Sentences with phrase «global energy demand by»

The U.S. Energy Information Administration's International Energy Outlook 2011 predicts around a 20 % rise in global energy demand by 2020.

These three factors contributed to pushing up global energy demand by 2.1 % in 2017.

From 1990 to 2010, improvements in energy efficiency have reduced cumulative global energy demand by over 25 per cent.

Chemistry enables compact fluorescent bulbs to «fluoresce» and to use 70 percent less energy than incandescent bulbs — and LED lighting could cut global energy demand by a whopping 30 percent.

He argued that «no credible projection» shows fossil fuels meeting less than 40 percent of global energy demand by mid-century.

Not exact matches

«The energy market is changing more rapidly than we could have imagined, and it's changing because the costs of competitive fuels are coming down,» says Simon Flowers, chief analyst at Wood Mackenzie, who predicts global demand for gasoline and diesel fuel will peak as early as a decade from now and «certainly» by 2030.

Under this scenario, by 2040 global energy demand will be significantly larger than it is now; oil, coal, and natural gas each will account for about one - quarter of total demand, and solar and wind together will account for roughly 5 %.

According to the International Energy Agency, reducing pollution to levels consistent with limiting climate change to less than two degrees would see 715 million EVs cruising the streets in 2040 — which would also shrink global oil demand by 20 % relative to today.

In a closely - watched monthly report published by the International Energy Agency (IEA) on Tuesday, the Paris - based organization said a rise in global oil production — led by the U.S. — was on track to outpace growth in demand this year.

Among the factors that could cause actual results to differ materially are the following: (1) worldwide economic, political, and capital markets conditions and other factors beyond the Company's control, including natural and other disasters or climate change affecting the operations of the Company or its customers and suppliers; (2) the Company's credit ratings and its cost of capital; (3) competitive conditions and customer preferences; (4) foreign currency exchange rates and fluctuations in those rates; (5) the timing and market acceptance of new product offerings; (6) the availability and cost of purchased components, compounds, raw materials and energy (including oil and natural gas and their derivatives) due to shortages, increased demand or supply interruptions (including those caused by natural and other disasters and other events); (7) the impact of acquisitions, strategic alliances, divestitures, and other unusual events resulting from portfolio management actions and other evolving business strategies, and possible organizational restructuring; (8) generating fewer productivity improvements than estimated; (9) unanticipated problems or delays with the phased implementation of a global enterprise resource planning (ERP) system, or security breaches and other disruptions to the Company's information technology infrastructure; (10) financial market risks that may affect the Company's funding obligations under defined benefit pension and postretirement plans; and (11) legal proceedings, including significant developments that could occur in the legal and regulatory proceedings described in the Company's Annual Report on Form 10 - K for the year ended Dec. 31, 2017, and any subsequent quarterly reports on Form 10 - Q (the «Reports»).

Thus the wage gains are from a one time energy glut brought about by increased supply from fracking, lower demand from a weak global economy, and some producers increasing production to make up for lower prices (not entirely self defeating as consumer nations expand inventories while prices are low).

The increase in global demand owed to a large increase in demand for steel and energy, driven by rapid urbanisation and industrialisation in China and some other emerging economies.

Natural gas futures allow investors the opportunity to trade in one of the hottest, most in - demand energy commodities in the global economy today — a commodity that is likely to continue to increase in value as the years go by.

The price rise occurred with energy demand across both developed and emerging economies elevated by stronger global economic growth.

By mid-2014, increased U.S. production combined with other energy production began to exceed global demand, leading to excess oil inventory.

Indeed, global oil demand forecasts are being cut by nearly everyone in the business, whether it's the International Energy Agency, the U.S. Energy Information Agency, or even OPEC.

It said an 80 percent rise in global energy demand was set to raise carbon dioxide (Co2) emissions by 70 percent by 2050 and transport emissions were expected to double, due in part to a surge in demand for cars in developing nations.

The cartel, which controls roughly 40 percent of global oil production, has cut output by about 8.5 percent over the same period last year, while global demand is down by a little over 2 percent, according to the U.S. Energy Information Administration.

