Sentences with phrase «in other clean energy technologies»

Not exact matches

Bill Gates and some of the world's other richest entrepreneurs will join with governments from both rich and emerging countries on Monday to kick off the Paris climate talks by pledging billions of dollars of investment in clean energy technologies.

The United States, France, India and 17 other countries will announce they will double the $ 10 billion they collectively spend on clean energy research and development in the next five years, shining a spotlight on role of technology in any climate agreement reached in Paris.

More companies in the clean technology and renewable energy sector are listed on TSX and TSXV combined than on any other exchange group in the world.

By helping energy security needs in Asia through oil and gas exports, Canada will be in a better position to work with Asian partners on other energy challenges, including energy efficiency, renewables and clean technology.

We can meet our Paris climate commitments, grow our exports of clean technologies, energy, resources and other products, and position Canada to prosper in a changing world.

It's essential to extend and expand tax incentives for carbon capture, update state laws to include CCUS technology in clean energy standards, and fund continued carbon capture RD&D, among other things, if we are going to reach our emissions - cutting goals.

As the U.S. faces what Secretary of Energy Steven Chu calls a «Sputnik moment» on energy — falling behind China and others in the race to develop clean energy technologies worth trillions of dollars — the question is: can the U.S. coEnergy Steven Chu calls a «Sputnik moment» on energy — falling behind China and others in the race to develop clean energy technologies worth trillions of dollars — the question is: can the U.S. coenergy — falling behind China and others in the race to develop clean energy technologies worth trillions of dollars — the question is: can the U.S. coenergy technologies worth trillions of dollars — the question is: can the U.S. compete?

Moreover, in those cases, the gap between the leading - edge technologies and the competitors trying to catch up is on aggregate twice as great for the fossil - fuel firms than the clean - technology firms; that is, the dirty energy companies are generally farther ahead of the other firms in their fields.

The country's investment in solar, wind and other clean energy technology has soared from $ 8 billion in 2005 to $ 103 billion in 2015.

-- The Secretary shall carry out a program to establish Energy Innovation Hubs to enhance the Nation's economic, environmental, and energy security by promoting commercial application of clean, indigenous energy alternatives to oil and other fossil fuels, reducing greenhouse gas emissions, and ensuring that the United States maintains a technological lead in the development and commercial application of state - of - the - art energy technolEnergy Innovation Hubs to enhance the Nation's economic, environmental, and energy security by promoting commercial application of clean, indigenous energy alternatives to oil and other fossil fuels, reducing greenhouse gas emissions, and ensuring that the United States maintains a technological lead in the development and commercial application of state - of - the - art energy technolenergy security by promoting commercial application of clean, indigenous energy alternatives to oil and other fossil fuels, reducing greenhouse gas emissions, and ensuring that the United States maintains a technological lead in the development and commercial application of state - of - the - art energy technolenergy alternatives to oil and other fossil fuels, reducing greenhouse gas emissions, and ensuring that the United States maintains a technological lead in the development and commercial application of state - of - the - art energy technolenergy technologies.

In the meantime, EvenGreen Technology and several other similar Idaho - based companies have formed the Idaho Clean Energy Association to represent local industry interests with government and to promote growth and job creation.

The continuing effect would be us becoming world leaders in these and other clean power technologies, many Americans finding permanent good employment, the US becoming a little more energy secure, and investment in the US stock market would also be assisted upward by the effect of American companies gearing up for the manufacturing, sales, and educational needs.

Those who want clean coal technology, more wind and solar, nuclear power, biomass and bio-fuels will have their opportunity through a new market that rewards those and other innovations in clean energy.

To accelerate these and other efforts, we are committed to increasing investment in both basic and applied environmental and clean energy technology research and development (R&D), and the promotion of commercialization including through direct government funding and fiscal measures to encourage private sector investment.

I have also seen inroads (but no more) to implementing clean, renewable energy technologies... not «pie - in - the - sky» methods, but things that are in successful, wide spread use in other countries, but simply have not been adopted here.

It can also be seen in heightened spending on solar, wind, hydrogen, ethanol and clean coal technologies, as well as on other energy - investment decisions.»

The presidents welcomed: (i) a grant from the U.S. Trade and Development Agency to the China Power Engineering and Consulting Group Corporation to support a feasibility study for an integrated gasification combined cycle (I.G.C.C.) power plant in China using American technology, (ii) an agreement by Missouri - based Peabody Energy to invest and participate in GreenGen, a project of several major Chinese energy companies to develop a near - zero emissions coal - fired power plant, (iii) an agreement between G.E. and Shenhua Corporation to collaborate on the development and deployment of I.G.C.C. and other clean coal technologies; and (iv) an agreement between AES and Songzao Coal and Electric Company to use methane captured from a coal mine in Chongqing, China, to generate electricity and reduce greenhouse gas emisEnergy to invest and participate in GreenGen, a project of several major Chinese energy companies to develop a near - zero emissions coal - fired power plant, (iii) an agreement between G.E. and Shenhua Corporation to collaborate on the development and deployment of I.G.C.C. and other clean coal technologies; and (iv) an agreement between AES and Songzao Coal and Electric Company to use methane captured from a coal mine in Chongqing, China, to generate electricity and reduce greenhouse gas emisenergy companies to develop a near - zero emissions coal - fired power plant, (iii) an agreement between G.E. and Shenhua Corporation to collaborate on the development and deployment of I.G.C.C. and other clean coal technologies; and (iv) an agreement between AES and Songzao Coal and Electric Company to use methane captured from a coal mine in Chongqing, China, to generate electricity and reduce greenhouse gas emissions.

