She works in the Policy program and focuses on natural resources including energy efficiency as a mechanism to reduce air pollution, the water - energy nexus, and
natural gas efficiency policies and programs.
Electric and
natural gas efficiency annual incremental savings were increased to 2.7 % and 1.6 % respectively across all states, and heat pumps were increased to replace 16 % of fossil fuel in residential building heating.
In buildings, electric and
natural gas efficiency annual incremental savings goals were increased from the Baseline Scenario to an average of 2.5 % and 1.4 %, respectively across all states; heat pumps replaced fossil fuels for 13 % of residential building heating needs.
Not exact matches
If current estimates are correct that the leakage rate is around 3 percent, then we calculated that switching all coal plants to average -
efficiency natural gas plants would have little effect on the power sector's contribution to climate change.
«After substantially improving their cost structures through 2015 and 2016, North American exploration and production (E&P) companies will demonstrate meaningful capital
efficiency to the extent the West Texas Intermediate (WTI) oil price is above $ 50 per barrel and the Henry Hub
natural gas price is at least $ 3.00 per MMBtu,» Moody's said.
Saving oil and
natural gas through
efficiency gains and investment in renewables would also generate profit by allowing BC to import less oil from Alberta and to export more of the
natural gas it already extracts.
The Business Council for Sustainable Energy (BCSE) is a coalition of companies and trade associations from the energy
efficiency,
natural gas and renewable energy sectors.
Whereas today most British Columbians burn
natural gas to heat their homes, 15 years from now many of those furnaces will be replaced by high -
efficiency heat pumps — electric units that transfer heat from outside your home to warm the air indoors, and work even when it's much cooler outside.
WGL Energy delivers a full spectrum of energy offerings, including electricity,
natural gas, renewable energy, carbon reduction, distributed generation, and energy
efficiency solutions provided by WGL Energy Services, Inc., and WGL Energy Systems, Inc..»
The biggest improvements within the Index were in areas related to measures of oil and
natural gas sector, such as imports, import expenditures, and oil prices, and to energy
efficiency.
These forward - looking companies recognize that using
natural gas,
efficiency, and renewable energy are more profitable than retrofitting coal - fired plants — which are seen as being obsolete, inefficient, and highly polluting.
The state of Minnesota recognized Faribault Foods» efforts in 2010 with an Xcel Energy
Efficiency Award for achieving the largest
natural gas reduction in Minnesota.
Instead of investing in pipelines that could lock the state into decades of using
natural gas, the «bridge» should be energy
efficiency improvements, he said.
Increased
natural gas energy efficiency = Reduced utility bills = Profit Increased natural gas energy efficiency = Reduced global warming Increased natural gas energy efficiency = Reduced CO2 emissions Increased natural gas energy efficiency = Water conservation The technology to make the above possible is called Condensing Flue Gas Heat Recove
gas energy
efficiency = Reduced utility bills = Profit Increased
natural gas energy efficiency = Reduced global warming Increased natural gas energy efficiency = Reduced CO2 emissions Increased natural gas energy efficiency = Water conservation The technology to make the above possible is called Condensing Flue Gas Heat Recove
gas energy
efficiency = Reduced global warming Increased
natural gas energy efficiency = Reduced CO2 emissions Increased natural gas energy efficiency = Water conservation The technology to make the above possible is called Condensing Flue Gas Heat Recove
gas energy
efficiency = Reduced CO2 emissions Increased
natural gas energy efficiency = Water conservation The technology to make the above possible is called Condensing Flue Gas Heat Recove
gas energy
efficiency = Water conservation The technology to make the above possible is called Condensing Flue
Gas Heat Recove
Gas Heat Recovery.
Here in the U.S., our energy programs and policies are leading to increasing contributions from windpower, biofuels,
natural gas, in addition to significant advances in energy
efficiency in all sectors, and these are contributing to significant greenhouse
gas reductions but, I believe those efforts could be significantly increased.
If
natural gas — fed turbines could increase
efficiency by just another 5 percent, it would save $ 180 billion by 2040 in electricity costs.
The utility will make up that capacity with three new
natural gas units that recently came online, as well as through energy
efficiency, new solar investments and slower economic growth.
«Other provisions within the Energy Policy Modernization Act of 2015 would push for greater energy
efficiency, updates to the energy grid, and a grid storage program; ease the permitting of
natural gas pipelines; and permanently reauthorize the Land and Water Conservation Fund, which provides money for habitat protection.
There are also outstanding questions related to the real - world
efficiency gains of
natural gas fuels and the life - cycle emissions they produce based on methane leakage in the production process.
Consumption skyrockets even as
efficiency improves To clean up its power sector, Singapore has switched from burning oil for electricity to burning
natural gas, the cleanest form of fossil fuels.
Low - maintenance, high -
efficiency gas turbines are playing an important role in this transition, boosting the economic attractiveness of
natural gas - derived electricity.
Simultaneously increasing the
efficiency and reducing the emissions of
natural gas - powered turbines is a delicate balancing act.
The devices make electricity at an
efficiency that can match a large
natural gas - based power plant.
(C) Cost - effective energy
efficiency programs for end - use consumers of electricity,
natural gas, home heating oil, or propane, including, where appropriate, programs or mechanisms administered by local governments and entities other than the State.
-- Cost - effective energy
efficiency programs for end - use consumers of electricity,
natural gas, home heating oil, or propane.
