Sentences with phrase «large coal and gas»

Many large coal and gas power plants which also require heavy flows of water to support their operations are located near the coast.

Not exact matches

DELTA TOWNSHIP, Mich. — Michigan regulators on Friday cleared DTE Energy's request to build a near - $ 1 billion natural gas power plant, the first approval of such a large facility for a regulated utility in decades and a move that coincides with the retirement of coal - fired plants.

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 %.

Foley said that coal will still likely be the majority power source in 25 years in developing economies like China and India, as they have large domestic coal supplies and less domestic competition from natural gas.

Alberta prides itself on being the only jurisdiction in North America that demands coal - fired power plants, oilsands upgraders and other large industrial facilities reduce their greenhouse gas emissions.

The idea is that utilities generate large amounts of clean power in remote, large power plants in much the same way that natural gas, coal, and nuclear power are generated today.

With high oil prices persistently poised to derail the global economy, with large economies like Germany and Japan swearing off nuclear in the wake of the Fukushima Daiichi disaster, with coal hampered by looming emissions caps, unexpectedly abundant gas seems poised to fill the energy void.

The power industry is highly regional, and some states have big solar and wind industries, while others benefit from large natural gas resources, or have long had major coal plants.

Australia has plentiful supplies of natural resources, including the second largest accessible reserves of iron ore in the world, the fifth largest reserves of coal and significant gas resources.

Over a year which has seen large banks halt funding for fossil fuel projects, major institutions divest from oil, gas and coal holdings, and oil companies snap up power and renewables companies in a bid to diversify their asset base, research published today by the UK Sustainable Investment and Finance Association (UKSIF) and the Climate Change Collaboration suggests nervousness over climate risk has shot up in financial circles.

Admittedly we are a net importer of oil (increasingly so as Bass Strait reserves diminish), but Australian entities make large exports of natural gas and thermal coal, whose prices are highly correlated with oil prices over time.

The state is the seventh - largest net supplier of energy to the nation, which includes petroleum, natural gas and coal.

Economic and geopolitical challenges in Europe, Russia's largest gas market: Europe has experienceddepressed gas demand due to economic recession and competition from renewable energy and cheap coal.

Coal fell to just 27.6 % of US utility - scale power generation in December, and the spread between it and natural gas - fired generation widened to 616 basis points, the largest yet seen, Continue Reading

The Office of Water Science is leading the Australian Government's efforts to improve our understanding of the water - related impacts of coal seam gas and large coal mining development.

The Independent Expert Scientific Committee on Coal Seam Gas and Large Coal Mining Development (the IESC) provides scientific advice to decision makers on the impact that coal seam gas and large coal mining development may have on Australia's water resourCoal Seam Gas and Large Coal Mining Development (the IESC) provides scientific advice to decision makers on the impact that coal seam gas and large coal mining development may have on Australia's water resourcGas and Large Coal Mining Development (the IESC) provides scientific advice to decision makers on the impact that coal seam gas and large coal mining development may have on Australia's water resouLarge Coal Mining Development (the IESC) provides scientific advice to decision makers on the impact that coal seam gas and large coal mining development may have on Australia's water resourCoal Mining Development (the IESC) provides scientific advice to decision makers on the impact that coal seam gas and large coal mining development may have on Australia's water resourcoal seam gas and large coal mining development may have on Australia's water resourcgas and large coal mining development may have on Australia's water resoularge coal mining development may have on Australia's water resourcoal mining development may have on Australia's water resources.

Oil Change International, another environmental organization, said that as the bank shifts away from coal, it is taking a larger and troubling interest in natural gas and big hydropower projects.

We also need to explore alternative fuels with lower greenhouse gas emission profiles, integrate larger amounts or renewable into the electric grid and develop ways to use natural gas and coal in cleaner ways.

By FRED PEARCE The large enterprises that mine coal and drill for oil and gas face a world increasingly determined to use less of their products.

Most electricity in the United States is generated at power plants that run on coal and natural gas — fossil fuels that contribute significantly to global warming by emitting large amounts of carbon dioxide.

About 20 percent of U.S. electricity comes from nuclear power plants, making it the third - largest source of electricity in the country after coal (45 percent) and natural gas (23 percent).