The path forward would of necessity require a mix of social, financial and scientific innovation that can help societies, here and abroad, use fossil fuels more sparingly and less harmfully; diffuse current cleaner energy technology faster and more broadly; and advance understanding on the frontiers of chemistry, biology and other sciences to give the best chance of breakthroughs that, in a decade or two, can provide a sustainable energy menu for generations to come.

Key Energy Technology Issues Based on the IEA's recent analysis Energy Technology Perspectives 2006, the Compendium devotes an entire chapter to energy technologies, outlining important developments in renewables, clean - coal, and other energy research iEnergy Technology Issues Based on the IEA's recent analysis Energy Technology Perspectives 2006, the Compendium devotes an entire chapter to energy technologies, outlining important developments in renewables, clean - coal, and other energy research iEnergy Technology Perspectives 2006, the Compendium devotes an entire chapter to energy technologies, outlining important developments in renewables, clean - coal, and other energy research ienergy technologies, outlining important developments in renewables, clean - coal, and other energy research ienergy research issues.

In other words, focusing on China's dollar amount of investment in clean energy and the volume of its clean energy manufacturing and exports misleadingly conflates the supply of clean renewable power with the adoption and uptake of such technologies, the latter of which should be the true measure of sustainabilitIn other words, focusing on China's dollar amount of investment in clean energy and the volume of its clean energy manufacturing and exports misleadingly conflates the supply of clean renewable power with the adoption and uptake of such technologies, the latter of which should be the true measure of sustainabilitin clean energy and the volume of its clean energy manufacturing and exports misleadingly conflates the supply of clean renewable power with the adoption and uptake of such technologies, the latter of which should be the true measure of sustainability.

Subtitle H: Energy and Efficiency Centers and Research -(Sec. 171) Requires the Secretary to implement a program to establish Energy Innovation Hubs by: (1) leveraging the expertise and resources of the university and private research communities, industry, venture capital, national laboratories, and other participants in energy innovation to support cross-disciplinary research and development in areas not being served by the private sector in order to develop and transfer innovative clean energy technologies into the marketplace; (2) expanding the knowledge base and human capital necessary to transition to a low - carbon economy; and (3) promoting regional economic development by cultivating clusters of clean energy technology firms, private research organizations, suppliers, and other complementary groups and businEnergy and Efficiency Centers and Research -(Sec. 171) Requires the Secretary to implement a program to establish Energy Innovation Hubs by: (1) leveraging the expertise and resources of the university and private research communities, industry, venture capital, national laboratories, and other participants in energy innovation to support cross-disciplinary research and development in areas not being served by the private sector in order to develop and transfer innovative clean energy technologies into the marketplace; (2) expanding the knowledge base and human capital necessary to transition to a low - carbon economy; and (3) promoting regional economic development by cultivating clusters of clean energy technology firms, private research organizations, suppliers, and other complementary groups and businEnergy Innovation Hubs by: (1) leveraging the expertise and resources of the university and private research communities, industry, venture capital, national laboratories, and other participants in energy innovation to support cross-disciplinary research and development in areas not being served by the private sector in order to develop and transfer innovative clean energy technologies into the marketplace; (2) expanding the knowledge base and human capital necessary to transition to a low - carbon economy; and (3) promoting regional economic development by cultivating clusters of clean energy technology firms, private research organizations, suppliers, and other complementary groups and businenergy innovation to support cross-disciplinary research and development in areas not being served by the private sector in order to develop and transfer innovative clean energy technologies into the marketplace; (2) expanding the knowledge base and human capital necessary to transition to a low - carbon economy; and (3) promoting regional economic development by cultivating clusters of clean energy technology firms, private research organizations, suppliers, and other complementary groups and businenergy technologies into the marketplace; (2) expanding the knowledge base and human capital necessary to transition to a low - carbon economy; and (3) promoting regional economic development by cultivating clusters of clean energy technology firms, private research organizations, suppliers, and other complementary groups and businenergy technology firms, private research organizations, suppliers, and other complementary groups and businesses.

Those savings can offset increased investment in tropical forest preservation, renewable energy, nuclear power, carbon capture and storage, and other more expensive clean energy technologies.

-- The term «technology development focus» means the unique technology development areas in which a Hub will specialize, and may include solar electricity, fuels from solar energy, batteries and energy storage, electricity grid systems and devices, energy efficient building systems and design, advanced materials, modeling and simulation, and other clean energy technology development areas designated by the Secretary.

They called for transition aid for energy - intensive manufacturers in the form of rebates on their energy costs; negotiation of a strong international agreement on emissions; programs to monitor emissions in other countries; and significant financing for clean energy technology.