Energy
efficiency — wringing more useful work out of coal, oil, and
natural gas — is the fastest and cheapest way to reduce greenhouse
gas emissions.
Substantial reductions in greenhouse
gas emissions from the electricity sector are achievable over the next two to three decades through a portfolio approach involving the widespread deployment of energy
efficiency technologies; renewable energy; coal,
natural gas, and biomass with carbon capture and storage; and nuclear technologies.
Leveraging expertise to develop hydrogen - fuel approaches and improve the
efficiency of
natural gas engines.
Akerson also touted the
efficiency benefits of commercial trucks and vans powered by compress
natural gas, and called on the Obama Administration to form a commission to evaluate the nation's energy framework every five years for the next three decades.
Posted on 29 June 2015 in Driver Assistance Systems, Engines, Fuel
Efficiency,
Natural Gas, Transmissions Permalink Comments (2)
Honda Environmental Leadership In addition to producing the FCX Clarity, Honda has deployed numerous technologies to improve fuel
efficiency and reduce CO2 emissions, including those incorporated in the Accord Hybrid, Accord Plug - In Sedan, Honda Fit EV and the Civic
Natural Gas.
Honda Environmental Leadership Honda's diverse portfolio of alternative fuel vehicles has included numerous technologies to improve fuel
efficiency and reduce CO2 emissions including the first EV leases in California (1997 Honda EV Plus), the retail introduction of America's first hybrid (1999 Honda Insight), delivery of the first fuel - cell electric vehicle in the U.S. (2002 Honda FCX), five generations of the Civic
Natural Gas (first introduced in 1998) and the first gasoline - powered vehicles in the hands of consumers to meet stricter emissions standards.
The other positives — CO2 consumed, not generated — water turned over, not contaminated — air particulates, knocked down — and the highest
efficiency energy source, renewable
natural gas, made available and so - on and so - on.
Electric and
natural gas utilities do not fail to save energy with high
efficiency end - use products because it costs too much.
However, the true range of debate is really «coal versus
natural gas, solar, wind, geothermal, hydroelectric, improvements in energy
efficiency and conservation.»
«If we want to minimise the rape of nature, the best energy solution is increased
efficiency,
natural gas with carbon capture, and nuclear power.»
A standardized unit of measure, the global warming index (GWI) namely the grams of carbon dioxide equivalent per megajoule of fuel delivered to the vehicle (gCO2e / MJ) is to be reported, adjusted, of course, for differences in the in - use energy
efficiency of different fuels (e.g., gasoline versus diesel, versus
natural gas or hydrogen).
When you compare current electricity and
natural gas prices, the same unit of energy will cost you about three times more for electricity so you can expect to pay a little bit more on your utility bill, even with a sizable energy
efficiency improvement.
Reason number one why we have to keep burning coal: you can't base a power grid off of
efficiency and renewables alone and
natural gas is expensive.
In the end, the only way to keep this carbon in the ground is to 1) reduce demand with greatly improved
efficiency, and 2) introduce low - carbon alternatives in the transport sector that people actually WANT to drive (e.g., electric vehicles running on power produced with
natural gas, renewables or nuclear).
Our analysis shows that energy
efficiency is the biggest part of that least - cost solution, and as a result there is no need to rely more heavily on
natural gas than would be the case in the absence of the carbon pollution standards we propose.
Even with the logic in driving
efficiency, doesn't it still make sense to have an «all of the above» plan in shifting to less - polluting energy options, given how a shift from coal to
natural gas — while not perfect by any means — also syncs with environmental goals related to other pollutants (mercury, etc.)?
While part of this drop is from the recession, part of it is also from
efficiency gains and from replacing coal with
natural gas, wind, solar, and geothermal energy.
An important question that political and climate analysts will be examining is how much bite is in the regulations — meaning how much they would curb emissions beyond what's already happening to cut power plant carbon dioxide thanks to the
natural gas boom, the shutdown of old coal - burning plants because of impending mercury - cutting rules (read the valuable Union of Concerned Scientists «Ripe for Retirement» report for more on this), improved energy
efficiency and state mandates developing renewable electricity supplies.
Today, API released a new report on investments in greenhouse
gas - mitigating measures that illustrates the oil and
natural gas industry's leadership in innovating the technologies and
efficiencies to keep improving air quality.
A groundbreaking study released by Architecture 2030 this week shows that an investment of just $ 21.6 billion towards building energy
efficiency would replace 22.3 conventional coal - fired plants, reduce CO2 emissions by 86.7 MMT, save 204 billion cubic feet of
natural gas and 10.7 million barrels of oil, save consumers $ 8.46 billion in energy bills and -LSB-...]
Users can select from a list of 19 different policies and technologies — including energy
efficiency, renewable energy, nuclear power, emission control options, and
natural gas — to build a compliance scenario for their state.
First, the workshop will discuss ongoing refinements and progress made in the Energy Commission's electricity and
natural gas forecasting process designed to improve the measurement of energy
efficiency savings incorporated in the forecast.
No / Low Regrets Actions: (1) Fast Mitigation; (2) Renewables following sound engineering economics; (3) Increased use of
Natural Gas internationally; (4) ABB's view on Energy
Efficiency (supercritical coal); (5) Land / Agricultural Practices; (6) Win / Win Foreign Trade with Developing Countries; (7) Greater R&D.
I believe there are many paths that we can / should follow to responsibly address AGW (I listed 7 areas, such as fast mitigation,
natural gas use (LNG), high
efficiency coal plants, Renewables, etc).