); an europeaid ...RCREEE
This document discusses the Euro-Mediterranean Energy Market Integration Project (MED-EMIP), which aims to promote renewable energy in the Mediterranean region. It prepared 44 recommended energy efficiency and renewable energy measures in 2008. MED-EMIP cannot implement all recommendations alone and some require additional funding. The document also discusses the Mediterranean Solar Plan's goal of 20,000 MW of solar and wind capacity by 2020 through private investment, and the need to make domestic sales and exports commercially attractive. Consultations were held in 2009 on improving EU and regional policies to achieve these goals. Key issues discussed are whether countries should consume expensive domestic solar power or lobby for exports, and what level of cross-subsidy from other energy sources is socially acceptable to
The document discusses 2nd generation biomass conversion and biorefining. It describes converting non-food biomass like lignocellulosic biomass into transportation fuels, fuel additives and chemicals. Key processes involved include thermal and catalytic upgrading of biomass-derived bio-oil and syngas, as well as chemical hydrolysis of biomass into platform chemicals like levulinic acid. The University of Limerick conducts research on these biomass conversion technologies, aiming to develop sustainable fuels and chemicals from biomass.
The document discusses energy management in business facilities. It outlines the services of an energy management company, including facilities management, maintenance, environmental services, energy management, audits, and sustainable energy projects. Examples are given of projects implemented at various client sites that achieved significant energy and cost savings through retrofitting systems, improving controls, and implementing renewable energy sources. The benefits of energy efficiency projects are discussed as improving profits through reduced costs, attracting grants, developing expertise, and providing marketing opportunities.
The document summarizes the key points from a presentation by Dr. Colette Maloney of the European Commission on putting smart technologies at the center of green economic policies. It outlines the EU's three 2020 targets for reducing greenhouse gas emissions, increasing renewable energy, and improving energy efficiency. It argues that information and communication technologies can help achieve these goals through smart buildings, grids, cities, and other applications. The EC recommends measuring ICT's benefits and potential negative impacts. It also describes the European Smart Cities Initiative to fund projects in 25-30 cities and a Green Digital Charter signed by 21 cities.
Education provides knowledge which leads to power. Education can eliminate poverty across Africa and Ireland by empowering people. Producing technology like computers requires large amounts of resources like fossil fuels, chemicals, water and causes greenhouse gas emissions equivalent to driving a car long distances. There is an urgent need to change now to reduce demand on raw materials and the environmental impact of manufacturing.
An ecovillage is a community that aims to integrate ecological design, renewable energy resources, and sustainable practices. The Cloughjordan Ecovillage in Ireland seeks to be a model for sustainable living through community buildings, economic opportunities, education, and partnerships. The development includes plans for an eco-enterprise center, live-work units, and IT infrastructure to support businesses and shared resources among residents.
The waste and recycling market in Ireland is large and growing. Recycling rates are increasing due to legislation but there is still opportunity for growth. Repak, a non-profit producer responsibility scheme, is driving this growth by investing in recycling infrastructure and education. Repak's investments have helped divert over 5 million tons of packaging from landfills and increase Ireland's recycling rates. Opportunities exist in waste-to-energy technologies as well as recycling and environmental services.
This document discusses green careers and the growing green economy in Ireland. It provides an overview of sectors in the green economy like renewable energy (wind, solar, bioenergy, etc.), efficient energy use, waste management, water treatment, and food. It outlines many potential green job titles and describes opportunities in both direct green industries and indirect supporting sectors. It emphasizes the need for training and skills development to meet demands of the green economy and stresses the importance of self-reflection to identify values, interests, and skills when pursuing a green career path.
The document summarizes the development of ecotourism in the Burren region of Ireland. It discusses the establishment of a Burren Ecotourism Working Group and the accreditation of 13 local businesses in ecotourism. It then outlines Failte Ireland's support in making the Burren a pilot project for ecotourism destination accreditation based on the Greenbox model. The training program provided by Greenbox and the long term vision of an accredited ecotourism network in the Burren are also summarized.
Skillnets Ltd is an Irish organization formed in 1999 to facilitate training and development in enterprises. It operates training networks that are enterprise-led and designed to meet member companies' business needs. In 2010-2011, Skillnets renewed its focus on skills for the green economy, supporting sectors prioritized in government policy like renewable energy and eco-construction. It worked with over 6,000 companies through training networks, generating business partnerships and improving skills in areas such as customer satisfaction and employee morale.
Glenisk is an Irish organic dairy producer established in 1987 that pioneered the organic dairy sector in Ireland. It converted to organic production in 1995 and has since grown to support 50 organic farms. Glenisk aims to promote organic agriculture and the environment through sustainable practices like using renewable energy sources and recycling. It has received numerous environmental awards and in 2006 entered a partnership with Stonyfield, the world's largest organic yogurt producer, allowing Glenisk to invest and expand its operations.