Coal plants are one of the largest contributors to atmospheric particulate matter and ozone — which are linked to worsened asthma and increased rates of heart attacks and premature death — as well as greenhouse gases and toxic substances, including mercury.

And if a home generating its own electricity with solar panels and batteries isn't connected to the grid, the home isn't culpable for any of the carbon dioxide and other greenhouse gases that spew from natural gas power plants or coal - fired power plants — the globe's largest contributor to climate chanAnd if a home generating its own electricity with solar panels and batteries isn't connected to the grid, the home isn't culpable for any of the carbon dioxide and other greenhouse gases that spew from natural gas power plants or coal - fired power plants — the globe's largest contributor to climate chanand batteries isn't connected to the grid, the home isn't culpable for any of the carbon dioxide and other greenhouse gases that spew from natural gas power plants or coal - fired power plants — the globe's largest contributor to climate chanand other greenhouse gases that spew from natural gas power plants or coal - fired power plants — the globe's largest contributor to climate change.

Air pollution and greenhouse gas emissions from two coal - fired power plants in the Four Corners area of northwest New Mexico, the largest point source of pollution in America, were measured remotely by a Los Alamos National Laboratory team.

In large swathes of the U.S., where more electricity comes from coal and natural gas than nuclear or renewables, that is a harder claim.

The nation has already overtaken the U.S. as the world's largest greenhouse gas emitter largely because of the more than three billion metric tons of coal it burns annually — and several thousand miners die each year digging up the dirty black rock to feed China's energy needs, not to mention the health toll taken by choking air pollution caused by coal burning in the Middle Kingdom, estimated by the World Bank to cost the country $ 100 billion a year in medical care.

Continuing widespread use of coal and low - grade diesel fuel, which also produce fine particles of soot, leaves China's record as the world's largest single source of man - made greenhouse gas emissions unchallenged.

If it is not, coal at power plants could be replaced by natural gas, nuclear power and large - scale renewable energy projects.

The Northwestern development could lead to new thermoelectric devices with potential applications in the automobile industry, glass - and brick - making factories, refineries, coal - and gas - fired power plants, and places where large combustion engines operate continuously (such as in large ships and tankers).

That surge was fueled, in large part, because of a growing economy, falling coal prices and a cold winter, the U.S. Environmental Protection Agency announced Thursday in its annual greenhouse gas emissions inventory.

He also says governments in Africa and Latin America are getting in the way of off - grid solutions to their people's energy difficulties through corruption, policies that discourage entrepreneurism like tariffs on solar lamps, and a general prejudice in favor of the large coal - and gas - fired power plants they see as drivers of developed - country wealth.

These plants, by in large, compete favorably with fossil - fueled (coal and natural gas) plants in terms of their respective forward costs (operating and maintenance and fuel costs).

China's shift toward alternative fuels in order to cut its reliance on imported oil is creating large opportunities, notably in natural gas vehicles (NGVs) and in the conversion of coal to ethanol, according to a new report from Lux Research.

Public rooms Grand dining reception hall which seats 20 with large ornamental log fire and gallery above; Formal dining room which seats 8, with log fire plus separate cheese and desert room; Formal lounge with coal fire; Informal lounge with wood burning stove; Snooker room with marbled floors and wood burning stove; Large breakfast dining kitchen with gas and AGA cookers, microwave, informal dining tables and scullery room with 2 dishwashers, 2 fridges, 2 freezers and all the crockery and kitchen utensils you need; Laundry Room with washer and dryer; Music Room with piano, drums and guilarge ornamental log fire and gallery above; Formal dining room which seats 8, with log fire plus separate cheese and desert room; Formal lounge with coal fire; Informal lounge with wood burning stove; Snooker room with marbled floors and wood burning stove; Large breakfast dining kitchen with gas and AGA cookers, microwave, informal dining tables and scullery room with 2 dishwashers, 2 fridges, 2 freezers and all the crockery and kitchen utensils you need; Laundry Room with washer and dryer; Music Room with piano, drums and guiLarge breakfast dining kitchen with gas and AGA cookers, microwave, informal dining tables and scullery room with 2 dishwashers, 2 fridges, 2 freezers and all the crockery and kitchen utensils you need; Laundry Room with washer and dryer; Music Room with piano, drums and guitars.