The International Energy Agency estimated last year that both the decline in China's coal use and falling electricity demand reduced its carbon dioxide emissions by 1.5 percent in 2014, leading to a 0.2 percent reduction in global emissions.

Other studies have estimated that there was by 2015 enough renewable energy capacity to meet nearly 24 percent of global electricity demand.

Simulations by Cristina Archer at the University of Delaware in Newark and Ken Caldeira of Stanford University in California suggest that extracting enough energy from high - level winds to meet all our current energy demands would have no significant impact on global climate.

Cheap shale gas is significantly reducing coal demand in the United States, but global coal consumption is still expected to rise 2.6 percent annually by 2017, the International Energy Agency said today in a report.

«Hydrogen (H2) produced from water splitting by an electrochemical process, called water electrolysis, has been considered to be a clean and sustainable energy resource to replace fossil fuels and meet the rising global energy demand, since water is both the sole starting material and byproduct when clean energy is produced by converting H2 back to water,» the researchers wrote.

The new study aimed to systematically pinpoint the drivers of water demand in the energy system, examining 41 scenarios for the future energy system that are compatible with limiting future climate change to below the 2 °C target, which were identified by the IIASA - led 2012 Global Energy Assesenergy system, examining 41 scenarios for the future energy system that are compatible with limiting future climate change to below the 2 °C target, which were identified by the IIASA - led 2012 Global Energy Assesenergy system that are compatible with limiting future climate change to below the 2 °C target, which were identified by the IIASA - led 2012 Global Energy AssesEnergy Assessment.

In terms of global demand, preliminary data from 2009 suggest that China overtook the United States to become the largest user of energy, and China drives much of the change predicted by the IEA.

BP outlook: Energy demand grows as fuel mix continues to diversify; EVs in global car parc at 15 % by 2040, but electric share of VMT at 30 %

Add in such factors as energy demands vs energy supply, shortcomings in potable water, a population that is projected to hit 9 billion from the present 6.5 billion by 2050, regional (and possibly global) conflicts over resources.

McKibben's enemy, of course, is the outsize influence on policy exerted by the array of companies extracting fossil fuels from the Earth to satisfy the growing global demand for energy.

We know population is going up (UN mid-level projection is about 9.5 billion by 2050 and 10.5 by 2100), and the poor want to get rich while the rich don't want to get poor, so the only way to work on global energy demand is the last term which is really energy efficiency.

Similar discussions were also held at the event Boosting Energy Efficiency Through Smart Lighting Systems, where Eric Rondolat, CEO, Philips Lighting, highlighted how the scale up of a single technology could halve global energy demand for lighting and cut global greenhouse gas emissions bEnergy Efficiency Through Smart Lighting Systems, where Eric Rondolat, CEO, Philips Lighting, highlighted how the scale up of a single technology could halve global energy demand for lighting and cut global greenhouse gas emissions benergy demand for lighting and cut global greenhouse gas emissions by 5 %.

Natural gas grows to account for a quarter of global energy demand in the New Policies Scenario by 2040, becoming the second - largest fuel in the global mix after oil.

Low demand (e.g., due to a significant increase in energy efficiency) is combined with high RE deployment, no employment of CCS and a global nuclear phase - out by 2045 in the third mitigation scenario, Advanced Energy [R] evolution 2010 (Teske et al., 2010)(henceforth ER - energy efficiency) is combined with high RE deployment, no employment of CCS and a global nuclear phase - out by 2045 in the third mitigation scenario, Advanced Energy [R] evolution 2010 (Teske et al., 2010)(henceforth ER - Energy [R] evolution 2010 (Teske et al., 2010)(henceforth ER - 2010).

He told producers that if current policies remain in place global energy demand will grow by 25 % by 2015, and by that time oil demand will reach 99.5 mb / d.

Global energy demand from air conditioners is expected to triple by 2050, requiring new electricity capacity the equivalent to the combined electricity capacity of the United States, the EU and Japan today.

The largest contribution to demand growth — almost 30 % — comes from India, whose share of global energy use rises to 11 % by 2040 (still well below its 18 % share in the anticipated global population).