This document provides information on starting green businesses and the support available from Enterprise Ireland. It outlines the typical challenges green startups face, such as products taking longer to develop and costs being higher. Enterprise Ireland offers various types of funding and support services to help high-potential startups validate ideas, develop business plans, raise investment, and grow their business internationally.
This document outlines a 3-phase approach and 9 principles for moving from "greenwash" to genuine sustainability marketing. Phase 1 involves planning, including focusing on fundamentals, getting ahead of issues, and partnering for credibility. Phase 2 is developing communication by prioritizing honesty, finding strength in humility, embracing detail, and showing rather than telling. Phase 3 is launching and committing long-term, including becoming a first responder to criticism and committing for the long run. The overall approach emphasizes transparency, partnership, detail, and long-term commitment to sustainability over opportunism.
This document provides information about raising funds from angel investors. It discusses the Halo Business Angel Network (HBAN) which connects investors with early stage companies. HBAN has invested over €5.7 million in 20 startups through angel syndicates. The document outlines various funding options and notes that seeking angel investors requires equity investment and will involve missed forecasts or lost contracts. It provides tips for approaching angels, including having a one page teaser, 10 minute presentation, full business plan and use of proceeds plan. HBAN can help companies decide if they are ready for funding, provide templates, introduce them to regional angel groups, and help syndicate investment deals.
The document discusses green finance and renewable energy projects. It provides an overview of green finance, describing it as financing that supports low-carbon and environmentally sustainable projects and activities. It then discusses renewable energy project financing structures and mechanisms for supporting renewable energy in Ireland, such as REFIT. It concludes by discussing opportunities for Ireland to become a hub for green finance and stimulate economic growth through renewable technologies and financial enablers.
The document discusses various definitions for low and zero carbon buildings including site autonomy, on-site carbon neutral, net zero carbon, and near-site zero carbon. It also discusses additionality, carbon offsetting, and green power. It then shows graphs comparing typical new building energy usage, cooling systems, and cooling loads for different facade types. The document concludes by discussing strategies to design beyond best practice energy efficiency in new buildings through enhanced insulation, reduced hot water usage, enhanced facades, and improved air/water distribution efficiency.
The document discusses smart city planning in Ireland and proposes ideas to move towards smarter approaches. It notes Ireland's history of urban sprawl and lack of integrated planning. The author argues Ireland needs to champion its cities by focusing development around 5 key cities. The author also proposes creating an urban finance measure to fund infrastructure for modal shifts, refreshing definitions of town centers to promote mixed-use living, and adopting strategic employment land policies. The document concludes by outlining 10 "smart moves" to guide more sustainable planning in Ireland.
This document outlines EU and Irish policy and regulation driving the green economy, including:
1) EU 20-20-20 targets for 2020 of 20% reductions in GHG emissions, 20% improved energy efficiency, and 20% of energy from renewables.
2) Irish regulations include an emission trading scheme, energy efficiency standards for buildings and equipment, and smart metering.
3) Irish plans promote energy efficiency in the public sector through audits, procurement, and leadership on new technologies to leverage the market.
Paul Rellis argues that cloud computing presents an opportunity to transform Ireland into a leading green economic force. He outlines the history of technological developments from mainframes to the internet and cloud computing. Rellis envisions cloud services being accessible from any screen. Early adopters are finding benefits like lower costs from cloud computing. For Ireland to fully realize the potential, the country needs to improve education by integrating ICT into curriculums and prioritize broadband availability. Overall, cloud computing can help put Ireland's "heads in the clouds and feet on the ground."
- Green IT is important to Dell and its customers as environmentalism has grown in importance even during economic recessions. 37% of Americans are making lasting environmental changes and over 80% of organizations have purchased greener IT products in the past year.
- Dell is committed to making "being green" easy and cost-effective for its customers. This includes designing, building, and recycling green products and packaging, as well as operating its own business in a green way.
- Adopting green IT practices can help customers save money and reduce their environmental impact, as power demands are expected to increase significantly by 2030 while budgets remain flat.
ICT technologies can help reduce global emissions and enable more sustainable cities and communities. According to a Cisco report, ICT can reduce emissions up to 15% by 2020, offsetting its own footprint five times over. Cities currently consume 75% of global energy and produce 80% of greenhouse gas emissions. Cisco's Connected Urban Development initiative partners with cities to develop ICT solutions that can reduce CO2 emissions through tools like telepresence, smart buildings/energy, transportation optimization, and urban monitoring. These solutions offer opportunities to improve sustainability across multiple sectors.