Water towers, blast furnaces, gas tanks, coal mine tipples, and grain elevators — each of their photographs isolates a large structure and describes it with the frontality and exactitude of an engineer's diagram.

We find (i) measurements at all scales show that official inventories consistently underestimate actual CH4 [methane] emissions, with the natural gas and oil sectors as important contributors; (ii) many independent experiments suggest that a small number of «super-emitters» could be responsible for a large fraction of leakage; (iii) recent regional atmospheric studies with very high emissions rates are unlikely to be representative of typical natural gas system leakage rates; and (iv) assessments using 100 - year impact indicators show system - wide leakage is unlikely to be large enough to negate climate benefits of coal - to - natural gas substitution.

the carbon deposits (coal, gas and oil) are finite and the deforestation of the earth has prevented large amounts of this carbon being recycled back into future carbon deposits.

China, for example, is still struggling to tap its coal bed methane and other sources of gas, and a viable large - scale business model for gas doesn't fully exist in that country.

Would the U.S. rather have them working in coal mines, new coal plants, gas stations, and Hummer factories, or standing on street corners, or would it be best for all concerned if they worked building solar panels, constructing large windmills, and helping to quickly construct clean CCS pilot plants?

It's deployment is necessarily slow because it needs a large pipe network and new power plants and increased coal and gas extraction (to help power the capture and storage).

This would include costs like storing and monitoring nuclear waste indefinitely, CO2 emitted to the atmosphere by fossil fuels, nitrous oxides and sulfur oxides from coal degrading the environment through acid rain, maintaining a large military to protect our oil supply lines from the middle east, pollutants entering water supplies from solar panel manufacture, pollutants generated by drilling for gas, etc., etc..

However, in their recent publication in Climatic Change Letters, Howarth et al. (2011) report that their life - cycle evaluation of shale gas drilling suggests that shale gas has a larger GHG footprint than coal and that this larger footprint «undercuts the logic of its use as a bridging fuel over the coming decades».

For example, the P.R.C. is necessarily the world's largest importer of coal and apparently wants to be by far the world's largest importer of natural gas.

Just been looking up the sources for commercial CO2 and here is a short exerpt from google: «The most common operations from which commercially - produced carbon dioxide is recovered are industrial plants which produce hydrogen or ammonia from natural gas, coal, or other hydrocarbon feedstock, and large - volume fermentation operations in which plant products are made into ethanol for human consumption, automotive fuel or industrial use.

Broadly stated: if you reject a lease and take a large portion of a commodity (here coal, but it could have been natural gas, tar sands, etc.) off the market, you decrease the supply, increase the cost, and, over the long term, decrease the use of that commodity.

Therefore, if switching to natural gas from coal reduces the amount of CO2 you emit, you can tolerate quite a large amount of leakage and still come out ahead, because the warming caused by the leakage will go away quickly once you eventually stop using natural gas (and other fossil fuels), whereas the warming you would get from all the extra CO2 you'd pump out if you stuck with coal would stay around forever.

Among their suggestions were the following: expand conservation tillage to 100 percent of cropland, stop all deforestation, drive two billion cars on ethanol, increase wind power 80-fold to make hydrogen for cars, replace 1,400 large coal - fired power plants with gas - fired ones, and cut electricity use in buildings by 25 percent.

Two fossil fuel facts define the basic actions that are required to preserve our planet's climate: (1) it is impractical to capture CO2 as it is emitted by vehicles (the mass of emitted CO2 is about three times larger than the mass of fuel in the tank), and (2) there is much more CO2 contained in coal and unconventional fossil fuels than in oil and gas.

The Worldwatch Institute and Deutsche Bank Climate Change Advisors recently analyzed the full greenhouse impacts of natural gas and coal — from the well or mine to the power plant — and the work supports other studies pointing to a large and clear climate advantage from gas as a source of electricity.

Africa appears poised to mostly leapfrog coal straight towards large hydro and natural gas.