Fiscal instruments (carbon taxes or similar) are the most effective policies for reflecting environmental costs in energy prices and promoting development of cleaner technologies, while also providing a valuable source of revenue (including, not least, for lowering other tax burdens).

He and other supporters say it will also put the U.S. at the forefront of innovation in clean energy technology.

In order to ensure that lesser - developed countries have the capability to develop without relying on high - carbon technologies, the G8 nations and other industrialized countries led by the United States should seek to transfer to poorer countries the tools to drive their development along an alternative, clean energy path.

The President, to his credit, has been steadfast in his support for research and deployment of clean energy technology, although the heavy focus on renewables has left other options, particularly nuclear, wanting.

Other technologies are right on the heels, clean renewable technology, that are going to continue to beat coal in the marketplace,» said Stephen Smith, executive director of the Southern Alliance for Clean Energy, a non-profit that promotes clean enclean renewable technology, that are going to continue to beat coal in the marketplace,» said Stephen Smith, executive director of the Southern Alliance for Clean Energy, a non-profit that promotes clean enClean Energy, a non-profit that promotes clean eEnergy, a non-profit that promotes clean enclean energyenergy.

Dr Birol thanked Mr Seko for Japan's support to the IEA Clean Energy Transitions Programme, which is backed by Japan and 12 other countries to leverage the IEA's unique energy expertise across all fuels and technologies to help accelerate global clean - energy transitions, particularly in major emerging econoClean Energy Transitions Programme, which is backed by Japan and 12 other countries to leverage the IEA's unique energy expertise across all fuels and technologies to help accelerate global clean - energy transitions, particularly in major emerging econEnergy Transitions Programme, which is backed by Japan and 12 other countries to leverage the IEA's unique energy expertise across all fuels and technologies to help accelerate global clean - energy transitions, particularly in major emerging econenergy expertise across all fuels and technologies to help accelerate global clean - energy transitions, particularly in major emerging econoclean - energy transitions, particularly in major emerging econenergy transitions, particularly in major emerging economies.

We will continue to reduce our greenhouse gas emissions through innovation and technology breakthroughs, and work with other countries to help them access and use fossil fuels more cleanly and efficiently and deploy renewable and other clean energy sources, given the importance of energy access and security in many nationally determined contributions.

An increased commitment to energy efficiency, renewable energy and other clean energy technologies is essential to U.S. leadership in the clean energy economy of the 21st century.

This past October, NYSERDA opened its first incubator in the Southern Tier to support 76West winners and other clean energy technology companies.

The NextGen Energy Council describes itself as «a non-profit collaborative of industry, Western and Great Plains Governors, academic institutions, financial leaders, conservation groups and others involved in the development and deployment of advanced clean - coal technologies.»

The rapid emergence of China, India, and other developing economies as formidable economic competitors to OECD economies has also rendered two further pillars of the old framework untenable: first, the notion that rich countries would agree to very deeply cut their own emissions to create more atmospheric space for poor nations emissions to grow or, alternatively, that they would heavily subsidize the deployment of cleaner but more expensive energy technologies in the developing world.

In other words, it is possible to invest in the clean energy technologies that would prevent global mean temperatures from rising more than 2C by 205In other words, it is possible to invest in the clean energy technologies that would prevent global mean temperatures from rising more than 2C by 205in the clean energy technologies that would prevent global mean temperatures from rising more than 2C by 2050.

It also urges for policies to reduce CO2 emissions, saying, «A carbon fee is the sine qua non for phasing out emissions, the urgency of slowing emissions also implies other needs including widespread technical cooperation in clean energy technologies.»

But as the full site is developed into the UK's first earth science park that will use renewable energy from solar, wind, hydro, shallow and deep geothermal sources, it should provide a useful benchmark for understanding how solar can fit in with other technologies for an integrated approach to clean energy.

The rural poor in Africa, Asia and other parts of the world are a rapidly emerging market for clean energy technologies.

On the other hand, Barack Obama — while not ruling out the use of greater nuclear power, clean coal, or even offshore oil drilling with qualifications — has expressed much greater confidence in the ability of renewable energy technology to supply a greater percentage of our energy needs in a shorter time period.

And now, as supposedly seriously worried people about the health of our climate, explain the «Critics on Wind Power» how you want to supply the other 96 % (408.000.000.000.000.000 BTU) of energy to the world without the extremely expensive and difficult technology for burning coal in a clean way.

The climate finances provided by governments of rich countries to their poorer counterparts must be enough to «de-risk» investments in clean energy and other green technologies.

The 2007 agreement had required AEP to install flue gas desulfurization (FGD) technology at the plant — a more expensive technology that results in greater pollution reductions — but Sierra Club and the other parties agreed to the DSI technology in return for an earlier installation date, the other coal plant retirements, and clean energy investments.

To the contrary, we have advocated buying down the price of clean energy technologies through procurement and other incentive policies in order to speed their deployment.

Report after report has shown that investing in clean energy, efficiency, and other sustainable technologies can be competitive with fossil fuels investments (1).