The goal for this chapter was to identify energy - saving measures that will offset the nearly 30 percent growth in global energy demand projected by the IEA between 2006 and 2020.

note 76, p. 106; cut in energy use calculated from International Iron and Steel Institute (IISI), «Crude Steel Production by Process,» World Steel in Figures 2007, at www.worldsteel.org, viewed 16 October 2007; McKinsey Global Institute, Curbing Global Energy Demand Growth: The Energy Productivity Opportunity (Washington, DC: May energy use calculated from International Iron and Steel Institute (IISI), «Crude Steel Production by Process,» World Steel in Figures 2007, at www.worldsteel.org, viewed 16 October 2007; McKinsey Global Institute, Curbing Global Energy Demand Growth: The Energy Productivity Opportunity (Washington, DC: May Energy Demand Growth: The Energy Productivity Opportunity (Washington, DC: May Energy Productivity Opportunity (Washington, DC: May 2007).

The study is the first to model demand for oil, gas and thermal coal under the International Energy Agency's Beyond 2 Degrees Scenario introduced last year, aligned with 1.75 C, the mid-point of the Paris Agreement, and compare it with the IEA's New Policies Scenario, aligned with 2.7 C, consistent with emissions policies announced by global governments.

If climate policy exceeds the pathway prescribed by NDCs, and overall energy demand is lower, cost reductions in solar PV and EVs can help limit global warming to between 2.1 °C (50 % probability) and 2.3 °C (66 % probability).

These points are especially critical considering that for at least the next several decades, by all reasonable estimates, global energy demand will continue to grow.

The model uses information on water demand and availability provided by existing global integrated assessment models at IIASA, including the Community Water Model (CWATM); the Model for Energy Supply Strategy Alternatives and their General Environmental Impacts (MESSAGE); and the Global Biosphere Management Model (GLOBIOM), and provides information on water resources development, allocation and cost to those mglobal integrated assessment models at IIASA, including the Community Water Model (CWATM); the Model for Energy Supply Strategy Alternatives and their General Environmental Impacts (MESSAGE); and the Global Biosphere Management Model (GLOBIOM), and provides information on water resources development, allocation and cost to those mGlobal Biosphere Management Model (GLOBIOM), and provides information on water resources development, allocation and cost to those models.

The Assessed 2oC Scenarios produce a variety of views on the potential impacts on global energy demand in total and by specific types of energy, with a range of possible growth rates for each type of energy (above chart).

Air conditioning use emerges as one of the key drivers of global electricity - demand growth New IEA analysis shows urgent need to improve cooling efficiency as global energy demand for ACs to triple by 2050 15 May 2018

However, in absolute terms both energy demand and the share being met by fossil fuel are growing faster since 1990 than the growth in new renewable energy sources, which is accelerating, but not yet fast enough to curb the increasing global CO2 trend.

Oilpro The Global Wind Energy Council (GWEC) has published its latest biennial Global Wind Energy Outlook report, in which it claims that wind energy could cover as much as a fifth of all electricity demand byEnergy Council (GWEC) has published its latest biennial Global Wind Energy Outlook report, in which it claims that wind energy could cover as much as a fifth of all electricity demand byEnergy Outlook report, in which it claims that wind energy could cover as much as a fifth of all electricity demand byenergy could cover as much as a fifth of all electricity demand by 2030.

The Harmony goal, put forward on behalf of the nuclear industry by World Nuclear Association, is a vision of a future energy system where nuclear energy supplies 25 % of global electricity demand by 2050 as part of a low - carbon generation mix, which would require 1000 GW of new nuclear build.

Now consider that global energy demand is expected to grow nearly 35 percent by 2040 as developing nations advance and billions of people join the middle class.

The chairman and another member of the House Committee on Energy and Commerce, in an apparent effort to discredit the findings reported by three distinguished scientists from respected universities, demanded that the scientists send Congress all of the scientific data they have gathered in their entire careers, even data on studies unrelated to their publications on global warming.

This is the global energy demand that the J&D plan must meet by 2030.

With 1000 + articles worldwide, the report made a noteworthy contribution to a global public discussion on peak fossil fuel demand, including an endorsement from Nick Butler at the FT that «it deserves to be read by everyone working in the energy sector, by policy makers and perhaps most urgently by investors».